From nobody Fri Jul 1 06:27:36 2016 Return-Path: X-Original-To: ace@ietfa.amsl.com Delivered-To: ace@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id A525012D5C5 for ; Fri, 1 Jul 2016 06:27:34 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -2.601 X-Spam-Level: X-Spam-Status: No, score=-2.601 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, DKIM_SIGNED=0.1, DKIM_VALID=-0.1, RCVD_IN_DNSWL_LOW=-0.7, SPF_PASS=-0.001] autolearn=ham autolearn_force=no Authentication-Results: ietfa.amsl.com (amavisd-new); dkim=pass (2048-bit key) header.d=sics-se.20150623.gappssmtp.com Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id tPgSsZf3k8PL for ; Fri, 1 Jul 2016 06:27:32 -0700 (PDT) Received: from mail-lf0-x236.google.com (mail-lf0-x236.google.com [IPv6:2a00:1450:4010:c07::236]) (using TLSv1.2 with cipher ECDHE-RSA-AES128-GCM-SHA256 (128/128 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id 0058B12D54B for ; Fri, 1 Jul 2016 06:27:31 -0700 (PDT) Received: by mail-lf0-x236.google.com with SMTP id f6so77229800lfg.0 for ; Fri, 01 Jul 2016 06:27:31 -0700 (PDT) DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=sics-se.20150623.gappssmtp.com; s=20150623; h=subject:references:to:from:message-id:date:user-agent:mime-version :in-reply-to; bh=qvNj1Y19HSiKbQEqoOPKQs6LaGWlGQKAHJTLAYIMXEs=; b=vzuGUVGps9zOOiLSgSXCtSD3H2Mm5Am5hlD89FoWa4lMKGYtfgzZhOqgSgKa0flQ03 rgS31FmTUZtUSsV0YECF89xISXANsrtTFLlQuVdnHkyCfenuJ8soxNWpmXh/8bAyP4FX NZw23oEcHNAu47dds56E663+UTz7UABd42aDDToZvHBACIddJkymCIR++rAyCW84mUm2 5eZ4BhSs6Bx90JoWYvC586/h2aet3Wu1r6rscCqVhSfLCvFekD6rdG+q+rM2HHhYI7Du v9kxCaCEsmunN1HMmQ+j8T9DTB77CmRCPfhKR7C6EbW7Bg69eHQtfkJjpxtSesNUTuKN qHVg== X-Google-DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=1e100.net; s=20130820; h=x-gm-message-state:subject:references:to:from:message-id:date :user-agent:mime-version:in-reply-to; bh=qvNj1Y19HSiKbQEqoOPKQs6LaGWlGQKAHJTLAYIMXEs=; b=eNvKcrjz6j1UYmFXHEvNZYqdt6TZbX4lFyjjtWaA6rYC0XO0Pxk8jvYbL9M/zOOKEZ dgY5s2VgacTPrijvTYUA+qPdOP4OTUpX/5mARXkz1s0N3MS0Kqhu3BEbDxMDSy44WhOq COvCEmLpRYiTuB3HXyERJx/+ssmkt1rmjRR8Jll7fuUHqKIOYotmp3IIEP52J+bNnf7u B2CJ7pUlfpKscyTWrs09g3lvBHTpWwWc0pbzvUV8zXQ9e0PlbWgdruwq+JjWLxDEfvGX DkeCJM2v1fJCBcvtVvi6Y14Uba4PzV+VDqju3pVG4nAHk9Bq82EmNED5lsn8kfFH0OKS sHDQ== X-Gm-Message-State: ALyK8tJD1b8Z7psqraL/SBhO6eYeFJz6D+TkPUoFQ1WnfDwCKUhSAw6qRjQigKuSdYQ+QSpQ X-Received: by 10.46.32.150 with SMTP id g22mr5545771lji.30.1467379649738; Fri, 01 Jul 2016 06:27:29 -0700 (PDT) Received: from [192.168.0.166] ([85.235.12.155]) by smtp.gmail.com with ESMTPSA id e65sm2260408lji.30.2016.07.01.06.27.28 for (version=TLS1_2 cipher=ECDHE-RSA-AES128-GCM-SHA256 bits=128/128); Fri, 01 Jul 2016 06:27:28 -0700 (PDT) References: <20160701132226.24682.90160.idtracker@ietfa.amsl.com> To: "ace@ietf.org" From: Ludwig Seitz X-Forwarded-Message-Id: <20160701132226.24682.90160.idtracker@ietfa.amsl.com> Message-ID: <57766FC0.20801@sics.se> Date: Fri, 1 Jul 2016 15:27:28 +0200 User-Agent: Mozilla/5.0 (X11; Linux x86_64; rv:38.0) Gecko/20100101 Thunderbird/38.8.0 MIME-Version: 1.0 In-Reply-To: <20160701132226.24682.90160.idtracker@ietfa.amsl.com> Content-Type: multipart/signed; protocol="application/pkcs7-signature"; micalg=sha-256; boundary="------------ms070804060805000508020909" Archived-At: Subject: [Ace] Fwd: New Version Notification for draft-seitz-ace-ocsoap-profile-00.txt X-BeenThere: ace@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: "Authentication and Authorization for Constrained Environments \(ace\)" List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Fri, 01 Jul 2016 13:27:35 -0000 This is a cryptographically signed message in MIME format. --------------ms070804060805000508020909 Content-Type: text/plain; charset=utf-8; format=flowed Content-Transfer-Encoding: quoted-printable Hello ACE, I have submitted a profile of draft-ietf-ace-oauth-authz using object=20 security (OSCOAP). In addition to showing how to use OSCOAP together=20 with the ACE framework, I hope this draft can serve as an example of how = I thought that profiles would extend the framework in=20 draft-ietf-ace-oauth-authz. Regards, Ludwig -------- Forwarded Message -------- Subject: New Version Notification for draft-seitz-ace-ocsoap-profile-00.t= xt Date: Fri, 01 Jul 2016 06:22:26 -0700 From: internet-drafts@ietf.org To: Ludwig Seitz A new version of I-D, draft-seitz-ace-ocsoap-profile-00.txt has been successfully submitted by Ludwig Seitz and posted to the IETF repository. Name: draft-seitz-ace-ocsoap-profile Revision: 00 Title: OSCOAP profile of ACE Document date: 2016-07-01 Group: Individual Submission Pages: 9 URL:=20 https://www.ietf.org/internet-drafts/draft-seitz-ace-ocsoap-profile-00.tx= t Status:=20 https://datatracker.ietf.org/doc/draft-seitz-ace-ocsoap-profile/ Htmlized:=20 https://tools.ietf.org/html/draft-seitz-ace-ocsoap-profile-00 Abstract: This memo specifies a profile for the ACE framework for Authentication and Authorization. It utilizes Object Security of CoAP (OSCOAP) and Ephemeral Diffie-Hellman over COSE (EDHOC) to provide communication security, server authentication, and proof-of- possession for a key owned by the client and bound to an OAuth 2.0 access token. =20 Please note that it may take a couple of minutes from the time of submiss= ion until the htmlized version and diff are available at tools.ietf.org. 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X7GWyk45UzkIp5mWIEoiDxKHw1o6R2q3hzbhVvTQ1cpbK8mH1shR3kG30LMnDoPxrf4j cOig== X-Gm-Message-State: ALyK8tLI7bG/L60nI2v4wdpaLM2PDo8r6Ep4A6SThLSstvONrBDogm2z89QRIyZtTGz8o34L X-Received: by 10.25.141.75 with SMTP id p72mr5695675lfd.86.1467385927136; Fri, 01 Jul 2016 08:12:07 -0700 (PDT) Received: from [192.168.0.166] ([85.235.12.155]) by smtp.gmail.com with ESMTPSA id s87sm2318062lfg.46.2016.07.01.08.12.05 for (version=TLS1_2 cipher=ECDHE-RSA-AES128-GCM-SHA256 bits=128/128); Fri, 01 Jul 2016 08:12:06 -0700 (PDT) To: "ace-chairs@ietf.org" From: Ludwig Seitz Message-ID: <57768845.9040209@sics.se> Date: Fri, 1 Jul 2016 17:12:05 +0200 User-Agent: Mozilla/5.0 (X11; Linux x86_64; rv:38.0) Gecko/20100101 Thunderbird/38.8.0 MIME-Version: 1.0 Content-Type: multipart/signed; protocol="application/pkcs7-signature"; micalg=sha-256; boundary="------------ms090500060308020301060009" Archived-At: Subject: [Ace] Presentation slot request for IETF 96 X-BeenThere: ace@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: "Authentication and Authorization for Constrained Environments \(ace\)" List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Fri, 01 Jul 2016 15:12:11 -0000 This is a cryptographically signed message in MIME format. --------------ms090500060308020301060009 Content-Type: text/plain; charset=utf-8; format=flowed Content-Transfer-Encoding: quoted-printable Hello ACE chairs, I would like to request two slots at IETF 96 to present draft-ietf-ace-oauth-authz-02 and draft-seitz-ace-oscoap-profile Regards, Ludwig Seitz --=20 Ludwig Seitz, PhD SICS Swedish ICT AB Ideon Science Park Building Beta 2 Scheelev=C3=A4gen 17 SE-223 70 Lund Phone +46(0)70-349 92 51 http://www.sics.se --------------ms090500060308020301060009 Content-Type: application/pkcs7-signature; name="smime.p7s" Content-Transfer-Encoding: base64 Content-Disposition: attachment; filename="smime.p7s" Content-Description: S/MIME Cryptographic Signature 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Authentication-Results: ietfa.amsl.com (amavisd-new); dkim=pass (2048-bit key) header.d=erdtman-se.20150623.gappssmtp.com Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id uBKslt1VJOaN for ; Tue, 5 Jul 2016 13:45:10 -0700 (PDT) Received: from mail-wm0-x22c.google.com (mail-wm0-x22c.google.com [IPv6:2a00:1450:400c:c09::22c]) (using TLSv1.2 with cipher ECDHE-RSA-AES128-GCM-SHA256 (128/128 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id 798A712D548 for ; Tue, 5 Jul 2016 13:45:09 -0700 (PDT) Received: by mail-wm0-x22c.google.com with SMTP id 187so29059746wmz.1 for ; Tue, 05 Jul 2016 13:45:09 -0700 (PDT) DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=erdtman-se.20150623.gappssmtp.com; s=20150623; h=mime-version:in-reply-to:references:from:date:message-id:subject:to; bh=JtVJb8KmfVYl6Pt2ANvIqgxzqlFvN3/dptkO4SGa+DA=; b=cXRq6IYrccsCSMZcHQDraaDuex9P0VndaxarmFqTC/H78rIR8xslf/rI5p8glhqQMY OZ6spK+0rXLOUMg5s7okccjinpo+ztrqNet30Odxxbyg5+BXixgod1FifzxsfhUM2wwM AGpaAc6kWItVTGqQ7j3uzfS32JdcTTiIYPP8sTEaDlQLHluDDEAuPd5rM/AdC+/umiMi LaqR0rXvv29rTlvS/CUOLOqpCepM1GTNc7FKE667sUru6jDvTu2LpbMLBGBeq4rwllW7 A2koMnXQgT/dvQBsG7Cu3HpFEfyUGQxOkdFABXd4yEBV20dPuH3JwDden7A33KN7Pt/f W2JA== X-Google-DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=1e100.net; s=20130820; h=x-gm-message-state:mime-version:in-reply-to:references:from:date :message-id:subject:to; bh=JtVJb8KmfVYl6Pt2ANvIqgxzqlFvN3/dptkO4SGa+DA=; b=M77hVJLEjZ6O3z3nNBtYPEtsDTpNIvF8Q6rLuUsuHb+85It6bj5yIDulVyVUk4ptI/ xipkwVmgDc1sqbR2KnegpU4Ygc1nbRjwZOTFFG3wKTOigziZkkwvbveuRGSSUeSzN3+F 0sO1doOGoLTnr/zl1QrGH54h8qKrgLgFjWFIDVXXXCQxmgjxGnxyY2V6zLxeEnzlpUuA RWC0UP5iyG2ahZ0nEE9VVoqiuh1SNi4qBVBfGFInyfc7jncWpg9GGgfK0S9XtH6F2J8k sH0346L74glF8+gsqWA/hL/+D9nP7a1pNiZxudCgJdLqqc8hehivTGOSUCLyRX/xPHzc tpmg== X-Gm-Message-State: ALyK8tJ/jdwz0uu8Oe42BeoA/NfwDA3e7T+kFMW8nJqg9B9y0l1QnTqNybqY29Jd4IyFTiqBrh9Y6BURjGwL5w== X-Received: by 10.28.21.140 with SMTP id 134mr18576330wmv.50.1467751507796; Tue, 05 Jul 2016 13:45:07 -0700 (PDT) MIME-Version: 1.0 Received: by 10.194.114.232 with HTTP; Tue, 5 Jul 2016 13:45:07 -0700 (PDT) In-Reply-To: References: From: Samuel Erdtman Date: Tue, 5 Jul 2016 22:45:07 +0200 Message-ID: To: Ace@ietf.org Content-Type: multipart/alternative; boundary=001a1145ac523dc6b20536e987d8 Archived-At: Subject: Re: [Ace] A question for the ACE framework and CWT X-BeenThere: ace@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: "Authentication and Authorization for Constrained Environments \(ace\)" List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Tue, 05 Jul 2016 20:45:13 -0000 --001a1145ac523dc6b20536e987d8 Content-Type: text/plain; charset=UTF-8 ping, any thoughts on this? //Samuel On Tue, Jun 21, 2016 at 8:32 AM, Samuel Erdtman wrote: > It was pointed out to me that the sentence below ended abruptly (thanks > Ludwig) > > "On the other hand it is not relay necessary to have it there, the reason > for the mapping registries is to avoid CBOR label/key conflicts between > attributes. So information about" > > It should be > > On the other hand it is not relay necessary to have it there, the reason > for the mapping registries is to avoid CBOR label/key conflicts between > attributes. So information about major type can just as well be kept in the > specification defining the mapping. > > //Samuel > > On Sat, Jun 18, 2016 at 12:38 PM, Samuel Erdtman > wrote: > >> Hi >> >> When writing the IANA mapping sections for the ACE framework and CWT I >> first required registrations to include the CBOR major type, Later I did >> not (e.g. >> https://tools.ietf.org/html/draft-ietf-ace-oauth-authz-02#section-10.7). >> I would like to here the preferences of the group so that we can update >> mapping registries to have the same format. >> >> The benefit of having the CBOR major type in the registry is that one >> then has more of the important information in one place. >> >> On the other hand it is not relay necessary to have it there, the reason >> for the mapping registries is to avoid CBOR label/key conflicts between >> attributes. So information about >> >> In COSE (https://tools.ietf.org/html/draft-ietf-cose-msg-13) it is >> included "value This contains the CBOR type for the value portion of the >> label." >> >> I would vote to keep data in registries at a minimum, i.e. exclude CBOR >> Major type from there. >> >> Opinions? >> >> Best regards >> //Samuel >> >> >> > --001a1145ac523dc6b20536e987d8 Content-Type: text/html; charset=UTF-8 Content-Transfer-Encoding: quoted-printable
ping, any thoughts on this?

//Samuel
=

On Tue, Jun= 21, 2016 at 8:32 AM, Samuel Erdtman <samuel@erdtman.se> wro= te:
It was pointed = out to me that the sentence below ended abruptly (thanks Ludwig)

"On the other hand it is not relay necessary to have it = there, the reason for the mapping registries is to avoid CBOR label/key conflicts between attributes. So information about"

It should be

= On the other hand it is not relay necessary to have it there, the reason for the mapping registries is to avoid CBOR label/key conflicts between attributes. So information about major type can just as well be kept in th= e specification defining the mapping.

//Samuel

On Sat, J= un 18, 2016 at 12:38 PM, Samuel Erdtman <samuel@erdtman.se> = wrote:
Hi

When writing the IANA mapping sections for the= ACE framework and CWT I first required registrations to include the CBOR m= ajor type, Later I did not (e.g. https://tools.ie= tf.org/html/draft-ietf-ace-oauth-authz-02#section-10.7). I would like t= o here the preferences of the group so that we can update mapping registrie= s to have the same format.

The benefit of having the CBOR majo= r type in the registry is that one then has more of the important informati= on in one place.

On the other hand it is not relay necessary t= o have it there, the reason for the mapping registries is to avoid CBOR lab= el/key conflicts between attributes. So information about

In COSE (= https://tools.ietf.org/html/draft-ietf-cose-msg-13) it is include= d "value=C2=A0 This contains the CBOR type for the value portion of th= e label."

I would vote to keep data in registries at= a minimum, i.e. exclude CBOR Major type from there.

Opinions?

Best regards
//Samuel



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SN1PR0301MB1645.namprd03.prod.outlook.com ([10.162.130.139]) with mapi id 15.01.0523.028; Tue, 5 Jul 2016 20:55:13 +0000 From: Mike Jones To: Samuel Erdtman , "Ace@ietf.org" Thread-Topic: [Ace] A question for the ACE framework and CWT Thread-Index: AQHRyU2KYwBydeZJEESpYUKjm/QXq5/zeqQAgBbu+4CAAAK8QA== Date: Tue, 5 Jul 2016 20:55:12 +0000 Message-ID: References: In-Reply-To: Accept-Language: en-US Content-Language: en-US X-MS-Has-Attach: X-MS-TNEF-Correlator: authentication-results: spf=none (sender IP is ) smtp.mailfrom=Michael.Jones@microsoft.com; x-originating-ip: [2001:4898:80e8:3::650] x-ms-office365-filtering-correlation-id: 06ab6371-2c0d-47ac-e415-08d3a516a8f4 x-microsoft-exchange-diagnostics: 1; SN1PR0301MB1647; 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-0700 (PDT) MIME-Version: 1.0 Content-Type: text/plain; charset="utf-8" Content-Transfer-Encoding: 8bit From: internet-drafts@ietf.org To: X-Test-IDTracker: no X-IETF-IDTracker: 6.25.1 Auto-Submitted: auto-generated Precedence: bulk Message-ID: <20160707210437.23721.98154.idtracker@ietfa.amsl.com> Date: Thu, 07 Jul 2016 14:04:37 -0700 Archived-At: Cc: ace@ietf.org Subject: [Ace] I-D Action: draft-ietf-ace-cbor-web-token-01.txt X-BeenThere: ace@ietf.org X-Mailman-Version: 2.1.17 List-Id: "Authentication and Authorization for Constrained Environments \(ace\)" List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 07 Jul 2016 21:04:37 -0000 A New Internet-Draft is available from the on-line Internet-Drafts directories. This draft is a work item of the Authentication and Authorization for Constrained Environments of the IETF. Title : CBOR Web Token (CWT) Authors : Erik Wahlström Michael B. Jones Hannes Tschofenig Samuel Erdtman Filename : draft-ietf-ace-cbor-web-token-01.txt Pages : 19 Date : 2016-07-07 Abstract: CBOR Web Token (CWT) is a compact means of representing claims to be transferred between two parties. CWT is a profile of the JSON Web Token (JWT) that is optimized for constrained devices. The claims in a CWT are encoded in the Concise Binary Object Representation (CBOR) and CBOR Object Signing and Encryption (COSE) is used for added application layer security protection. A claim is a piece of information asserted about a subject and is represented as a name/ value pair consisting of a claim name and a claim value. The IETF datatracker status page for this draft is: https://datatracker.ietf.org/doc/draft-ietf-ace-cbor-web-token/ There's also a htmlized version available at: https://tools.ietf.org/html/draft-ietf-ace-cbor-web-token-01 A diff from the previous version is available at: https://www.ietf.org/rfcdiff?url2=draft-ietf-ace-cbor-web-token-01 Please note that it may take a couple of minutes from the time of submission until the htmlized version and diff are available at tools.ietf.org. Internet-Drafts are also available by anonymous FTP at: ftp://ftp.ietf.org/internet-drafts/ From nobody Thu Jul 7 14:11:55 2016 Return-Path: X-Original-To: ace@ietfa.amsl.com Delivered-To: ace@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id B9DEB12D0CD for ; Thu, 7 Jul 2016 14:11:53 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -2.021 X-Spam-Level: X-Spam-Status: No, score=-2.021 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, DKIM_SIGNED=0.1, DKIM_VALID=-0.1, DKIM_VALID_AU=-0.1, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_NONE=-0.0001, RCVD_IN_MSPIKE_H3=-0.01, RCVD_IN_MSPIKE_WL=-0.01, SPF_HELO_PASS=-0.001, SPF_PASS=-0.001] autolearn=ham autolearn_force=no Authentication-Results: ietfa.amsl.com (amavisd-new); dkim=pass (1024-bit key) header.d=microsoft.com Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id HdNJE8OFqBUv for ; 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Thu, 7 Jul 2016 21:11:49 +0000 From: Mike Jones To: "ace@ietf.org" Thread-Topic: IANA Considerations added to CBOR Web Token (CWT) Thread-Index: AdHYkDktjUUFMupkRGqD1JCbN/mwKw== Date: Thu, 7 Jul 2016 21:11:49 +0000 Message-ID: Accept-Language: en-US Content-Language: en-US X-MS-Has-Attach: X-MS-TNEF-Correlator: authentication-results: spf=none (sender IP is ) smtp.mailfrom=Michael.Jones@microsoft.com; x-originating-ip: [2001:4898:80e8::18d] x-ms-office365-filtering-correlation-id: a56ee4e0-e663-4fe2-e93a-08d3a6ab4fbf x-microsoft-exchange-diagnostics: 1; SN1PR0301MB1645; 6:81EMtjciH1c03HpjryeyBj90vU39P3xdy2kCtC//6p3B+6ysViBhpbhzMzniOUyh9lpCMubct8WrN5FzLjTYvp+veMlIjVWRnw6lEjGACaROIN5zY4X1o/vUKyJHxabSdgSwIEt6Df8uB8OaL3i3myY8lSpsAT2f8rZv32vEiy9T77Dg3vuN8SoW/bG0xXnCq7P6gqcD+UtjY1sOwhCCde7eDmwLVZmCRNm2+jnxqTbyMJ1Dl+HPpmpmacqK6OoBIdLrQSnRjKjMSFM0PziOo0KON/fq9HV60Y4ZQjIrrWxpmFf6s7/lGnZfW5jez31L5SvxTj3EmqHrAsnjT+tX8w==; 5:5gTEyMEbAhbbDBlZiQtVJlTSx7hYPpl71z0AyXJiT1pLRkE4/+bMdp3nCqr4+bdcOM+L0ISmRphY2qVexye5H+QztzpJsAqgqAjbA6WF8/eH2TDXFg1/lUkT9GN5rdMyCc945ISNIN3pYj7pPdxfIQ==; 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charset="us-ascii" Content-Transfer-Encoding: quoted-printable The CBOR Web Token (CWT) specification now establishes the IANA CWT Claims = registry and registers the CWT claims defined by the specification. The ap= plication/cwt CoAP content type is now also registered. This version adds Samuel Erdtman as an editor in recognition of his already= significant contributions to the specification. The specification is available at: * http://tools.ietf.org/html/draft-ietf-ace-cbor-web-token-01 An HTML-formatted version is also available at: * http://self-issued.info/docs/draft-ietf-ace-cbor-web-token-01.htm= l -- Mike P.S. This notice was also posted at http://self-issued.info/?p=3D1580 and = as @selfissued. --_000_SN1PR0301MB164594CBCA2356EB4D094699F53B0SN1PR0301MB1645_ Content-Type: text/html; charset="us-ascii" Content-Transfer-Encoding: quoted-printable

The CBOR Web Token (CWT) specification now establish= es the IANA CWT Claims registry and registers the CWT claims defined by the= specification.  The application/cwt CoAP content type is now also reg= istered.

 

This version adds Samuel Erdtman as an editor in rec= ognition of his already significant contributions to the specification.

 

The specification is available at:

·         http://tools.ietf.org/html/draft-ietf-ace-cbor-= web-token-01

 

An HTML-formatted version is also available at:=

·         http://self-issued.info/docs/draft-ietf-= ace-cbor-web-token-01.html

 

        &nbs= p;            &= nbsp;           &nbs= p;            &= nbsp;           -- Mike

 

P.S.  This notice was also posted at http://self-issued.info/?p=3D1580 and as @selfissued.

 

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review draft-ietf-ace-oauth-authz-02 X-BeenThere: ace@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: "Authentication and Authorization for Constrained Environments \(ace\)" List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Fri, 08 Jul 2016 15:05:07 -0000 Hi ace wg, Hi Ludwig, G=C3=B6ran, et al. Thank you first for this magnificent document (and appropriate acknowledge to the previous work on ace framework -acre, dcaf, etc-). I found the document very clear and well written (the figures and examples are a big plus); and me coming from a oauth complete ignorance, I can say that I found on the document the necessary pointers to understand the oauth framework, the pop token and architecture, jwt, etc.: excellent introductory work. I show also my possitive feedbak on the new "client_token" concept , and I believe is a useful/relevant use case; and this provides an elegant an easy solution. I should have sent this review one (two?) week ago as promised on the interim meeting, I'm sorry I did not. I believe my comments are a bit messy, excuse me in advance. I hope you can get some positive input from my comments that can help to make the document better -and feel free to ask me again if some comment is not clear-: ---------------------------------------------------------------- Review of https://tools.ietf.org/html/draft-ietf-ace-oauth-authz-02 --------------------------------------------------------------- 4. Protocol Interactions "The consent of the resource owner, for giving a client access to a protected resource, can be pre-configured authorization policies or dynamically at the time when the request is sent." "when the request is sent": The request we are talking is the Resource Request (Client already has the access token) or the token request? I believe is Resource Request. would it be good to explicit where this authz. policies are pre-configured (at the AS? were enforced before at the token request and are now embedded on the Access token; or at the RS?); and how the consent can be dynamically determined (will involve interaction with the Res Owner : RS to RO; RS to AS to RO ?). All this is out of scope of the draft, however I believe making explicit at least where the authz policies are pre-conf can be a good idea, just a suggestion. (My understanding is that they are at the AS; and were enforced at the token request; if introspection is used, can be enforced again at the resource request). 4. Messages Flows description: A-F: Would it be too redundant to state which security properties needs each messages, or it will be clearer? (A,B,D,E,F encrypted+integrity protected. C does not) This is just a question/suggestion; each message sec. requ. are stated in other parts of the draft (early on section 4, and on section 5 and 6...). 5. Framework Proof-of-Possession FROM " i.e. that the authenticated token holder is bound to the token." to Something like " i.e. that the token holder can prove being a holder of the key bound to the token" 5. Framework "In OAuth 2.0 the communication with the Token and the Introspection resources at the AS (...) This framework RECOMMENDS to use CoAP instead and RECOMMENDS the use of the following alternative instead of Uri-query parameters: The sender (client or RS) encodes the parameters of its request as a CBOR map and submits that map as the payload of the POST request. The Content-format MUST be "application/cbor" in that case." If we use plain cbor on top of coap this means we are using dtls to protect the messages. If we are protecting the messages with cose, should we not use the Content-Format: "application/cose;cose-type=3Dcose-encrypt" ? All the examples of the doc use appplication/cbor; however, can be useful to mention somewhere (here?) that if cose is used the content format is "application/cose"? ---------------------- 6. The 'Token' Resource "Communication between the client and the token resource at the AS MUST be integrity protected and encrypted. Furthermore AS and client MUST perform mutual authentication. Profiles of this framework are expected to specify how authentication and communication security is implemented." Is it worthy (.. is it accurate?) to express that the Token Request, from C to AS might not be source-authenticated, and the AS -in that case- can authenticate the request ("a posteriori") with the client_id/client_secret? The buzz in my head came because authentication of the client can be done at dtls/cose level (that, for me, its not a must), and also with the client credentials inside the request. I think that the description on the text is generic enough so any interpretation of how to authenticate the C towards AS, is OK. In any case I send to you this (confusing) thoughts I had when I first read this sentence. Authentication can be done at communication level with the PSK C-AS , and also with the client_secret (maybe this is an "application authentication"...). 6. The 'Token' Resource "The figures of this section uses CBOR diagnostic notation without the integer abbreviations for the parameters or their values for better readability." (already did this comment) is worth mentioning that if cose is used, the coap messages content-type are application/cose, and we show the cbor plaintext payload? ------------------- 6.1. Client-to-AS Request Figure 3: Example request for an access token bound to an asymmetric key. "grant_type" : "token" I have not found the definition of grant_type "token" , should not be "client_credentials"? ( https://tools.ietf.org/html/rfc6749#section-4.4.2 ) ------------ 6.2. AS-to-Client Response Figure 5: Example AS response with an access token bound to a symmetric key= . "{ "access_token" : b64'SlAV32hkKG ... (...), "token_type" : "pop", "alg" : "HS256", "cnf" : { "COSE_Key" : { ...." how does the "alg" field of the token response relates to the "key_alg" from the COSE_Key object if present, they must match , or cose_key alg must be a super-set of this "alg"? In 6.4.2 this "alg" is defined, Now that I read the passage attentively, this "alg" field in the token response is only used for the initial PoP; then the key can be used with other algorithms (e.g. to encrypt with aes-ccm). OK. I left this comment to show the confusion that produced the "alg" field at two different levels, maybe its worthy to briefly tell the difference/purpose of each one in contrast to each other. ------------ 6.4.4. Confirmation "COSE_Encrypted In this case the 'cnf' parameter contains an encrypted symmetriic key destined for the client." (typo "symmetriic"). Is it needed to encrypt the symmetric key inside cnf? Was not assumed that the communication between AS and Client was already protected (the whole response was integrity protected and encrypted). Or it was a general statement, and this is a particular case? In any case, fields outside cnf should be at least integrity protected. GENERAL OBSERVATION (already did on section 4): Can be a good idea to specify for each message which kind of security properties (confidentiality, integrity/data authentication)' we need and at what level/layer (e.g: transport layer/application layer, Cose_key field needs confidentiality but the rest only integrity, etc.)? ----------- 7. The 'Introspect' Resource " Finally the AS SHOULD to verify that the RS" remove/"to" ? ------------ 7.4. Client Token Personally I believe this is a very relevant use case. This "client token" solution is elegant, and easy to understand on the context on the rest of the framework. ------------ 8.2. Token Expiration "RS verifies these by comparing them to values from its internal clock as defined in [RFC7519]. In this case the RS must have a real time chip (RTC) or some other ..." Shall it say "real time clock (RTC)"? Its worthy to be more clear and say that the internal clock should reflect the current date/time, or at least be synchronized with the issuer-of-the-token's clock (the AS)? ---------------------- Appendix C. Deployment Examples Comment: I found it VERY useful to see the real exchange of messages. C.1. Local Token Validation " The token includes the claim "aif" with the authorized access that an owner of the temperature device can enjoy. The 'aif' claim, issued by the AS, informs the RS that the owner of the token, that can prove the possession of a key is authorized to" The first sentence should not say: ".. that an owner of the of the token, that can prove the possession of a key can enjoy" instead of the "owner of the temperature device" ? C.1. Local Token Validation About "AIF" claim should not reference https://tools.ietf.org/html/draft-bormann-core-ace-aif-03 somewhere? "aif" claim is only mentioned on appendix C, what happened on the rest of the document? (is not a valid claim?) In cbor web token (https://tools.ietf.org/html/draft-ietf-ace-cbor-web-token-00#appendix-A.3 ) , the only reference of aif is on Appendix 3! shall we give more visibility for the aif claim on the main body of the doc= ? -------------------------------------------- C.2. Introspection Aided Token Validation "Figure 23: Request and Response Payload for C offline" "COSE_Key" : { "kid" : b64'c29tZSBwdWJsaWMga2V5IGlk', "kty" : "oct", "alg" : "HS256", " * Should not be: "kty": "Symmetric " ? * "alg", supossedly this is key_alg that specifies "Key usage restriction to this algorithm". "HS256", I found a reference on json web token, and says "indicates that this token is signed using HMAC-SHA256." Should not be put on "alg" the algorithm that will be used on the DTLS-PSK performed later? e.g.: "AES-CCM-16-64-128"? ------------------------------ "E: The AS provides the introspection response containing (...). (...) allows the RS to verify the client's proof of possession in step F. After receiving message E, the RS responds to the client's POST in step C with Code 2.01 Created." See "Figure 24: Token Introspection for C offline" "step C with Code 2.01 Created", Is this not the "Step F"? ------------- Both comments coming from "Figure 25: Request and Response Payload for Introspection:" "Request-Payload: ... "client_id" : "FrontDoor", "client_secret" : "ytrewq" " This is introspection request from RS to AS. How did the RS got the client_id and the client_secret? (previous, message from C to RS is not protected) "Response-Payload: ... "cnf" : { "kid" : b64'...'} " Should not "cnf" need to have the whole "COSE_Key" (including "k")? On the text it was not assumed that RS and C already shared a Key (if they did, at some point after original C-AS request, AS must have provisioned it to RS -this can be assumed-). In the general case AS will have to transport the key to RS on the introspection response I think -------------------------------- Saludos, Renzo From nobody Mon Jul 11 07:11:16 2016 Return-Path: X-Original-To: ace@ietfa.amsl.com Delivered-To: ace@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 6FA5612D1D1 for ; Mon, 11 Jul 2016 07:11:08 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -2.6 X-Spam-Level: X-Spam-Status: No, score=-2.6 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, DKIM_SIGNED=0.1, DKIM_VALID=-0.1, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_LOW=-0.7, SPF_PASS=-0.001] autolearn=unavailable autolearn_force=no Authentication-Results: ietfa.amsl.com (amavisd-new); dkim=pass (2048-bit key) header.d=sics-se.20150623.gappssmtp.com Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id jQjEmtTZ1FkO for ; Mon, 11 Jul 2016 07:10:59 -0700 (PDT) Received: from mail-vk0-x233.google.com (mail-vk0-x233.google.com [IPv6:2607:f8b0:400c:c05::233]) (using TLSv1.2 with cipher ECDHE-RSA-AES128-GCM-SHA256 (128/128 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id BF8CE12D1D5 for ; Mon, 11 Jul 2016 07:10:57 -0700 (PDT) Received: by mail-vk0-x233.google.com with SMTP id f7so124819162vkb.3 for ; Mon, 11 Jul 2016 07:10:57 -0700 (PDT) DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=sics-se.20150623.gappssmtp.com; s=20150623; h=mime-version:in-reply-to:references:from:date:message-id:subject:to :cc; bh=QS4EREFz5/WfsO/U1t8+/FgVFED/xp7xq5VoJYxTZk0=; b=mZodHUpom5r8g/+g8r88cel1cpjrZx+zxUz3Xg1OpmFUnlhNW0Qv+E05gkUsd2nieY boUDL7mx4cW5/5ON55wLGIwMUFxP1QPOu09A78sEybxpigBSneFW5ok4hmC2kRc/XW9G X+lyFU9/JBWQDk3De2uJ9wTzZ3wrcmL+atw8DhB1WbfS831h5twa4kmaYf7eVOW55YCk uh5Ug+jULuHf+hOnEB0l+BphhqPc/L6j6ixCWXxG3X0xRqiS5Uc11pJtPQ3UZ+qq0J1j IE0Oo3KofsBBoRNfWQwafR0EI955H7Zu8vETSSprqV23B1i8DONjPs+RnAx/0nD6Qfii liaw== X-Google-DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=1e100.net; s=20130820; h=x-gm-message-state:mime-version:in-reply-to:references:from:date :message-id:subject:to:cc; bh=QS4EREFz5/WfsO/U1t8+/FgVFED/xp7xq5VoJYxTZk0=; b=Dl0rHfTC9fh6+GTDSXrucZjLzMCj8scT9TnSV6lITdzuJcx6MdCpnrTrF6ceiUfmSx BIhHR8hNR9yLbK0Ucae0PV/gOg9kBbhGZStyub7PLUCjLmtroISLnvNLYVxCqC6Fjmmm U10EeqU3HFqVC2BHGmTaEe2+RrlQn0/IWZ73jYjN1V5v4TiFQnjwBT0oVzHvobLMyHJc 6eVks01y36wXgZg629xFAl+kTB4/ZWBtP8dYrrnZvp0ZjchTWWChOF5TB+02UdKEjPtV Pl8L7bfvJgQERkQ+Q2LbivUXExLVAJ31ok00phsX5hzrt2L0OaQOpF1XWMwEL8Q6ysJL 08tg== X-Gm-Message-State: ALyK8tKPDuCxTiZybrIpoADmUuij+IJ29KyNV5xpeB4nKEaXteUSxKQZprtQRaZyMmvFXUijPxLvamX71OqWfmSf X-Received: by 10.159.33.5 with SMTP id 5mr707485uab.36.1468246256671; Mon, 11 Jul 2016 07:10:56 -0700 (PDT) MIME-Version: 1.0 Received: by 10.103.87.74 with HTTP; Mon, 11 Jul 2016 07:10:56 -0700 (PDT) In-Reply-To: References: <20160707163729.23634.20152.idtracker@ietfa.amsl.com> From: Marco Tiloca Date: Mon, 11 Jul 2016 16:10:56 +0200 Message-ID: To: Francesca Palombini Content-Type: multipart/alternative; boundary=94eb2c0b60c49284bf05375cb859 Archived-At: Cc: "Ace@ietf.org" , "core@ietf.org" , "cose@ietf.org" Subject: Re: [Ace] FW: New Version Notification for draft-selander-ace-object-security-05.txt X-BeenThere: ace@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: "Authentication and Authorization for Constrained Environments \(ace\)" List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Mon, 11 Jul 2016 14:11:08 -0000 --94eb2c0b60c49284bf05375cb859 Content-Type: text/plain; charset=UTF-8 Content-Transfer-Encoding: quoted-printable Hello Francesca and all, I have reviewed this last version and I believe it is in a very good shape! Please, find below some suggestions for minor changes/updates. Best regards, /Marco ---------------------------- 1) In Section 2, I would refer the usage of a COSE object as soon as possible, rather than at the end of page 5 where you describe how to prepare the protected CoAP message. For instance, the very first sentence in Section 2 can be followed by something like: "This is achieved by means of a COSE object included in the protected CoAP message, as detailed below"= . 2) In Section 2 (page 5), I would move the sentence "An endpoint receiving [...] treat it as malformed and reject it." at the end of the first element of the bullet list below, since it concerns CoAP messages with payload. 3) Following the same reasoning of point 2), I would extend the second element in the dotted list at the end of page 5 with: "An endpoint receiving a CoAP message without payload, that also contains an empty Object-Security option SHALL treat it as malformed and reject it". 4) Section 3.1, page 6, "The endpoint verifies the message received" --> "The endpoint verifies the messages received". 5) Section 5, page 13, add "(see Section 5.1)" after "is computed from the Plaintext", and "(see Section 5.2)" after "and the Additional Authenticated Data (AAD)". 6) Section 6.2, page 16, step 1. In the last sentences about renewing the security context on the client, it would be good to mention also that this involves informing the server, so that it can update its own Receiver-* parameters on its own context. 7) Section 6.2, page 16, step 2. "Store the MAC of each fragment" --> "Store the MAC of each last-sent fragment". 8) Section 6.3, page 17, step 2. "Store the MAC of each fragment" --> "Store the MAC of each last-received fragment". 9) Section 6.4, page 18, step 1. In the last sentences about renewing the security context on the server, it would be good to mention also that this involves informing the client, so that it can update its own Receiver-* parameters on its own context. 10) Section 6.4, page 18, step 2. "Store the MAC of each fragment" --> "Store the MAC of each last-sent fragment". 11) Section 6.5, page 19, step 2. "Store the MAC of each fragment" --> "Store the MAC of each last-received fragment". 12) Section 6.5, page 20, first paragraph. After the last sentence "DTLS and OSCOAP can be combined", I would restate what said in Section 1 (page 4), that is "thereby enabling end-to-end ..." 13) Section 6.5, page 20, third paragraph. "The use of COSE to protected CoAP messages" --> "The use of COSE to protect CoAP messages" On Fri, Jul 8, 2016 at 9:03 AM, Francesca Palombini < francesca.palombini@ericsson.com> wrote: > Dear CoRE, COSE and ACE members, > > We have submitted an update to the OSCOAP draft: > https://tools.ietf.org/html/draft-selander-ace-object-security-05 > > For those who don=E2=80=99t know, OSCOAP is an application layer security= protocol > for CoAP, based on wrapping request and response messages in COSE objects > which are sent in a CoAP message exchange. > > With this version, we aimed for improved readability and we added the > blockwise functionality, as discussed during last f2f meeting. > > We are now looking for reviews. Any comment or feedback would be greatly > appreciated! > > Best regards, > Francesca > > -----Original Message----- > From: internet-drafts@ietf.org [mailto:internet-drafts@ietf.org] > Sent: den 7 juli 2016 18:37 > To: G=C3=B6ran Selander ; Ludwig Seitz < > ludwig@sics.se>; John Mattsson ; G=C3=B6ran > Selander ; Francesca Palombini < > francesca.palombini@ericsson.com> > Subject: New Version Notification for > draft-selander-ace-object-security-05.txt > > > A new version of I-D, draft-selander-ace-object-security-05.txt > has been successfully submitted by Francesca Palombini and posted to the > IETF repository. > > Name: draft-selander-ace-object-security > Revision: 05 > Title: Object Security of CoAP (OSCOAP) > Document date: 2016-07-07 > Group: Individual Submission > Pages: 36 > URL: > https://www.ietf.org/internet-drafts/draft-selander-ace-object-security-0= 5.txt > Status: > https://datatracker.ietf.org/doc/draft-selander-ace-object-security/ > Htmlized: > https://tools.ietf.org/html/draft-selander-ace-object-security-05 > Diff: > https://www.ietf.org/rfcdiff?url2=3Ddraft-selander-ace-object-security-05 > > Abstract: > This memo defines Object Security of CoAP (OSCOAP), a method for > application layer protection of message exchanges with the > Constrained Application Protocol (CoAP), using the CBOR Object > Signing and Encryption (COSE) format. OSCOAP provides end-to-end > encryption, integrity and replay protection to CoAP payload, options, > and header fields, as well as a secure binding between CoAP request > and response messages. The use of OSCOAP is signaled with the CoAP > option Object-Security, also defined in this memo. > > > > > Please note that it may take a couple of minutes from the time of > submission until the htmlized version and diff are available at > tools.ietf.org. > > The IETF Secretariat > > _______________________________________________ > Ace mailing list > Ace@ietf.org > https://www.ietf.org/mailman/listinfo/ace > --94eb2c0b60c49284bf05375cb859 Content-Type: text/html; charset=UTF-8 Content-Transfer-Encoding: quoted-printable
Hello Francesca and all,

I have reviewed this last = version and I believe it is in a very good shape!

Please, find below= some suggestions for minor changes/updates.

Best regards,
/Marco=

----------------------------

1) In Section 2, I would refer = the usage of a COSE object as soon as possible, rather than at the end of p= age 5 where you describe how to prepare the protected CoAP message. For ins= tance, the very first sentence in Section 2 can be followed by something li= ke: "This is achieved by means of a COSE object included in the protec= ted CoAP message, as detailed below".

2) In Section 2 (page 5),= I would move the sentence "An endpoint receiving [...] treat it as ma= lformed and reject it." at the end of the first element of the bullet = list below, since it concerns CoAP messages with payload.

3) Followi= ng the same reasoning of point 2), I would extend the second element in the= dotted list at the end of page 5 with: "An endpoint receiving a CoAP = message without payload, that also contains an empty Object-Security option= SHALL treat it as malformed and reject it".

4) Section 3.1, pa= ge 6, "The endpoint verifies the message received" --> "T= he endpoint verifies the messages received".

5) Section 5, page= 13, add "(see Section 5.1)" after "is computed from the Pla= intext", and "(see Section 5.2)" after "and the Additio= nal Authenticated Data (AAD)".

6) Section 6.2, page 16, step 1.= In the last sentences about renewing the security context on the client, i= t would be good to mention also that this involves informing the server, so= that it can update its own Receiver-* parameters on its own context.
7) Section 6.2, page 16, step 2. "Store the MAC of each fragment&quo= t; --> "Store the MAC of each last-sent fragment".

8) S= ection 6.3, page 17, step 2. "Store the MAC of each fragment" --&= gt; "Store the MAC of each last-received fragment".

9) Sec= tion 6.4, page 18, step 1. In the last sentences about renewing the securit= y context on the server, it would be good to mention also that this involve= s informing the client, so that it can update its own Receiver-* parameters= on its own context.

10) Section 6.4, page 18, step 2. "Store t= he MAC of each fragment" --> "Store the MAC of each last-sent = fragment".

11) Section 6.5, page 19, step 2. "Store the MA= C of each fragment" --> "Store the MAC of each last-received f= ragment".

12) Section 6.5, page 20, first paragraph. After the = last sentence "DTLS and OSCOAP can be combined", I would restate = what said in Section 1 (page 4), that is "thereby enabling end-to-end = ..."

13) Section 6.5, page 20, third paragraph. "The use o= f COSE to protected CoAP messages" --> "The use of COSE to pro= tect CoAP messages"

On Fri, Jul 8, 2016 at 9:03 AM, Francesca Palombini <francesca.palombini@ericsson.com> wrote:
Dear CoRE, COSE and ACE members,

We have submitted an update to the OSCOAP draft:
https://tools.ietf.org/html/draft-s= elander-ace-object-security-05

For those who don=E2=80=99t know, OSCOAP is an application layer security p= rotocol for CoAP, based on wrapping request and response messages in COSE o= bjects which are sent in a CoAP message exchange.

With this version, we aimed for improved readability and we added the block= wise functionality, as discussed during last f2f meeting.

We are now looking for reviews. Any comment or feedback would be greatly ap= preciated!

Best regards,
Francesca

-----Original Message-----
From: internet-drafts@ietf.org<= /a> [mailto:internet-drafts@iet= f.org]
Sent: den 7 juli 2016 18:37
To: G=C3=B6ran Selander <= goran.selander@ericsson.com>; Ludwig Seitz <ludwig@sics.se>; John Mattsson <john.mattsson@ericsson.com>; G=C3=B6ran Se= lander <goran.selander@er= icsson.com>; Francesca Palombini <francesca.palombini@ericsson.com>
Subject: New Version Notification for draft-selander-ace-object-security-05= .txt


A new version of I-D, draft-selander-ace-object-security-05.txt
has been successfully submitted by Francesca Palombini and posted to the IE= TF repository.

Name:=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0draft-selander-ace-object-sec= urity
Revision:=C2=A0 =C2=A0 =C2=A0 =C2=A005
Title:=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 Object Security of CoAP (OSCOAP) Document date:=C2=A0 2016-07-07
Group:=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 Individual Submission
Pages:=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 36
URL:=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 https://www.ietf.org/internet-drafts/draft-selander= -ace-object-security-05.txt
Status:=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0https://datatracker.ietf.org/doc/draft-selander-ace-object-securit= y/
Htmlized:=C2=A0 =C2=A0 =C2=A0 =C2=A0https://tools.ietf.org/html/draft-selander-ace-object-security-05
Diff:=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0https://www.ietf.org/rfcdiff?url2=3Ddraft-selander-ace-o= bject-security-05

Abstract:
=C2=A0 =C2=A0This memo defines Object Security of CoAP (OSCOAP), a method f= or
=C2=A0 =C2=A0application layer protection of message exchanges with the
=C2=A0 =C2=A0Constrained Application Protocol (CoAP), using the CBOR Object=
=C2=A0 =C2=A0Signing and Encryption (COSE) format.=C2=A0 OSCOAP provides en= d-to-end
=C2=A0 =C2=A0encryption, integrity and replay protection to CoAP payload, o= ptions,
=C2=A0 =C2=A0and header fields, as well as a secure binding between CoAP re= quest
=C2=A0 =C2=A0and response messages.=C2=A0 The use of OSCOAP is signaled wit= h the CoAP
=C2=A0 =C2=A0option Object-Security, also defined in this memo.




Please note that it may take a couple of minutes from the time of submissio= n until the htmlized version and diff are available at tools.ietf.org.

The IETF Secretariat

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Ace@ietf.org
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--94eb2c0b60c49284bf05375cb859-- From nobody Mon Jul 11 12:41:30 2016 Return-Path: X-Original-To: ace@ietfa.amsl.com Delivered-To: ace@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 4276512D19E for ; Mon, 11 Jul 2016 12:41:28 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -3.888 X-Spam-Level: X-Spam-Status: No, score=-3.888 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, FREEMAIL_FROM=0.001, RCVD_IN_DNSWL_LOW=-0.7, RCVD_IN_MSPIKE_H2=-0.001, RP_MATCHES_RCVD=-1.287, SPF_PASS=-0.001] autolearn=ham autolearn_force=no Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id 2Kus9a1YCWRp for ; Mon, 11 Jul 2016 12:41:26 -0700 (PDT) Received: from mout.gmx.net (mout.gmx.net [212.227.17.21]) (using TLSv1.2 with cipher DHE-RSA-AES256-GCM-SHA384 (256/256 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id 5D27012D0E3 for ; Mon, 11 Jul 2016 12:41:26 -0700 (PDT) Received: from [192.168.10.131] ([195.226.164.94]) by mail.gmx.com (mrgmx101) with ESMTPSA (Nemesis) id 0MLS74-1bM8qf2ONW-000fxf for ; Mon, 11 Jul 2016 21:41:23 +0200 To: "Ace@ietf.org" From: Hannes Tschofenig Openpgp: id=071A97A9ECBADCA8E31E678554D9CEEF4D776BC9 X-Enigmail-Draft-Status: N1110 Message-ID: <5783F666.4080500@gmx.net> Date: Mon, 11 Jul 2016 21:41:26 +0200 User-Agent: Mozilla/5.0 (X11; Linux x86_64; rv:38.0) Gecko/20100101 Thunderbird/38.8.0 MIME-Version: 1.0 Content-Type: multipart/signed; micalg=pgp-sha512; protocol="application/pgp-signature"; boundary="buDseCHdhgPGTiKhEVJPxcmf5AhOpbueR" X-Provags-ID: V03:K0:CTOZIX2Z+hRAznK88csvsutdSpqVhHP78+6bYNiZHzcBjfNwQer ZVpZUXOmQZhpoZLaQMUIYxuHNH7f3wQMAu6oWBL0kwG9KLSjeravAH+zPA284y4Z90tdxW5 2ZW5UlAm7NVRkmZaFbPOdw2uwWBWvMVy6Ho3EtV9aP54B7JCNvQ7SVfo57JvdDrmDgVqyY2 UCzSoxI/aqo7kn37wZyjw== X-UI-Out-Filterresults: notjunk:1;V01:K0:3WETVATy63A=:Oo9i8jWVkpdGUZ2I+D9KfT pM8US0BskXSqB4ptKC8/qgUoo5xcQpXdlyHrVSeHQYUVhSSJAsSv/QrITCYGvhzQnjq/5oyg2 50Hogv1FuQU4rsXZVawV7ydZ1fwvPjW03tjF5nypxDjKjmljxfSrdSOJvocrKhe6O5FHkyfAd fz5AaVXLt9Qhz9vDT6TFLM3QXQihdqRfNZ+IhfW1lvvwXw7oOZz/N/Jg8Fl6E8LTDR6t3iBF9 spfe3pqQ7Rerqv+ZpImaTsAA+/KEHBYYR92PYbqu0ASKPdkqwhr131rwf+WUxOZxXL+byYyJm xSshYD5laEr5/PQCQ7Az+zwF4Zxll7LWKHEHFTUOiECoF2a47FzKUG0EbBcgZ6WkvmLfKXRQ4 5K9Ij72efVD/91f/5uOyMlJb+0cTc6Eiadh6X+5hN5Guth6BodDzpjSbZ4k1chgcXtKD6gDRr zdrNHnwNgZrhSHab+EC18KuqgK6gihhavmYNOULLknNzr7Nw4yxSNnL/pAVTynbptsIUSXVMy JdtAYkPcpEJqSPzCQ9S4wvKKtS5VT6k1aD3ZcSeGiY6RoMkbNIhbYkD5nTHgkLXJVmttxafzB H5M3b4pVx5bRGfwnH0561vFddJl/lxWQutplEfJMOTVyQgQoStJGBohDeT1J9vQ6Vd41VtqTJ I650h/I6vQaY7GIfcPq7RvCwlAkzoUB0k9okNHzFRveVpgNPtQxwgJT/LZex8AEyy3hHKX6YB feLhxnXDovXU0Q5ZSlL8AVDLSonjDYpSZE5nY5dNBRr+DDEnvktWj60m2RE= Archived-At: Subject: [Ace] ACE Agenda Proposal X-BeenThere: ace@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: "Authentication and Authorization for Constrained Environments \(ace\)" List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Mon, 11 Jul 2016 19:41:29 -0000 This is an OpenPGP/MIME signed message (RFC 4880 and 3156) --buDseCHdhgPGTiKhEVJPxcmf5AhOpbueR Content-Type: text/plain; charset=utf-8 Content-Transfer-Encoding: quoted-printable Hi all, Kepeng kindly prepared a proposal for the agenda. You can find it here: https://www.ietf.org/proceedings/96/agenda/agenda-96-ace Please let us know if you would like to have something else added to the agenda. Ciao Hannes & Kepeng --buDseCHdhgPGTiKhEVJPxcmf5AhOpbueR Content-Type: application/pgp-signature; name="signature.asc" Content-Description: OpenPGP digital signature Content-Disposition: attachment; filename="signature.asc" -----BEGIN PGP SIGNATURE----- Version: GnuPG v2.0.22 (GNU/Linux) Comment: GPGTools - http://gpgtools.org iQEcBAEBCgAGBQJXg/ZmAAoJEGhJURNOOiAtI84H/A258HR9ioRvIe5xGYlJEgJ8 zfZ2nWat6CfJQIPnSYtWchu0/KnvMlBjnOSpLkaHhZLg8tXuMXacoygiMc6kaNJ1 THNoeeV2Ef6w1wTXezy1mrVJQhAapgWH/JlOZZrENsiz+Nh6PDi4AH70QYP+xAjl vVjpMA5DZGrUc4Fq7///AMogEdluThFoTOhqOcWHQaphDq6yyS8NCLSTM8mZgm87 68jyC7dW1e1Mi1PE8BHF0d8E7ZfHjP3EBhrE1yX8mQ5/HqBwYH1Yac4uxFKY/AP6 nm8aClpjYTZdYhByBDx873AsDcOVWVKE8v3X9P073Cn6vJC9T4xKjiIZtHKuGsw= =xBeP -----END PGP SIGNATURE----- --buDseCHdhgPGTiKhEVJPxcmf5AhOpbueR-- From nobody Tue Jul 12 01:15:07 2016 Return-Path: X-Original-To: ace@ietfa.amsl.com Delivered-To: ace@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 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tests=[BAYES_00=-1.9, DKIM_SIGNED=0.1, DKIM_VALID=-0.1, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_LOW=-0.7, SPF_PASS=-0.001] autolearn=unavailable autolearn_force=no Authentication-Results: ietfa.amsl.com (amavisd-new); dkim=pass (2048-bit key) header.d=sics-se.20150623.gappssmtp.com Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id TMfCtqdENCAz for ; Tue, 12 Jul 2016 02:26:12 -0700 (PDT) Received: from mail-vk0-x232.google.com (mail-vk0-x232.google.com [IPv6:2607:f8b0:400c:c05::232]) (using TLSv1.2 with cipher ECDHE-RSA-AES128-GCM-SHA256 (128/128 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id 2101312D75F for ; Tue, 12 Jul 2016 02:26:12 -0700 (PDT) Received: by mail-vk0-x232.google.com with SMTP id o63so13478656vkg.1 for ; Tue, 12 Jul 2016 02:26:12 -0700 (PDT) DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=sics-se.20150623.gappssmtp.com; s=20150623; h=mime-version:in-reply-to:references:from:date:message-id:subject:to :cc; bh=s8WjU17rkbgWcbhWF/iqD45FCSmJZBXiggvKjh8MN0k=; b=hK2W7QBS/frfFTwzRQiDFYFwl7u5zkb4FgghBn+CVACpnpnTcXBMXSlSBNxRImSASG FdEBn9Y8eLG2biFzJqgK1x3xbyHGap3asdVYu9oWFfylVGZwlceR7EvnGzPqECHcARBV zNCZXqmMAZMdBp/N//oc3qxsB+ecgBwDTVhWiQdN69faEwnS5z0qJ+lWbnMafkv/0HPC nH3tCn1blMmkaklTuqEaey3Q7u+Eub4/1Z4QaKENzH+zPw0zAK6UKS57lePTNxEAWiFr 52JPZMHpC41UOjbufVGDJgwFHgJmLX9pbVo9S2pswWO8DYmDI0Ga6ZeQHAccEQcW8lA2 iBNQ== X-Google-DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=1e100.net; s=20130820; h=x-gm-message-state:mime-version:in-reply-to:references:from:date :message-id:subject:to:cc; bh=s8WjU17rkbgWcbhWF/iqD45FCSmJZBXiggvKjh8MN0k=; b=jDvoUN7HqjNNANcQOtCITmFfhZerDAn1KLNgpnJXCIVS2XJ0l/kRnbLbnInvAbYO+S mAwWlO6tzlRTs8MsLgi18LkQBcSiE0MG2Tl8+GuTszRs+tiOny4wiHDlSXH1RvybQL4e HvlZPLSRt+U/mWnraX97bos9T85YLEwvU/71V0i2Ak5axPNJkOaqZfJFjFBzjFQPHq0+ llDn8prptOxaStv7t3Ss7CDkDge8rCf9zUzP4G+YkZofPNwPSjFcrGgJ7Zct7XvlWJrA 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List-Help: List-Subscribe: , X-List-Received-Date: Tue, 12 Jul 2016 09:26:16 -0000 --001a1145037e09495805376cdc89 Content-Type: text/plain; charset=UTF-8 Content-Transfer-Encoding: quoted-printable Hi Francesca, On Tue, Jul 12, 2016 at 10:14 AM, Francesca Palombini < francesca.palombini@ericsson.com> wrote: > Hi Marco, > > > > Thank you so much for an extended review! I agree with all your comments > and I think they will improve the readability of the draft. > > I just have a question for 1): > > > > We introduce the use of COSE objects already in Section 1. Introduction, > in the last paragraph of page 3 (=E2=80=9COSCOAP builds on CBOR Object Si= gning and > Encryption (COSE) =E2=80=A6=E2=80=9D). Was there a reason why you wanted = it mentioned in > the Object Security option section, specifically? > I suggested that just for the sake of readability. The COSE object is introduced in Section 1, but then I thought about a reader starting directly from the actual specification in Section 2, where the COSE object "suddenly reappears" at the end of page 5, and is of course detailed only later in Section 5. This is why I believe it would be good to quickly mention again the usage of COSE objects at the beginning of Section 2, just from a high-level perspective as in the Introduction and also pointing to Section 5 for further details, so better preparing the reader for the 2-element bullet list at the end of page 5. Best regards, Marco > > > Best, > > Francesca > > > > > > *From:* Marco Tiloca [mailto:marco@sics.se] > *Sent:* den 11 juli 2016 16:11 > *To:* Francesca Palombini > *Cc:* core@ietf.org; cose@ietf.org; Ace@ietf.org > *Subject:* Re: [Ace] FW: New Version Notification for > draft-selander-ace-object-security-05.txt > > > > Hello Francesca and all, > > I have reviewed this last version and I believe it is in a very good shap= e! > > Please, find below some suggestions for minor changes/updates. > > Best regards, > /Marco > > ---------------------------- > > 1) In Section 2, I would refer the usage of a COSE object as soon as > possible, rather than at the end of page 5 where you describe how to > prepare the protected CoAP message. For instance, the very first sentence > in Section 2 can be followed by something like: "This is achieved by mean= s > of a COSE object included in the protected CoAP message, as detailed belo= w". > > 2) In Section 2 (page 5), I would move the sentence "An endpoint receivin= g > [...] treat it as malformed and reject it." at the end of the first eleme= nt > of the bullet list below, since it concerns CoAP messages with payload. > > 3) Following the same reasoning of point 2), I would extend the second > element in the dotted list at the end of page 5 with: "An endpoint > receiving a CoAP message without payload, that also contains an empty > Object-Security option SHALL treat it as malformed and reject it". > > 4) Section 3.1, page 6, "The endpoint verifies the message received" --> > "The endpoint verifies the messages received". > > 5) Section 5, page 13, add "(see Section 5.1)" after "is computed from th= e > Plaintext", and "(see Section 5.2)" after "and the Additional Authenticat= ed > Data (AAD)". > > 6) Section 6.2, page 16, step 1. In the last sentences about renewing the > security context on the client, it would be good to mention also that thi= s > involves informing the server, so that it can update its own Receiver-* > parameters on its own context. > > 7) Section 6.2, page 16, step 2. "Store the MAC of each fragment" --> > "Store the MAC of each last-sent fragment". > > 8) Section 6.3, page 17, step 2. "Store the MAC of each fragment" --> > "Store the MAC of each last-received fragment". > > 9) Section 6.4, page 18, step 1. In the last sentences about renewing the > security context on the server, it would be good to mention also that thi= s > involves informing the client, so that it can update its own Receiver-* > parameters on its own context. > > 10) Section 6.4, page 18, step 2. "Store the MAC of each fragment" --> > "Store the MAC of each last-sent fragment". > > 11) Section 6.5, page 19, step 2. "Store the MAC of each fragment" --> > "Store the MAC of each last-received fragment". > > 12) Section 6.5, page 20, first paragraph. After the last sentence "DTLS > and OSCOAP can be combined", I would restate what said in Section 1 (page > 4), that is "thereby enabling end-to-end ..." > > 13) Section 6.5, page 20, third paragraph. "The use of COSE to protected > CoAP messages" --> "The use of COSE to protect CoAP messages" > > > > On Fri, Jul 8, 2016 at 9:03 AM, Francesca Palombini < > francesca.palombini@ericsson.com> wrote: > > Dear CoRE, COSE and ACE members, > > We have submitted an update to the OSCOAP draft: > https://tools.ietf.org/html/draft-selander-ace-object-security-05 > > For those who don=E2=80=99t know, OSCOAP is an application layer security= protocol > for CoAP, based on wrapping request and response messages in COSE objects > which are sent in a CoAP message exchange. > > With this version, we aimed for improved readability and we added the > blockwise functionality, as discussed during last f2f meeting. > > We are now looking for reviews. Any comment or feedback would be greatly > appreciated! > > Best regards, > Francesca > > -----Original Message----- > From: internet-drafts@ietf.org [mailto:internet-drafts@ietf.org] > Sent: den 7 juli 2016 18:37 > To: G=C3=B6ran Selander ; Ludwig Seitz < > ludwig@sics.se>; John Mattsson ; G=C3=B6ran > Selander ; Francesca Palombini < > francesca.palombini@ericsson.com> > Subject: New Version Notification for > draft-selander-ace-object-security-05.txt > > > A new version of I-D, draft-selander-ace-object-security-05.txt > has been successfully submitted by Francesca Palombini and posted to the > IETF repository. > > Name: draft-selander-ace-object-security > Revision: 05 > Title: Object Security of CoAP (OSCOAP) > Document date: 2016-07-07 > Group: Individual Submission > Pages: 36 > URL: > https://www.ietf.org/internet-drafts/draft-selander-ace-object-security-0= 5.txt > Status: > https://datatracker.ietf.org/doc/draft-selander-ace-object-security/ > Htmlized: > https://tools.ietf.org/html/draft-selander-ace-object-security-05 > Diff: > https://www.ietf.org/rfcdiff?url2=3Ddraft-selander-ace-object-security-05 > > Abstract: > This memo defines Object Security of CoAP (OSCOAP), a method for > application layer protection of message exchanges with the > Constrained Application Protocol (CoAP), using the CBOR Object > Signing and Encryption (COSE) format. OSCOAP provides end-to-end > encryption, integrity and replay protection to CoAP payload, options, > and header fields, as well as a secure binding between CoAP request > and response messages. The use of OSCOAP is signaled with the CoAP > option Object-Security, also defined in this memo. > > > > > Please note that it may take a couple of minutes from the time of > submission until the htmlized version and diff are available at > tools.ietf.org. > > The IETF Secretariat > > _______________________________________________ > Ace mailing list > Ace@ietf.org > https://www.ietf.org/mailman/listinfo/ace > > > --001a1145037e09495805376cdc89 Content-Type: text/html; charset=UTF-8 Content-Transfer-Encoding: quoted-printable
Hi Francesca,

On Tue, Jul 12, 2016 at 10:14 AM, Francesca Palombini <francesca.palombini@ericsson.com> wrote:

Hi Marco,

=C2=A0

Thank you so much for an extended review! I agree wit= h all your comments and I think they will improve the readability of the dr= aft.

I just have a question for 1):

=C2=A0

We introduce the use of COSE objects already in Secti= on 1. Introduction, in the last paragraph of page 3 (=E2=80=9COSCOAP builds= on CBOR Object Signing and Encryption (COSE) =E2=80=A6=E2=80=9D). Was there a reason why you wanted it mentioned in the Object Security option s= ection, specifically?


I suggested that just for the sake of readability. The COSE object is int= roduced in Section 1, but then I thought about a reader starting directly f= rom the actual specification in Section 2, where the COSE object "sudd= enly reappears" at the end of page 5, and is of course detailed only l= ater in Section 5.

This is why I believe it would be good to quickly= mention again the usage of COSE objects at the beginning of Section 2, jus= t from a high-level perspective as in the Introduction and also pointing to= Section 5 for further details, so better preparing the reader for the 2-el= ement bullet list at the end of page 5.

Best regards,
=
Marco
=C2=A0
<= p class=3D"MsoNormal">

=C2=A0

Best,

Francesca

=C2=A0

=C2=A0

From: Marco Tiloca [mailto:marco@sics.se]
Sent: den 11 juli 2016 16:11
To: Francesca Palombini <francesca.palombini@ericsson.com>
Cc: core@ietf.org= ; cose@ietf.org;= Ace@ietf.org
Subject: Re: [Ace] FW: New Version Notification for draft-selander-a= ce-object-security-05.txt

=C2=A0

Hello Francesca and all,

I have reviewed this last version and I believe it is in a very good shape!=

Please, find below some suggestions for minor changes/updates.

Best regards,
/Marco

----------------------------

1) In Section 2, I would refer the usage of a COSE object as soon as possib= le, rather than at the end of page 5 where you describe how to prepare the = protected CoAP message. For instance, the very first sentence in Section 2 = can be followed by something like: "This is achieved by means of a COSE object included in the protected= CoAP message, as detailed below".

2) In Section 2 (page 5), I would move the sentence "An endpoint recei= ving [...] treat it as malformed and reject it." at the end of the fir= st element of the bullet list below, since it concerns CoAP messages with p= ayload.

3) Following the same reasoning of point 2), I would extend the second elem= ent in the dotted list at the end of page 5 with: "An endpoint receivi= ng a CoAP message without payload, that also contains an empty Object-Secur= ity option SHALL treat it as malformed and reject it".

4) Section 3.1, page 6, "The endpoint verifies the message received&qu= ot; --> "The endpoint verifies the messages received".

5) Section 5, page 13, add "(see Section 5.1)" after "is com= puted from the Plaintext", and "(see Section 5.2)" after &qu= ot;and the Additional Authenticated Data (AAD)".

6) Section 6.2, page 16, step 1. In the last sentences about renewing the s= ecurity context on the client, it would be good to mention also that this i= nvolves informing the server, so that it can update its own Receiver-* para= meters on its own context.

7) Section 6.2, page 16, step 2. "Store the MAC of each fragment"= --> "Store the MAC of each last-sent fragment".

8) Section 6.3, page 17, step 2. "Store the MAC of each fragment"= --> "Store the MAC of each last-received fragment".

9) Section 6.4, page 18, step 1. In the last sentences about renewing the s= ecurity context on the server, it would be good to mention also that this i= nvolves informing the client, so that it can update its own Receiver-* para= meters on its own context.

10) Section 6.4, page 18, step 2. "Store the MAC of each fragment"= ; --> "Store the MAC of each last-sent fragment".

11) Section 6.5, page 19, step 2. "Store the MAC of each fragment"= ; --> "Store the MAC of each last-received fragment".

12) Section 6.5, page 20, first paragraph. After the last sentence "DT= LS and OSCOAP can be combined", I would restate what said in Section 1= (page 4), that is "thereby enabling end-to-end ..."

13) Section 6.5, page 20, third paragraph. "The use of COSE to protect= ed CoAP messages" --> "The use of COSE to protect CoAP message= s"

=C2=A0

On Fri, Jul 8, 2016 at 9:03 AM, Francesca Palombini = <f= rancesca.palombini@ericsson.com> wrote:

Dear CoRE, COSE and ACE members,

We have submitted an update to the OSCOAP draft:
https://tools.ietf.org/html/draft-selander-ace-object-= security-05

For those who don=E2=80=99t know, OSCOAP is an application layer security p= rotocol for CoAP, based on wrapping request and response messages in COSE o= bjects which are sent in a CoAP message exchange.

With this version, we aimed for improved readability and we added the block= wise functionality, as discussed during last f2f meeting.

We are now looking for reviews. Any comment or feedback would be greatly ap= preciated!

Best regards,
Francesca

-----Original Message-----
From: interne= t-drafts@ietf.org [mailto:internet-drafts@ietf.org]
Sent: den 7 juli 2016 18:37
To: G=C3=B6ran Selander <goran.selander@ericsson.com>; Ludwig Seitz <ludwig@sics.se>; Jo= hn Mattsson <john.mattsson@ericsson.com>; G=C3=B6ran Selander <goran.selander@ericsson.com>; Francesca Palombini <= ;fran= cesca.palombini@ericsson.com>
Subject: New Version Notification for draft-selander-ace-object-security-05= .txt


A new version of I-D, draft-selander-ace-object-security-05.txt
has been successfully submitted by Francesca Palombini and posted to the IE= TF repository.

Name:=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0draft-selander-ace-object-sec= urity
Revision:=C2=A0 =C2=A0 =C2=A0 =C2=A005
Title:=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 Object Security of CoAP (OSCOAP) Document date:=C2=A0 2016-07-07
Group:=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 Individual Submission
Pages:=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 36
URL:=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 https://www.ietf.org/internet-drafts/draft-selander-ace-object-security-05.= txt
Status:=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0https://da= tatracker.ietf.org/doc/draft-selander-ace-object-security/
Htmlized:=C2=A0 =C2=A0 =C2=A0 =C2=A0https://tools.ietf= .org/html/draft-selander-ace-object-security-05
Diff:=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0= https://www.ietf.org/rfcdiff?url2=3Ddraft-selander-ace-object-security-05

Abstract:
=C2=A0 =C2=A0This memo defines Object Security of CoAP (OSCOAP), a method f= or
=C2=A0 =C2=A0application layer protection of message exchanges with the
=C2=A0 =C2=A0Constrained Application Protocol (CoAP), using the CBOR Object=
=C2=A0 =C2=A0Signing and Encryption (COSE) format.=C2=A0 OSCOAP provides en= d-to-end
=C2=A0 =C2=A0encryption, integrity and replay protection to CoAP payload, o= ptions,
=C2=A0 =C2=A0and header fields, as well as a secure binding between CoAP re= quest
=C2=A0 =C2=A0and response messages.=C2=A0 The use of OSCOAP is signaled wit= h the CoAP
=C2=A0 =C2=A0option Object-Security, also defined in this memo.




Please note that it may take a couple of minutes from the time of submissio= n until the htmlized version and diff are available at tools.ietf.org.

The IETF Secretariat

_______________________________________________
Ace mailing list
Ace@ietf.org
htt= ps://www.ietf.org/mailman/listinfo/ace

=C2=A0


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protocol="application/pkcs7-signature"; micalg=sha-256; boundary="------------ms050805050505030608050800" Archived-At: Subject: Re: [Ace] review draft-ietf-ace-oauth-authz-02 X-BeenThere: ace@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: "Authentication and Authorization for Constrained Environments \(ace\)" List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Mon, 18 Jul 2016 16:27:01 -0000 This is a cryptographically signed message in MIME format. --------------ms050805050505030608050800 Content-Type: text/plain; charset=utf-8; format=flowed Content-Transfer-Encoding: quoted-printable On 2016-07-08 17:04, Renzo Navas wrote: > Hi ace wg, > Hi Ludwig, G=C3=B6ran, et al. > ~snip~ Thank you Renzo for taking the time to do this review. Please find my=20 comments inline. Regards, Ludwig > > ---------------------------------------------------------------- > Review of https://tools.ietf.org/html/draft-ietf-ace-oauth-authz-02 > --------------------------------------------------------------- > > 4. Protocol Interactions > "The consent of the resource owner, for giving a client access to a > protected resource, can be pre-configured authorization policies or > dynamically at the time when the request is sent." > > "when the request is sent": The request we are talking is the Resource > Request (Client already has the access token) or the token request? I > believe is Resource Request. > would it be good to explicit where this authz. policies are > pre-configured (at the AS? were enforced before at the token request > and are now embedded on the Access token; or at the RS?); > and how the consent can be dynamically determined (will involve > interaction with the Res Owner : RS to RO; RS to AS to RO ?). > All this is out of scope of the draft, however I believe making > explicit at least where the authz policies are pre-conf can be a good > idea, just a suggestion. > (My understanding is that they are at the AS; and were enforced at the > token request; if introspection is used, can be enforced again at the > resource request). > Sorry this is a case of bad word-choice by me. The idea is of course=20 that the AS determines the consent of the RO at the time of the access=20 token request (i.e. C -> AS). This can be either done by asking the RO=20 or by using authorization policies defined by the RO previously at the=20 AS. I'm adding an issue about this. > 4. Messages Flows description: A-F: > Would it be too redundant to state which security properties needs > each messages, or it will be clearer? (A,B,D,E,F encrypted+integrity > protected. C does not) > This is just a question/suggestion; each message sec. requ. are stated > in other parts of the draft (early on section 4, and on section 5 and > 6...). > This could depend on the profiles, e.g. message B could need to be=20 encrypted (if a symmetric PoP key is transferred) or just integrity=20 protected (if a asymmetric PoP key is used). Therefore I'd rather not=20 make these kind of statements here. > > 5. Framework > Proof-of-Possession > FROM " i.e. that the authenticated token holder is bound to > the token." > to Something like " i.e. that the token holder can prove being a > holder of the key bound to the token" > Sounds good. > > 5. Framework > "In OAuth 2.0 the communication with the Token and the Introspection > resources at the AS (...) This framework RECOMMENDS to use CoAP instead= and > RECOMMENDS the use of the following alternative instead of Uri-query > parameters: The sender (client or RS) encodes the parameters of its > request as a CBOR map and submits that map as the payload of the POST > request. The Content-format MUST be "application/cbor" in that case." > > If we use plain cbor on top of coap this means we are using dtls to > protect the messages. > > If we are protecting the messages with cose, should we not use the > Content-Format: "application/cose;cose-type=3Dcose-encrypt" ? > > All the examples of the doc use appplication/cbor; however, can be > useful to mention somewhere (here?) that if cose is used the content > format is "application/cose"? > Correct, if we add other security wrappers around the data we may need=20 to change the Content-format. I'll add an issue about this. > > ---------------------- > 6. The 'Token' Resource > "Communication between the client and the token resource at the AS > MUST be integrity protected and encrypted. Furthermore AS and client > MUST perform mutual authentication. Profiles of this framework are > expected to specify how authentication and communication security is > implemented." > > Is it worthy (.. is it accurate?) to express that the Token Request, > from C to AS might not be source-authenticated, and the AS -in that > case- can authenticate the request ("a posteriori") with the > client_id/client_secret? > The buzz in my head came because authentication of the client can be > done at dtls/cose level (that, for me, its not a must), and also with > the client credentials inside the request. > I think that the description on the text is generic enough so any > interpretation of how to authenticate the C towards AS, is OK. > In any case I send to you this (confusing) thoughts I had when I first > read this sentence. Authentication can be done at communication level > with the PSK C-AS , and also with the client_secret (maybe this is an > "application authentication"...). > > You are right, we should clarify these options ... creating an issue > > 6. The 'Token' Resource > "The figures of this section uses CBOR diagnostic notation without the > integer abbreviations for the parameters or their values for better > readability." > (already did this comment) is worth mentioning that if cose is used, > the coap messages content-type are application/cose, and we show the > cbor plaintext payload? > Yes that was the intention of these examples. I'll check if that needs=20 clarification. > ------------------- > > > 6.1. Client-to-AS Request > Figure 3: Example request for an access token bound to an asymmetric ke= y. > "grant_type" : "token" > > I have not found the definition of grant_type "token" , should not be > "client_credentials"? ( > https://tools.ietf.org/html/rfc6749#section-4.4.2 ) > Good catch! I think that was just an error. > ------------ > 6.2. AS-to-Client Response > Figure 5: Example AS response with an access token bound to a symmetric= key. > "{ "access_token" : b64'SlAV32hkKG ... > (...), > "token_type" : "pop", > "alg" : "HS256", > "cnf" : { > "COSE_Key" : { ...." > > how does the "alg" field of the token response relates to the > "key_alg" from the COSE_Key object if present, they must match , or > cose_key alg must be a super-set of this "alg"? > In 6.4.2 this "alg" is defined, Now that I read the passage > attentively, this "alg" field in the token response is only used for > the initial PoP; then the key can be used with other algorithms (e.g. > to encrypt with aes-ccm). OK. > I left this comment to show the confusion that produced the "alg" > field at two different levels, maybe its worthy to briefly tell the > difference/purpose of each one in contrast to each other. > ------------ The intention is of course that 'alg' is used to identify the initial=20 PoP procedure, this may include generating further keys for=20 communication security. Obviously the key_alg parameter, if present,=20 should identify the same algorithm as the alg parameter. I'll add an issue to clarify this. > > 6.4.4. Confirmation > > "COSE_Encrypted In this case the 'cnf' parameter contains an > encrypted symmetriic key destined for the client." > (typo "symmetriic"). Noted. > Is it needed to encrypt the symmetric key inside cnf? If the channel is not secure this would be necessary. Otherwise you can=20 just use a COSE_Key inside 'cnf' > Was not assumed that the communication between AS and Client was > already protected (the whole response was integrity protected and > encrypted). > Or it was a general statement, and this is a particular case? In any > case, fields outside cnf should be at least integrity protected. > It might be the case that this is not really needed. I'll go through the = use cases and check. This comes from the fact that we copied the=20 properties of the 'cnf' parameter form RFC7800, which includes an=20 encrypted key. > > GENERAL OBSERVATION (already did on section 4): Can be a good idea to > specify for each message which kind of security properties > (confidentiality, integrity/data authentication)' > we need and at what level/layer (e.g: transport layer/application > layer, Cose_key field needs confidentiality but the rest only > integrity, etc.)? > I think that depends on the specific contents of the message, so I'm not = sure if it can be said generally for each message. > ----------- > > 7. The 'Introspect' Resource > " Finally the AS SHOULD to verify that the RS" > remove/"to" ? > ------------ > Noted > > 7.4. Client Token > > Personally I believe this is a very relevant use case. > This "client token" solution is elegant, and easy to understand on the > context on the rest of the framework. > > ------------ > > 8.2. Token Expiration > "RS verifies these by comparing them to values from its internal clock > as defined in [RFC7519]. > In this case the RS must have a real time chip (RTC) or some other ..."= > Shall it say "real time clock (RTC)"? > Its worthy to be more clear and say that the internal clock should > reflect the current date/time, or at least be synchronized with the > issuer-of-the-token's clock (the AS)? > I'll clarify this. > ---------------------- > > Appendix C. Deployment Examples > > Comment: I found it VERY useful to see the real exchange of messages. > > > C.1. Local Token Validation > " The token includes the claim "aif" with the authorized > access that an owner of the temperature device can enjoy. The > 'aif' claim, issued by the AS, informs the RS that the owner of > the token, that can prove the possession of a key is authorized to" > > The first sentence should not say: ".. that an owner of the of the > token, that can prove the possession of a key can enjoy" instead of > the "owner of the temperature device" ? > Sorry all the examples in the appendices are not up to date, we intended = to remove the 'aif' claim from this document for the time being and=20 missed this section. > > C.1. Local Token Validation > > About "AIF" claim > > should not reference > https://tools.ietf.org/html/draft-bormann-core-ace-aif-03 somewhere? > > "aif" claim is only mentioned on appendix C, what happened on the rest > of the document? (is not a valid claim?) > In cbor web token > (https://tools.ietf.org/html/draft-ietf-ace-cbor-web-token-00#appendix-= A.3 > ) , the only reference of aif is on Appendix 3! > shall we give more visibility for the aif claim on the main body of the= doc? > See comment above. > -------------------------------------------- > > C.2. Introspection Aided Token Validation > > "Figure 23: Request and Response Payload for C offline" > "COSE_Key" : { > "kid" : b64'c29tZSBwdWJsaWMga2V5IGlk', > "kty" : "oct", > "alg" : "HS256", > " > > * Should not be: "kty": "Symmetric " ? I'll check that. > > * "alg", supossedly this is key_alg that specifies "Key usage > restriction to this algorithm". > "HS256", I found a reference on json web token, and says "indicates > that this token is signed using HMAC-SHA256." > Should not be put on "alg" the algorithm that will be used on the > DTLS-PSK performed later? e.g.: "AES-CCM-16-64-128"? This is actually not quite clear in the COSE draft. Table 3 suggests the = parameter should be called 'alg' not 'key_alg'. I'll ask for=20 clarification by Jim Schaad. I think this example needs to be updated as well, it seems broken. > ------------------------------ > > "E: The AS provides the introspection response containing > (...). (...) allows the RS to verify the client's proof of > possession in step F. > After receiving message E, the RS responds to the client's POST in > step C with Code 2.01 Created." > > See "Figure 24: Token Introspection for C offline" > > "step C with Code 2.01 Created", Is this not the "Step F"? > Yes this figure is not aligned with the steps in figure 1. I'll fix that.= > > ------------- > Both comments coming from "Figure 25: Request and Response Payload for > Introspection:" > > "Request-Payload: > ... > "client_id" : "FrontDoor", > "client_secret" : "ytrewq" > " > > This is introspection request from RS to AS. > How did the RS got the client_id and the client_secret? (previous, > message from C to RS is not protected) > Good catch, all these examples in the appendices need to be looked over=20 I think. > > "Response-Payload: > ... > "cnf" : { > "kid" : b64'...'} > " > Should not "cnf" need to have the whole "COSE_Key" (including "k")? > On the text it was not assumed that RS and C already shared a Key (if > they did, at some point after original C-AS request, AS must have > provisioned it to RS -this can be assumed-). > In the general case AS will have to transport the key to RS on the > introspection response I think > You are right there as well. --=20 Ludwig Seitz, PhD SICS Swedish ICT AB Ideon Science Park Building Beta 2 Scheelev=C3=A4gen 17 SE-223 70 Lund Phone +46(0)70-349 92 51 http://www.sics.se --------------ms050805050505030608050800 Content-Type: application/pkcs7-signature; name="smime.p7s" Content-Transfer-Encoding: base64 Content-Disposition: attachment; filename="smime.p7s" Content-Description: S/MIME Cryptographic Signature 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ALyK8tK84IA4vbmZ3o9eWoLbR1nG2f2zTTjefKqJXirqRCeXAA0Kj5GKKzuGowqOr+ux0eqSWL9x1LFm08N+Ng== X-Received: by 10.233.232.23 with SMTP id a23mr59012138qkg.25.1469002019933; Wed, 20 Jul 2016 01:06:59 -0700 (PDT) MIME-Version: 1.0 Received: by 10.55.160.5 with HTTP; Wed, 20 Jul 2016 01:06:40 -0700 (PDT) From: Renzo Navas Date: Wed, 20 Jul 2016 10:06:40 +0200 Message-ID: To: ace Content-Type: text/plain; charset=UTF-8 Archived-At: Subject: [Ace] etherpad minutes X-BeenThere: ace@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: "Authentication and Authorization for Constrained Environments \(ace\)" List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Wed, 20 Jul 2016 08:07:03 -0000 Please you can help taking minutes here: http://etherpad.tools.ietf.org:9000/p/notes-ietf-96-ace?useMonospaceFont=true From nobody Wed Jul 20 03:07:22 2016 Return-Path: X-Original-To: ace@ietfa.amsl.com Delivered-To: ace@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 944A512DB03 for ; Wed, 20 Jul 2016 03:07:21 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -3.888 X-Spam-Level: X-Spam-Status: No, score=-3.888 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, FREEMAIL_FROM=0.001, RCVD_IN_DNSWL_LOW=-0.7, RCVD_IN_MSPIKE_H2=-0.001, RP_MATCHES_RCVD=-1.287, SPF_PASS=-0.001] autolearn=ham autolearn_force=no Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id HScJVhXdrJwv for ; Wed, 20 Jul 2016 03:07:20 -0700 (PDT) Received: from mout.gmx.net (mout.gmx.net [212.227.17.22]) (using TLSv1.2 with cipher DHE-RSA-AES256-GCM-SHA384 (256/256 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id 754B812D095 for ; Wed, 20 Jul 2016 03:07:19 -0700 (PDT) Received: from [192.168.10.131] ([31.133.155.135]) by mail.gmx.com (mrgmx102) with ESMTPSA (Nemesis) id 0LbPza-1awpWY1Mt8-00kwKd for ; Wed, 20 Jul 2016 12:07:16 +0200 To: "Ace@ietf.org" From: Hannes Tschofenig Openpgp: id=071A97A9ECBADCA8E31E678554D9CEEF4D776BC9 Message-ID: <578F4D59.8050005@gmx.net> Date: Wed, 20 Jul 2016 12:07:21 +0200 User-Agent: Mozilla/5.0 (X11; Linux x86_64; rv:38.0) Gecko/20100101 Thunderbird/38.8.0 MIME-Version: 1.0 Content-Type: multipart/signed; micalg=pgp-sha512; protocol="application/pgp-signature"; boundary="ql31sQMfP33MlT1Gq01HIxUcQiJUjXSxD" X-Provags-ID: V03:K0:KHptF8rZhQVQw/Ee7UiPOqL73fmEjhvMFUt1nsq9+Atm/UhJ9OI cykTLEkgJehjHg4nbSigGjpla0/PZ3bOpuUIK35ozKdhpZ0eFLTz25C3fAbvZN0ZO1VQphJ p6LQw6xqVSeqB8hIXanAaji9qKfKLB3bsSw9+dKX2GrqYMM15vMTEMm1NXYuGSP9UQFwLUc NF7V3lyN2Lf3KoN5GvxBg== X-UI-Out-Filterresults: notjunk:1;V01:K0:DWWDh1nqrQo=:FQM4AWKqxFPkxjpsneSQ+q H6PVjY/G4uOVvFYr/ghlm/NmZWdtEOo/Y6nAj2T4b2+hXz0pWjseltpfHrXIYPuecZlHaWvk7 pFY636HXHErLgziHKqXllPZvCZQXvIXukjHKRNcXqzs0VXk+nLahbDew2F2k7A/8QgT+CObtZ SbdOJaVM4xcmUh89MWetc9X0+7y66w2v26LgyNHE8wKS6SHhgeJWGAmyEJnZq65NxtX44hFJS YFm0F3PQeDHERx57H8J0t9UWoegGysSUn6uA4apZ+cxLo0e1GCA++/cOi5v7djXrGocX5qXiV KIxNgcgw1tkX5SO57ZRyIIR33cIXk9ctyHOOcsyYXjWQREY+3b2vhJarDTgvPpysSoXBR59fS QNLyOY9/NjEGiUgXQJSiMIMrAtA8InWxUJAkwfZkfY2x8pQtOsnQysN5XXtqgcM/m8zxRnXv+ h25FWjE1FgfLYMxBpO/z8CutH7mLpRW7wvEdPdhlVfomU7BCHaOftuIKGYemIphuEAG/jA6uD VwhTUKAw32hj6XOancWuR5vQyH4g4UE17ze+Q3UYCw0iLbTlEX9GZ+JNDAtZFB3ziqJnabtuY RLAXWxj119/lL7PQIAgrxG/yupy/kVYEhRjy1C+uTsW5ZGfMitF3sEK62gJ3/65U9XFrNVFjB IfyNZUcG8h2Rc1ngQOj7pw0ErvEK2LOgyThMO2uphy3MXQUMgqLKmUhwd+u983HS3hYZb2e7k TaE2iIEZWPRjjFYFabXQiRCWiaJ4ipluE5p64m07NlZP2CdriCDAWPwFVkM= Archived-At: Subject: [Ace] Adoption of Low Latency Group Communication Security Work in ACE X-BeenThere: ace@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: "Authentication and Authorization for Constrained Environments \(ace\)" List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Wed, 20 Jul 2016 10:07:21 -0000 This is an OpenPGP/MIME signed message (RFC 4880 and 3156) --ql31sQMfP33MlT1Gq01HIxUcQiJUjXSxD Content-Type: text/plain; charset=utf-8 Content-Transfer-Encoding: quoted-printable Hi all, at the ACE meeting today I asked the participants whether they are in favor of adding low latency group communication security work in the ACE group. 20 persons were in favor of doing the work. 5 people argued against doing this work. If you haven't been at the meeting please contribute your thoughts here on the list. If you believe you do not have enough information please also speak up. Ciao Hannes --ql31sQMfP33MlT1Gq01HIxUcQiJUjXSxD Content-Type: application/pgp-signature; name="signature.asc" Content-Description: OpenPGP digital signature Content-Disposition: attachment; filename="signature.asc" -----BEGIN PGP SIGNATURE----- Version: GnuPG v2.0.22 (GNU/Linux) Comment: GPGTools - http://gpgtools.org iQEcBAEBCgAGBQJXj01aAAoJEGhJURNOOiAtKJoH/i/uoE7kmY6CV0rVFG8P3BxT eVBM/3OUwJMHlNAY1v8MxlyNY0eEyN+PsAfmKvkqD/NZUFj7Xz95kMyajLqEbPRV wRZqviJXhcHO9Cf8Lc9bkfsItUQkahvPbrBveFe9kdfF6upqYU/jajbcBSZ72tyf or46ucMduhXassYoNTrq1sBd8jqtWc25xKAqLmq8CvHTQJnRNuPEm3KBy1qBEUno mMTyxZMYdSiQP6rzvD85haY5+qDda95PMIyBio2XPzE4XxWEOK+hIuYijYWe5JKk bQpdVbGbj+koI2yNNyFAUPswJSX8AY4DQzm9bi05XqpNFxb17Nj7Zrqjj6+wVFM= =eCBM -----END PGP SIGNATURE----- --ql31sQMfP33MlT1Gq01HIxUcQiJUjXSxD-- From nobody Wed Jul 20 03:48:53 2016 Return-Path: X-Original-To: ace@ietfa.amsl.com Delivered-To: ace@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 0CF5F12D1CA; 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b=drTyWMBoorg22cyFo9ESiNZw3Pzs1nsypSrgr4oFWmLPJxIi7vGyZI3MYLgcGti2hG3A2/gfxVrrwPzodpwotNJRQcFsc8/3DjXhfkEYdXUxUJRDRzgKl7ms0JrNlRFIjSga6/rWNhtgvZwyY+t9TDe3kZ0hNukia925CXp0e7o= X-Alimail-AntiSpam: AC=PASS; BC=-1|-1; BR=01201311R141e4; FP=0|-1|-1|-1|0|-1|-1|-1; HT=e02c03305; MF=kepeng.lkp@alibaba-inc.com; NM=1; PH=DW; RN=2; SR=0; TI=W4_4677096_0A930E4A_1469011492306_o7001c46s; Received: from WS-web (kepeng.lkp@alibaba-inc.com[31.133.160.93]) by e02c03273.eu6 at Wed, 20 Jul 2016 18:48:43 +0800 Date: Wed, 20 Jul 2016 18:48:43 +0800 From: "Kepeng Li" To: "Ace@ietf.org" , "Ace" Message-ID: <288a22a1-fd18-4ee2-b34e-55c45911f480.kepeng.lkp@alibaba-inc.com> X-Mailer: Alimail-Mailagent MIME-Version: 1.0 x-aliyun-mail-creator: W4_4677096_M3LTW96aWxsYS81LjAgKE1hY2ludG9zaDsgSW50ZWwgTWFjIE9TIFggMTBfMTBfNSkgQXBwbGVXZWJLaXQvNTM3LjM2IChLSFRNTCwgbGlrZSBHZWNrbykgQ2hyb21lLzUwLjAuMjY2MS4xMDIgU2FmYXJpLzUzNy4zNg==vN Content-Type: multipart/alternative; boundary="----=ALIBOUNDARY_50954_4e92f940_578f570b_679bd" Archived-At: Subject: [Ace] =?utf-8?q?Re=EF=BC=9A_Adoption_of_Low_Latency_Group_Communi?= =?utf-8?q?cation_Security_Work_in=09ACE?= X-BeenThere: ace@ietf.org X-Mailman-Version: 2.1.17 Precedence: list Reply-To: Kepeng Li List-Id: "Authentication and Authorization for Constrained Environments \(ace\)" List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Wed, 20 Jul 2016 10:48:52 -0000 ------=ALIBOUNDARY_50954_4e92f940_578f570b_679bd Content-Type: text/plain; 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Wed, 20 Jul 2016 12:29:19 +0000 DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=comcast.net; s=q20140121; t=1469017759; bh=nns+1xT0PD5wneLPLKeKHBEVT2EutR0rXCvpmfTY6s0=; h=Received:Received:To:From:Subject:Message-ID:Date:MIME-Version: Content-Type; b=smfDQKgPFNU7Ljb2j/Jo7254YBt17Dmu/el2Vh6qsFMXVMoJgj3R8nK7HSWHASG5/ EOSBXOpg8PJkJmvUaVuEeyX/HBdwExCfbfL/gEgSmKXpAXUrHp55lGQIJtzHh8Aahp NxUzk7aJKh/fuXxeRxfUvTp6aAtU32DtyyGQcQ3qCCMK3MkahHTOxudRq4friYRmMH IBx9IVS6maK6wRVUz7wEsdwchJbqqFnmjda2f1CGAuYX1vSSgux+MZS3ni9qPHrDrL trimwBMSSZy0RELS78JpDYHW0ESKhBMq5BBY2QTMTwq9saYMEUhKi5lnfu7KQo5AaZ aH7HMfoyQxjhg== Received: from [IPv6:2001:67c:370:176:15b0:8503:5279:1996] ([IPv6:2001:67c:370:176:15b0:8503:5279:1996]) by comcast with SMTP id Pqcdbe7NCEBksPqcibr5Uf; Wed, 20 Jul 2016 12:29:17 +0000 To: ace@ietf.org From: Michael StJohns Message-ID: <8f6eff05-e7b0-dbc0-7a2a-38db6fb37be4@comcast.net> Date: Wed, 20 Jul 2016 08:29:11 -0400 User-Agent: Mozilla/5.0 (Windows NT 6.1; WOW64; rv:45.0) Gecko/20100101 Thunderbird/45.2.0 MIME-Version: 1.0 Content-Type: text/plain; charset=utf-8; format=flowed Content-Transfer-Encoding: 7bit X-CMAE-Envelope: MS4wfCXhNHDZrAy+wimwr1TBnZFzHB+WtEGdhPwvRnTfTButjFi+F87YvIt6ceR5oazD20kwoYfURv8h60XZkNW/krQqPtzc7FUTHWDSu2tsv2CY4aCTqKDq MFHtaB12m0NL+Wp5MTYZZ6NDsBDP1OksXTlCkousxKpAS5BPUmBlAlupGC/Nxe7LYOL65efidxlruw== Archived-At: Subject: Re: [Ace] Adoption of Low Latency Group Communication Security Work in ACE X-BeenThere: ace@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: "Authentication and Authorization for Constrained Environments \(ace\)" List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Wed, 20 Jul 2016 12:29:27 -0000 As I mentioned at the microphone I'm opposed to pursuing symmetric key multicast solutions. WRT to the current set of proposal documents, I see no substantive improvement on the rejected proposals from the DICE (https://mailarchive.ietf.org/arch/search/?email_list=dtls-iot) working group. The topic of symmetric key multicast security came up fairly early in the WG (https://mailarchive.ietf.org/arch/msg/dtls-iot/jRL-bZwFpEK-P19S0b0CFXFfMBA) and went on for most of the life of the working group before being finally killed due to an agreement that the problems could not be resolved. For a detailed discussion of the issues, please see that archive and mostly substitute "ACE group communications" wherever you see "DTLS multicast" or similar. The discussion points mostly apply to both. My specific objection is that protocols that affect (or have the potential to affect) the physical world (e.g. by turning on lights, by setting off a fire extinguisher, by opening or locking doors, by turning on or off heating or cooling, etc), need to be secure enough to not present a danger to health and safety. Using multicast, specifically using a symmetrically keyed multicast, to authenticate an actuator operation has the general property of - without specific mitigation - of not being secure enough in the general case. That conclusion comes from the FACT that compromising ANY device that shares the multicast or group communication key is all that is necessary to get the key material necessary to masquerade as the controller of the group. Since both the controllers and the controllees share the same keys, there is no secure way using only those symmetric keys to differentiate between controller/controllee for the purposes of authenticating a command. The possible approaches for mitigation are few (and mostly discussed in DICE): 1) Place the multicast group key management protocol and related functions inside a secure element. The work factor to penetrate any single secure element becomes the work factor to compromise the group. This particular mitigation is difficult to specify/enforce in an IETF protocol. 2) Use multicast group keys for confidentiality only and provide source authentication through the use of public key systems. 3) Limit the use of any given group key to a small group of mostly homogeneous actuators and controllers in a physically contiguous area. Basically, the work factor to penetrate any element is on the order of the work factor to enter the physical space at which point you probably manually change the state of the controlled device. This doesn't provide a general solution, but may be acceptable in the ACE space. It would be enforced in the protocol by - for example - limiting the size of the node participant identifiers to 3 or 4 bits (8 or 16 elements) and by limiting it to 2 physical hops or so. 4) Limit the field of use by protocol and document constraints (e.g. Apply (3) above plus calling this the "Lighting Control Protocol Security"). 5) Limit the protocol use to data transmission only - with no cyber-physical actuations being possible. (E.g. no messages cause any changes in the real world). It's probable that none of these are acceptable constraints for ACE - in which case if this work item is accepted, ACE may find itself in the same position of DICE in 2 years. Mike From werner@werner-ms.at Wed Jul 20 05:45:58 2016 Return-Path: X-Original-To: ace@ietfa.amsl.com Delivered-To: ace@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 46A2E12D79D for ; Wed, 20 Jul 2016 05:45:58 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -0.552 X-Spam-Level: X-Spam-Status: No, score=-0.552 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, HTML_MESSAGE=0.001, RCVD_IN_BL_SPAMCOP_NET=1.347, RCVD_IN_DNSWL_NONE=-0.0001] autolearn=no autolearn_force=no Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id S0e4jKWmQCGL for ; Wed, 20 Jul 2016 05:45:56 -0700 (PDT) Received: from mail.tcis.de (mail.tcis.de [88.198.246.101]) (using TLSv1 with cipher ADH-AES256-SHA (256/256 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id D759812D58A for ; Wed, 20 Jul 2016 05:45:53 -0700 (PDT) X-Virus-Scanned: amavisd-new/spamassassin on mail.tcis.de X-APPARENTLY-TO: ace@ietf.org Received: from [192.168.1.56] (80-110-101-8.cgn.dynamic.surfer.at [80.110.101.8]) by mail.tcis.de (Postfix) with ESMTP id 6EE36BC2E24 for ; Wed, 20 Jul 2016 14:45:51 +0200 (CEST) From: Walter Werner Content-Type: multipart/alternative; boundary="Apple-Mail=_A88EDCC0-DDF8-4635-AD16-B852CAC25388" Message-Id: <70F5233B-7CD0-44FD-ACA7-D56F5574E71E@werner-ms.at> Date: Wed, 20 Jul 2016 14:45:50 +0200 To: Ace@ietf.org Mime-Version: 1.0 (Mac OS X Mail 9.3 \(3124\)) X-Mailer: Apple Mail (2.3124) Archived-At: Subject: [Ace] Adoption of Low Latency group Communication Security work X-BeenThere: ace@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: "Authentication and Authorization for Constrained Environments \(ace\)" List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Wed, 20 Jul 2016 12:47:31 -0000 --Apple-Mail=_A88EDCC0-DDF8-4635-AD16-B852CAC25388 Content-Transfer-Encoding: quoted-printable Content-Type: text/plain; charset=utf-8 Hi all, I am referring to the email of Hannes found at = https://www.ietf.org/mail-archive/web/ace/current/msg01869.html = I would ask the group to take on this work, and find a decent (and = possibly controllable) balance between actual security needs and = latency. E.g. in a lighting environment a presence detector signal needs = to propagate rather quick to a larger set of light points to turn them = on, but the authentication security need for this single operation is = rather low, asking for re-authentication e.g. in a decent interval = rather than for complex (and resource consuming) full authentication for = every message sent. ciao, Walter WERNER (in charge of the Architecture Workgroup of =E2=80=9EOpenAIS=E2=80=9C = (www.openAIS.eu)) =20 Walter Werner Werner Management Services e.U. Josef-Anton-Herrburgerstra=C3=9Fe 10 A-6850 Dornbirn =C3=96sterreich / Austria --Apple-Mail=_A88EDCC0-DDF8-4635-AD16-B852CAC25388 Content-Transfer-Encoding: quoted-printable Content-Type: text/html; charset=utf-8 Hi all,

I = am referring to the email of Hannes found at https://www.ietf.org/mail-archive/web/ace/current/msg01869.html=

I would = ask the group to take on this work, and find a decent (and possibly = controllable) balance between actual security needs and latency. E.g. in = a lighting environment a presence detector signal needs to propagate = rather quick to a larger set of light points to turn them on, but the = authentication security need for this single operation is rather low, = asking for re-authentication e.g. in a decent interval rather than for = complex (and resource consuming) full authentication for every message = sent.

ciao,
Walter WERNER
(in charge of the Architecture Workgroup of =E2=80=9EOpenAIS=E2= =80=9C (www.openAIS.eu))
    =    
Walter Werner

Werner Management Services e.U.
Josef-Anton-Herrburgerstra=C3=9Fe = 10
A-6850 Dornbirn
=C3=96sterreich / Austria

= --Apple-Mail=_A88EDCC0-DDF8-4635-AD16-B852CAC25388-- From nobody Wed Jul 20 07:47:55 2016 Return-Path: X-Original-To: ace@ietfa.amsl.com Delivered-To: ace@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id BF67412D7D4 for ; Wed, 20 Jul 2016 07:47:53 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -3.208 X-Spam-Level: X-Spam-Status: No, score=-3.208 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, RCVD_IN_DNSWL_NONE=-0.0001, RCVD_IN_MSPIKE_H3=-0.01, RCVD_IN_MSPIKE_WL=-0.01, RP_MATCHES_RCVD=-1.287, SPF_PASS=-0.001] autolearn=ham autolearn_force=no Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id 3MKy09qQ9zGe for ; Wed, 20 Jul 2016 07:47:50 -0700 (PDT) Received: from mga04.intel.com (mga04.intel.com [192.55.52.120]) by ietfa.amsl.com (Postfix) with ESMTP id BD26612D7CC for ; Wed, 20 Jul 2016 07:47:50 -0700 (PDT) Received: from fmsmga002.fm.intel.com ([10.253.24.26]) by fmsmga104.fm.intel.com with ESMTP; 20 Jul 2016 07:47:50 -0700 X-ExtLoop1: 1 X-IronPort-AV: E=Sophos;i="5.28,394,1464678000"; d="scan'208";a="1025614490" Received: from orsmsx106.amr.corp.intel.com ([10.22.225.133]) by fmsmga002.fm.intel.com with ESMTP; 20 Jul 2016 07:47:50 -0700 Received: from orsmsx109.amr.corp.intel.com ([169.254.11.206]) by ORSMSX106.amr.corp.intel.com ([169.254.1.43]) with mapi id 14.03.0248.002; Wed, 20 Jul 2016 07:47:50 -0700 From: "Smith, Ned" To: Hannes Tschofenig , "Ace@ietf.org" Thread-Topic: [Ace] Adoption of Low Latency Group Communication Security Work in ACE Thread-Index: AQHR4pWv5Cs9lwb1s0OJl6sZ68oibA== Date: Wed, 20 Jul 2016 14:47:50 +0000 Message-ID: References: <578F4D59.8050005@gmx.net> In-Reply-To: <578F4D59.8050005@gmx.net> Accept-Language: en-US Content-Language: en-US X-MS-Has-Attach: X-MS-TNEF-Correlator: user-agent: Microsoft-MacOutlook/14.6.6.160626 x-originating-ip: [10.252.197.218] Content-Type: text/plain; charset="utf-8" Content-ID: <6E3AA51F89D986468CC6BC1D4B12BB41@intel.com> Content-Transfer-Encoding: base64 MIME-Version: 1.0 Archived-At: Subject: Re: [Ace] Adoption of Low Latency Group Communication Security Work in ACE X-BeenThere: ace@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: "Authentication and Authorization for Constrained Environments \(ace\)" List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Wed, 20 Jul 2016 14:47:54 -0000 QWdyZWUgd2l0aCB0aGUgZGlyZWN0aW9uIHRvd2FyZCBncm91cCBjb21tdW5pY2F0aW9uLiBUaGlz IHJvdWdobHkgYWxpZ25zDQp3aXRoIGdvYWxzIG9mIA0KPGh0dHBzOi8vZGF0YXRyYWNrZXIuaWV0 Zi5vcmcvZG9jL2RyYWZ0LWhhcmRqb25vLWFjZS1mbHVmZnkvPiB3aGljaCBpcw0KaW5jbHVzaXZl IG9mIGdyb3VwIGtleSBtYW5hZ2VtZW50IGZvciBzeW1tZXRyaWMuIEZsdWZmeSBoYXMgYnJvYWRl ciBrZXkNCm1hbmFnZW1lbnQgZ29hbHMsIGJ1dCBzeW1tZXRyaWMgZ3JvdXAga2V5IG1hbmFnZW1l bnQgaXMgYSBncmVhdCBwbGFjZSB0bw0Kc3RhcnQuIA0KDQpJdCBhbHNvIGFsaWducyB3aXRoIGRp cmVjdGlvbnMgdGhlIE9DRiBhcmUgaGVhZGluZyBhcyB0aGV5IHNlZSB2YWx1ZSBpbg0KdGhlIHVz ZSBvZiBncm91cCBrZXlzIGZvciBkb2luZyBzZWN1cmUgZGlzY292ZXJ5Lg0KDQpOZWQgU21pdGgN ClByaW5jaXBhbCBJb1QgU2VjdXJpdHkgQXJjaGl0ZWN0DQpJbnRlbCBTU0ctT1RDDQpOZWQuc21p dGhAaW50ZWwuY29tDQorMS41MDMuNzEyLjM2OTUNCg0KDQoNCg0KT24gNy8yMC8xNiwgMzowNyBB TSwgIkhhbm5lcyBUc2Nob2ZlbmlnIiA8aGFubmVzLnRzY2hvZmVuaWdAZ214Lm5ldD4gd3JvdGU6 DQoNCj5IaSBhbGwsDQo+DQo+YXQgdGhlIEFDRSBtZWV0aW5nIHRvZGF5IEkgYXNrZWQgdGhlIHBh cnRpY2lwYW50cyB3aGV0aGVyIHRoZXkgYXJlIGluDQo+ZmF2b3Igb2YgYWRkaW5nIGxvdyBsYXRl bmN5IGdyb3VwIGNvbW11bmljYXRpb24gc2VjdXJpdHkgd29yayBpbiB0aGUgQUNFDQo+Z3JvdXAu DQo+DQo+MjAgcGVyc29ucyB3ZXJlIGluIGZhdm9yIG9mIGRvaW5nIHRoZSB3b3JrLg0KPg0KPjUg cGVvcGxlIGFyZ3VlZCBhZ2FpbnN0IGRvaW5nIHRoaXMgd29yay4NCj4NCj5JZiB5b3UgaGF2ZW4n dCBiZWVuIGF0IHRoZSBtZWV0aW5nIHBsZWFzZSBjb250cmlidXRlIHlvdXIgdGhvdWdodHMgaGVy ZQ0KPm9uIHRoZSBsaXN0LiBJZiB5b3UgYmVsaWV2ZSB5b3UgZG8gbm90IGhhdmUgZW5vdWdoIGlu Zm9ybWF0aW9uIHBsZWFzZQ0KPmFsc28gc3BlYWsgdXAuDQo+DQo+Q2lhbw0KPkhhbm5lcw0KPg0K DQo= From nobody Wed Jul 20 08:00:20 2016 Return-Path: X-Original-To: ace@ietfa.amsl.com Delivered-To: ace@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id A84A112D7D4 for ; 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Wed, 20 Jul 2016 11:00:06 -0400 From: "Rahman, Akbar" To: "Smith, Ned" , Hannes Tschofenig , "Ace@ietf.org" Thread-Topic: [Ace] Adoption of Low Latency Group Communication Security Work in ACE X-ASG-Orig-Subj: RE: [Ace] Adoption of Low Latency Group Communication Security Work in ACE Thread-Index: AQHR4pW1bqPCGTSUAkmUOa/jCTmFgaAhaFSQ Date: Wed, 20 Jul 2016 15:00:05 +0000 Message-ID: <36F5869FE31AB24485E5E3222C288E1F5C04122F@NABESITE.InterDigital.com> References: <578F4D59.8050005@gmx.net> In-Reply-To: Accept-Language: en-US Content-Language: en-US X-MS-Has-Attach: X-MS-TNEF-Correlator: x-originating-ip: [10.3.247.181] x-exclaimer-md-config: bb79a19d-f711-475c-a0f9-4d93b71c94dd Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: quoted-printable MIME-Version: 1.0 X-Barracuda-Connect: nissonite.interdigital.com[10.2.64.252] X-Barracuda-Start-Time: 1469026806 X-Barracuda-Encrypted: ECDHE-RSA-AES256-SHA X-Barracuda-URL: https://10.1.245.3:443/cgi-mod/mark.cgi X-Barracuda-Scan-Msg-Size: 2053 X-Virus-Scanned: by bsmtpd at interdigital.com X-Barracuda-BRTS-Status: 1 X-Barracuda-Spam-Score: 0.00 X-Barracuda-Spam-Status: No, SCORE=0.00 using global scores of TAG_LEVEL=1000.0 QUARANTINE_LEVEL=1000.0 KILL_LEVEL=9.0 tests=BSF_SC0_MISMATCH_TO X-Barracuda-Spam-Report: Code version 3.2, rules version 3.2.3.31400 Rule breakdown below pts rule name description ---- ---------------------- -------------------------------------------------- 0.00 BSF_SC0_MISMATCH_TO Envelope rcpt doesn't match header Archived-At: Subject: Re: [Ace] Adoption of Low Latency Group Communication Security Work in ACE X-BeenThere: ace@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: "Authentication and Authorization for Constrained Environments \(ace\)" List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Wed, 20 Jul 2016 15:00:18 -0000 >at the ACE meeting today I asked the participants whether they are in >favor of adding low latency group communication security work in the >ACE group. +1. >If you haven't been at the meeting please contribute your thoughts here >on the list. If you believe you do not have enough information please >also speak up. My extra input is that whatever is done should also try to enhance the secu= rity functionality of CoAP Group Communication [RFC 7390] as described in: https://tools.ietf.org/html/rfc7390#section-5 Best Regards, Akbar -----Original Message----- From: Ace [mailto:ace-bounces@ietf.org] On Behalf Of Smith, Ned Sent: Wednesday, July 20, 2016 10:48 AM To: Hannes Tschofenig ; Ace@ietf.org Subject: Re: [Ace] Adoption of Low Latency Group Communication Security Wor= k in ACE Agree with the direction toward group communication. This roughly aligns wi= th goals of w= hich is inclusive of group key management for symmetric. Fluffy has broader= key management goals, but symmetric group key management is a great place = to start. It also aligns with directions the OCF are heading as they see value in the= use of group keys for doing secure discovery. Ned Smith Principal IoT Security Architect Intel SSG-OTC Ned.smith@intel.com +1.503.712.3695 On 7/20/16, 3:07 AM, "Hannes Tschofenig" wrote: >Hi all, > >at the ACE meeting today I asked the participants whether they are in >favor of adding low latency group communication security work in the >ACE group. > >20 persons were in favor of doing the work. > >5 people argued against doing this work. > >If you haven't been at the meeting please contribute your thoughts here >on the list. If you believe you do not have enough information please >also speak up. > >Ciao >Hannes > _______________________________________________ Ace mailing list Ace@ietf.org https://www.ietf.org/mailman/listinfo/ace From nobody Wed Jul 20 12:32:27 2016 Return-Path: X-Original-To: ace@ietfa.amsl.com Delivered-To: ace@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id C473712B00A for ; Wed, 20 Jul 2016 12:32:23 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -1.921 X-Spam-Level: X-Spam-Status: No, score=-1.921 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, DKIM_SIGNED=0.1, DKIM_VALID=-0.1, RCVD_IN_DNSWL_NONE=-0.0001, RCVD_IN_MSPIKE_H4=-0.01, RCVD_IN_MSPIKE_WL=-0.01, SPF_HELO_PASS=-0.001] autolearn=ham autolearn_force=no Authentication-Results: ietfa.amsl.com (amavisd-new); dkim=pass (1024-bit key) header.d=philips.onmicrosoft.com Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id PrmvEBUhXmgH for ; 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charset="utf-8" Content-Transfer-Encoding: 7bit Generally I'm in support of any efforts to secure multicast messaging for IoT applications However, I have some concerns about the ACE WG: (a) Mixing authorization with key management: authorization and key-management are separate functions, so they need separate specs. (b) Application-independent key management: a good key management protocol should be deployable for a reasonably broad set of applications area (including Consumer IoT and Industrial IoT). So while its useful to have a solution for lighting application, it remains to be seen if the solution works for other applications. (c) ACE WG work-pace: The ACE use-cases document took over a year to finish, with numerous argumentative & boring emails (I'm not going to name names). Sigh. If it takes over 1 year just to agree on use-cases, I can't imagine how long it will take to complete an IoT secure multicast key management protocol. Double sigh. (d) Reinventing stuff: The IETF did have a secure multicast WG that produced a lot of drafts and some RFCs, notably RFC 3740 and RFC3547 (RFC6407). There's product out there implementing these already. There's also a draft in DICE on multicast for DTLS (not sure what happened to it). There is the Fluffy draft, but so far the ACE WG has not been very interested in it. (e) Re-chartering: Will the ACE WG need rechartering and how long. /thomas/ ------------------------------------------ >>> -----Original Message----- >>> From: Ace [mailto:ace-bounces@ietf.org] On Behalf Of Hannes Tschofenig >>> Sent: Wednesday, July 20, 2016 6:07 AM >>> To: Ace@ietf.org >>> Subject: [Ace] Adoption of Low Latency Group Communication Security Work >>> in >>> ACE >>> >>> Hi all, >>> >>> at the ACE meeting today I asked the participants whether they are in >>> favor >>> of adding low latency group communication security work in the ACE group. >>> >>> 20 persons were in favor of doing the work. >>> >>> 5 people argued against doing this work. >>> >>> If you haven't been at the meeting please contribute your thoughts here on >>> the list. If you believe you do not have enough information please also >>> speak up. >>> >>> Ciao >>> Hannes ------=_NextPart_000_0000_01D1E2B1.590F9FE0 Content-Type: application/pkcs7-signature; name="smime.p7s" Content-Transfer-Encoding: base64 Content-Disposition: attachment; filename="smime.p7s" MIAGCSqGSIb3DQEHAqCAMIACAQExCzAJBgUrDgMCGgUAMIAGCSqGSIb3DQEHAQAAoIIQXzCCBBow ggMCAhEAi1t1VoRUhQsAz684SM6xpDANBgkqhkiG9w0BAQUFADCByjELMAkGA1UEBhMCVVMxFzAV BgNVBAoTDlZlcmlTaWduLCBJbmMuMR8wHQYDVQQLExZWZXJpU2lnbiBUcnVzdCBOZXR3b3JrMTow OAYDVQQLEzEoYykgMTk5OSBWZXJpU2lnbiwgSW5jLiAtIEZvciBhdXRob3JpemVkIHVzZSBvbmx5 MUUwQwYDVQQDEzxWZXJpU2lnbiBDbGFzcyAxIFB1YmxpYyBQcmltYXJ5IENlcnRpZmljYXRpb24g QXV0aG9yaXR5IC0gRzMwHhcNOTkxMDAxMDAwMDAwWhcNMzYwNzE2MjM1OTU5WjCByjELMAkGA1UE BhMCVVMxFzAVBgNVBAoTDlZlcmlTaWduLCBJbmMuMR8wHQYDVQQLExZWZXJpU2lnbiBUcnVzdCBO ZXR3b3JrMTowOAYDVQQLEzEoYykgMTk5OSBWZXJpU2lnbiwgSW5jLiAtIEZvciBhdXRob3JpemVk IHVzZSBvbmx5MUUwQwYDVQQDEzxWZXJpU2lnbiBDbGFzcyAxIFB1YmxpYyBQcmltYXJ5IENlcnRp 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X-Spam-Score: -3.888 X-Spam-Level: X-Spam-Status: No, score=-3.888 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, FREEMAIL_FROM=0.001, RCVD_IN_DNSWL_LOW=-0.7, RCVD_IN_MSPIKE_H2=-0.001, RP_MATCHES_RCVD=-1.287, SPF_PASS=-0.001] autolearn=ham autolearn_force=no Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id s0Z2P-Tm9DI1 for ; Wed, 20 Jul 2016 15:30:18 -0700 (PDT) Received: from mout.gmx.net (mout.gmx.net [212.227.17.22]) (using TLSv1.2 with cipher DHE-RSA-AES256-GCM-SHA384 (256/256 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id 3340E12B029 for ; Wed, 20 Jul 2016 15:30:17 -0700 (PDT) Received: from [192.168.10.131] ([62.156.144.218]) by mail.gmx.com (mrgmx103) with ESMTPSA (Nemesis) id 0MSMr9-1bnG0m3dn9-00TW80; Thu, 21 Jul 2016 00:30:12 +0200 To: Thomas Hardjono , "Ace@ietf.org" References: <578F4D59.8050005@gmx.net> <5E393DF26B791A428E5F003BB6C5342AB3716D64@OC11EXPO33.exchange.mit.edu> From: Hannes Tschofenig Openpgp: id=071A97A9ECBADCA8E31E678554D9CEEF4D776BC9 X-Enigmail-Draft-Status: N1110 Message-ID: <578FFB79.6080101@gmx.net> Date: Thu, 21 Jul 2016 00:30:17 +0200 User-Agent: Mozilla/5.0 (X11; Linux x86_64; rv:38.0) Gecko/20100101 Thunderbird/38.8.0 MIME-Version: 1.0 In-Reply-To: <5E393DF26B791A428E5F003BB6C5342AB3716D64@OC11EXPO33.exchange.mit.edu> Content-Type: multipart/signed; micalg=pgp-sha512; protocol="application/pgp-signature"; boundary="kFukq4POuRnLbGiPLjXFIQR3EQhlPMaFp" X-Provags-ID: V03:K0:h48Zmtv3p1up33rbpDbXkNI9tu7CV9BMhgjqUPmTrr1GkwIZVux /2bw/FE+vFC7aKwYr1O4kUKGzJAj2EODUAmKEXsV61aGeiCA9BrTO3rrMElAECx2Qi3Uz4I cVCyuZNAKP2xIkQLC5h6+7QXetJX7XLP7tcRtVZvZIx6GfU5eGRdVN0mEvZUn3wUc821p9T FWRmLTtXTxJJmM+d7ChOw== X-UI-Out-Filterresults: notjunk:1;V01:K0:pwXYmpKY0Fw=:/tXgn8STZVUDesC6kMbBuG N4gsCnSVwbhPmvk7YrANUZYaDygGIAu5tLyj5lGYfiWsKO5Vt7Jy4FauVmiKsCVPAMOsIkMsz 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List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Wed, 20 Jul 2016 22:30:21 -0000 This is an OpenPGP/MIME signed message (RFC 4880 and 3156) --kFukq4POuRnLbGiPLjXFIQR3EQhlPMaFp Content-Type: text/plain; charset=windows-1252 Content-Transfer-Encoding: quoted-printable Hi Thomas, thanks for the response. On 07/21/2016 12:05 AM, Thomas Hardjono wrote: >=20 > Generally I'm in support of any efforts to secure multicast messaging f= or IoT=20 > applications However, I have some concerns about the ACE WG: >=20 > (a) Mixing authorization with key management: authorization and key-man= agement=20 > are separate functions, so they need separate specs. This is probably a document management aspect and from a protocol point of view there are indeed certain areas where authorization can separated from the key distribution. For example, separating the aspect where permissions are granted to access a specific resource are separately from key distribution. >=20 >=20 > (b) Application-independent key management: a good key management proto= col=20 > should be deployable for a reasonably broad set of applications area=20 > (including Consumer IoT and Industrial IoT). >=20 > So while its useful to have a solution for lighting application, it rem= ains to=20 > be seen if the solution works for other applications. We have been looking at other application domains outside lighting as well but so far what we have are several companies interested from the lighting community asking for a specification. If there are other use cases as well then I am sure the group is interested to hear about them. >=20 >=20 > (c) ACE WG work-pace: The ACE use-cases document took over a year to f= inish,=20 > with numerous argumentative & boring emails (I'm not going to name name= s).=20 > Sigh. If it takes over 1 year just to agree on use-cases, I can't imagi= ne how=20 > long it will take to complete an IoT secure multicast key management pr= otocol.=20 > Double sigh. Yes, that's indeed a fair concern. I am also worried about the speed. >=20 >=20 > (d) Reinventing stuff: The IETF did have a secure multicast WG that pr= oduced=20 > a lot of drafts and some RFCs, notably RFC 3740 and RFC3547 (RFC6407). = There's=20 > product out there implementing these already. Re-using work sounds useful. >=20 > There's also a draft in DICE on multicast for DTLS (not sure what happe= ned to=20 > it). The DTLS multipath was discontinued. Instead, the current approach is to work on an application layer layer multicast security solution. >=20 > There is the Fluffy draft, but so far the ACE WG has not been very inte= rested=20 > in it. The group decided to go for an OAuth-based approach in ACE but there are certainly multicast security aspects in the Fluffy draft that should be explored IMHO. >=20 >=20 > (e) Re-chartering: Will the ACE WG need rechartering and how long. The ACE group needs to be re-chartered to work on low latency group communication security. Whether this happens at all depends on the outcome of this discussion. Ciao Hannes >=20 >=20 >=20 > /thomas/ >=20 >=20 >=20 >=20 > ------------------------------------------ >=20 >=20 >>>> -----Original Message----- >>>> From: Ace [mailto:ace-bounces@ietf.org] On Behalf Of Hannes Tschofen= ig >>>> Sent: Wednesday, July 20, 2016 6:07 AM >>>> To: Ace@ietf.org >>>> Subject: [Ace] Adoption of Low Latency Group Communication Security = Work=20 >>>> in >>>> ACE >>>> >>>> Hi all, >>>> >>>> at the ACE meeting today I asked the participants whether they are i= n=20 >>>> favor >>>> of adding low latency group communication security work in the ACE g= roup. >>>> >>>> 20 persons were in favor of doing the work. >>>> >>>> 5 people argued against doing this work. >>>> >>>> If you haven't been at the meeting please contribute your thoughts h= ere on >>>> the list. If you believe you do not have enough information please a= lso >>>> speak up. >>>> >>>> Ciao >>>> Hannes >=20 >=20 >=20 > _______________________________________________ > Ace mailing list > Ace@ietf.org > https://www.ietf.org/mailman/listinfo/ace >=20 --kFukq4POuRnLbGiPLjXFIQR3EQhlPMaFp Content-Type: application/pgp-signature; name="signature.asc" Content-Description: OpenPGP digital signature Content-Disposition: attachment; filename="signature.asc" -----BEGIN PGP SIGNATURE----- Version: GnuPG v2.0.22 (GNU/Linux) Comment: GPGTools - http://gpgtools.org iQEcBAEBCgAGBQJXj/t5AAoJEGhJURNOOiAtRFwH/RKd981X7dIp6B+fB+/xocNc 1oThUox64/HdQaxuzapj2lMJ6XhZB+avtrCs//9b42K/xKMQE/zKLgE1MsqhXrUm Y5NIkIyjVT8sWaXI882/DotQx7J81s9Eoo3OdCUp5RlMfCOP9P1NbrwnMNrF6bqY AwaFDmWdhyWyuaPMiQUCKzygW759Sr4yYeAfuScdJjsu5zisGkAvCBLyHbV6KIw0 vZUXlygj4CRScQOOQSXj9Erx6bTvfGljS+X8WawsFCkYtax83vYfEZe62J7vPYkP SeINQMebqzn6cSZGjPL2LlJXOkZlKOEFFjDMAgCnQCqgbc84WQQtpajS4uJfgJI= =ihcr -----END PGP SIGNATURE----- --kFukq4POuRnLbGiPLjXFIQR3EQhlPMaFp-- From nobody Thu Jul 21 02:04:50 2016 Return-Path: X-Original-To: ace@ietfa.amsl.com Delivered-To: ace@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 5F5BF12DC33 for ; Thu, 21 Jul 2016 02:04:48 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -3.888 X-Spam-Level: X-Spam-Status: No, score=-3.888 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, FREEMAIL_FROM=0.001, RCVD_IN_DNSWL_LOW=-0.7, RCVD_IN_MSPIKE_H2=-0.001, RP_MATCHES_RCVD=-1.287, SPF_PASS=-0.001] autolearn=ham autolearn_force=no Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id BO7Z1LPxGtxK for ; Thu, 21 Jul 2016 02:04:46 -0700 (PDT) Received: from mout.gmx.net (mout.gmx.net [212.227.17.20]) (using TLSv1.2 with cipher DHE-RSA-AES256-GCM-SHA384 (256/256 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id AD83E12DC24 for ; Thu, 21 Jul 2016 02:04:45 -0700 (PDT) Received: from [192.168.10.131] ([31.133.155.135]) by mail.gmx.com (mrgmx103) with ESMTPSA (Nemesis) id 0LcSWg-1b1JXR12F4-00jnn5 for ; Thu, 21 Jul 2016 11:04:43 +0200 To: "Ace@ietf.org" From: Hannes Tschofenig Openpgp: id=071A97A9ECBADCA8E31E678554D9CEEF4D776BC9 Message-ID: <57909032.10809@gmx.net> Date: Thu, 21 Jul 2016 11:04:50 +0200 User-Agent: Mozilla/5.0 (X11; Linux x86_64; rv:38.0) Gecko/20100101 Thunderbird/38.8.0 MIME-Version: 1.0 Content-Type: multipart/signed; micalg=pgp-sha512; protocol="application/pgp-signature"; boundary="3PQBejWtXeQ9dj04NfMXlkH7Rxt12X2n1" X-Provags-ID: V03:K0:2D83wcHeGpyhgyk7C2/c+8CWi5SnmB6Bp5lVZ+PZJLcnM5qZ1wY oQt5D89Q8g5/hF+UQtT0+C+6TJoUt3gk8cUxLdrXh7P9VWGsaoXyCW8kuGUOPtShR0MwdSI IAu0Dhm1mEHyJHNld/r/3FJVNR/Bxf44MWqdNgDMjSwJsp7GMfKE2+MqoPUse57E0Py3QlE +vvblzJExBUPNrlf3Qf+A== X-UI-Out-Filterresults: notjunk:1;V01:K0:Z60gNU30/nY=:bK3t6dovHXQWwFy5lzPP9x RNxr+j0/3Ha9PpBujtJ6KgAZpL7SeSDQIvU6dJKNjVXLNhkykQ5ZqOZlEmAHcWpDJpeTCfQN5 zAGHBoJb5Hdvcc7wt7xm/zfDUQ/54mb4wc2MGTa/oTp8ddjBwVKiY6BLbNq7oTUozKyEr2SJx hr7sahMNuWssKA1typYqedGGDba2s1CfkP/ynPbp7N1N6iVKdrBRbAbG2+4Mag67dWPgE8Yx/ UqH2Dfo27Usv/YtkbFI6z2rM8S3IAmlGlI/fXncTkjmfLTbdP6S7blpOvpZ8ArMRENA/rFT5B lL8dsGNmLVfj1h/D6yEKUxuUuyf643SkaphkvSvKgaxrTxRcJU8myg8qLOoMNsn9uk8CQ6OBm 2h0uz1Q0AFwbGCf8Pvmv45E3A8UgRDTEYq4zUKhV4FX+/TveFzmrnEU+WGhVFy10Q3vEd/ZQ9 nlPxNE8eP0F8Gvo9rbDnA/IihuXzduG2/X5nV0CabivkHEC0HHgwr0t+57t81zP0xtB7jhYhy v0yyz/WqjnyrPnvKfh2VZPcbKBe+jwyqV0Fk1cig5HgO7S3mTGRgkqSHk9YOYeeGXSqc5uHkz Y5bt8F3olmF5z80BbAKTw7plAygbudMyMyE7Yc1UnMirFx3zUWzmQDu82WSj6apZ47O4wOaJX hkX0Dkq1g4mnzr1iulACxH58+CEZp1Kl2sw85pjcNsYbfWSzkBtIOapibwCQ4KuBuzKtbNYdv vd+1c/cAf/HEv+FDRgLuIVFm9NZ1Xgyd4ATlxpIzdisSGaaBY1zYPT/S2jI= Archived-At: Subject: [Ace] Group Communication Security Disagreements X-BeenThere: ace@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: "Authentication and Authorization for Constrained Environments \(ace\)" List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 21 Jul 2016 09:04:48 -0000 This is an OpenPGP/MIME signed message (RFC 4880 and 3156) --3PQBejWtXeQ9dj04NfMXlkH7Rxt12X2n1 Content-Type: text/plain; charset=utf-8 Content-Transfer-Encoding: quoted-printable Hi all, this is an attempt to summarize the discussions around the group communication security topic from the ACE meeting yesterday. Please correct me if I am wrong. The concern is the following: How can we ensure that a compromised IoT device, which is part of a multicast group, is unable to trigger actions at other nodes? The underlying assumption is that one can use the obtained group key to then trigger actions that such a device would normally not be able to do. Here is an example: Imagine a luminare A that belongs to a group that consists of a light switch and other luminaires. Luminare A gets compromised and is not able to issue on/off commands to other luminaires in that group. Normally, only the light switch would issue such commands.= The story then continues that such a compromised luminare would then also be able to issue commands to a door lock. So far, so good. Here is the disagreement. Some folks in the group believe that in order to disallow a compromised luminare to have such a functionality we need to introduce source authentication. So, instead of using symmetric group keys we would be using digital signatures and the luminaires in our example would then verify whether the command came from a light switch. Some other folks, including myself, believe that we would not just use the group key to determine the authorization decision but would instead rely on the authorization mechanism to prevent larger harm. This means that a compromised luminare would indeed turn on and off other luminaires in the group but they would not be able to successfully send commands to a door lock since those would (a) not use group communication and (b) if they use group communication then that would require an interaction with the authorization server to first obtain a different group key for such an interaction. Most likely there is no need for a luminare to obtain a group key for communicating with a door lock. As a way forward it was suggested to explore the use of digital signatures and to make use of some of the more recent developments done in the CFRG. So, if a researcher has free cycles please contribute your thoughts on this subject. What we would like to know is the following: * How large would a message be when we use some command (like a CoAP packet) with an application layer digital signature (e.g., using COSE) using ECC? We are particularly interested in the verification operation. * What is the performance impact on processors in the M-class category? * What are the implications for power consumption? Here is my initial impression regarding the second aspect from a performance analysis I ran on an LPC1768. It took 458 msec to do a verify computation with optimization enabled* for a secp256r1 curve. The LPC 1768 demo board uses a ARM Cortex-M3 CPU running at 96MHz. I also did a performance test with the STM DISCO-F746NG, which uses a Cortex-M7 CPU running at 216 MHz. For the ECDSA secp256r1 verify operation it took 10, 205 msec. No hardware speedup or assembly optimizations were used in these tests. I believe we would need something that accomplishes the verify operation in about 150 msec to meet the delay budget we have since the verify operation is not the only processing task. Ciao Hannes *: Optimizations in this case means: - NIST Optimization Utilizes special structure of NIST chosen curves. Appendix 1 of http://csrc.nist.gov/groups/ST/toolkit/documents/dss/NISTReCur.pdf Longer version in FIPS PUB 186-4: http://nvlpubs.nist.gov/nistpubs/FIPS/NIST.FIPS.186-4.pdf - Fixed Point Optimization: Pre-computes points, as described in https://eprint.iacr.org/2004/342.pdf= - Window: Technique for more efficient exponentiation Sliding window technique described in https://en.wikipedia.org/wiki/Exponentiation_by_squaring --3PQBejWtXeQ9dj04NfMXlkH7Rxt12X2n1 Content-Type: application/pgp-signature; name="signature.asc" Content-Description: OpenPGP digital signature Content-Disposition: attachment; filename="signature.asc" -----BEGIN PGP SIGNATURE----- Version: GnuPG v2.0.22 (GNU/Linux) Comment: GPGTools - http://gpgtools.org iQEcBAEBCgAGBQJXkJAyAAoJEGhJURNOOiAtF7sH/RTbyk7Ch7CAAgvhMTWm9YS1 FxFEF+N+Pls6wWv6IJKJ0s6ukNlKIiuL8+n3ZkZKtcLOfa6yJD8SrY4E9Y2g1vZZ nbnKvpfnxvzqb5zzgPdbPFCY24RQzQoewHZ077p3NtPAErUEvL72/VV5hnqT1SEV P6VZMjL7wPx++Wn43a5qhPDcA8qiDNzO/DMEorgj7hBTHZLSo99XDqYuIsb/rMaI D09VPd5RKbobcQHr7LArurjBiSIW6pBxMalu4CXRJOw1tKIAHZheEMxEj2F/D//1 Bj09bTu6fFJH4xQCXgL3YrdX2WHyQutaHhpJv8wNtV4zsvvIG5+r9C9asSVUPfY= =2R9Z -----END PGP SIGNATURE----- --3PQBejWtXeQ9dj04NfMXlkH7Rxt12X2n1-- From nobody Thu Jul 21 02:12:47 2016 Return-Path: X-Original-To: ace@ietfa.amsl.com Delivered-To: ace@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 3AF4C12DAF1 for ; Thu, 21 Jul 2016 02:12:46 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -3.188 X-Spam-Level: X-Spam-Status: No, score=-3.188 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, RCVD_IN_DNSWL_NONE=-0.0001, RP_MATCHES_RCVD=-1.287, SPF_PASS=-0.001] autolearn=unavailable autolearn_force=no Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id BJlovXLXdL4P for ; Thu, 21 Jul 2016 02:12:45 -0700 (PDT) Received: from tuna.sandelman.ca (tuna.sandelman.ca [209.87.249.19]) (using TLSv1.2 with cipher AECDH-AES256-SHA (256/256 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id B486112DC1D for ; Thu, 21 Jul 2016 02:04:18 -0700 (PDT) Received: from sandelman.ca (obiwan.sandelman.ca [IPv6:2607:f0b0:f:2::247]) by tuna.sandelman.ca (Postfix) with ESMTP id 78E75200A3 for ; Thu, 21 Jul 2016 05:13:51 -0400 (EDT) Received: from obiwan.sandelman.ca (localhost [IPv6:::1]) by sandelman.ca (Postfix) with ESMTP id 85266638D1 for ; Thu, 21 Jul 2016 05:04:17 -0400 (EDT) From: Michael Richardson To: "Ace\@ietf.org" In-Reply-To: <5E393DF26B791A428E5F003BB6C5342AB3716D64@OC11EXPO33.exchange.mit.edu> References: <578F4D59.8050005@gmx.net> <5E393DF26B791A428E5F003BB6C5342AB3716D64@OC11EXPO33.exchange.mit.edu> X-Mailer: MH-E 8.6; nmh 1.6+dev; GNU Emacs 24.5.1 X-Face: $\n1pF)h^`}$H>Hk{L"x@)JS7<%Az}5RyS@k9X%29-lHB$Ti.V>2bi.~ehC0; <'$9xN5Ub# z!G,p`nR&p7Fz@^UXIn156S8.~^@MJ*mMsD7=QFeq%AL4m Archived-At: Subject: Re: [Ace] Adoption of Low Latency Group Communication Security Work in ACE X-BeenThere: ace@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: "Authentication and Authorization for Constrained Environments \(ace\)" List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 21 Jul 2016 09:12:46 -0000 --=-=-= Content-Type: text/plain Why will ACE succeed when DICE failed? Does ACE now have some knowledge or mechanism that DICE couldn't have created because it was out of scope? -- Michael Richardson , Sandelman Software Works -= IPv6 IoT consulting =- --=-=-= Content-Type: application/pgp-signature; name="signature.asc" -----BEGIN PGP SIGNATURE----- Version: GnuPG v1 iQEVAwUBV5CQDoCLcPvd0N1lAQLruggAp5hRztYLCrYvGCxiq73jjWtnOt0Q99Cr 6J0PVaG7okRdnyGBn4s+2BdW3xpW9aUSG/kSplQEzIIzX6ONwaiJ5sw30RbtXXTB WXKAmal9HicusTeZgiq1PVdWuVhH1lnSZufTNcAqoF9U+yEfOWn8OLNqDnYJYyNf 2myFuviyEMAb9KVZoAHzAjMcmxwW6dpVB+7yEQzKzCabcRBeY7jtgOowSSEXoEvz imhNJl3JvI5IB/SpVRfl68ZBxQtjmvdMcCmiOcKRuxgIp3GSRfsJN57UxU18aHw6 TtiFkNebiiymeRu5UUk67Aj4J+Vr37BWIfBzjk2U6EZ2L8TruWEFrQ== =cugp -----END PGP SIGNATURE----- --=-=-=-- From nobody Thu Jul 21 02:27:30 2016 Return-Path: X-Original-To: ace@ietfa.amsl.com Delivered-To: ace@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id A155012DC56 for ; Thu, 21 Jul 2016 02:27:28 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -2.6 X-Spam-Level: X-Spam-Status: No, score=-2.6 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, RCVD_IN_DNSWL_LOW=-0.7] autolearn=ham autolearn_force=no Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id 3W03x3za4XW0 for ; Thu, 21 Jul 2016 02:27:27 -0700 (PDT) Received: from relay5-d.mail.gandi.net (relay5-d.mail.gandi.net [IPv6:2001:4b98:c:538::197]) (using TLSv1.2 with cipher AECDH-AES256-SHA (256/256 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id 0FEC412DC43 for ; Thu, 21 Jul 2016 02:27:27 -0700 (PDT) Received: from mfilter31-d.gandi.net (mfilter31-d.gandi.net [217.70.178.162]) by relay5-d.mail.gandi.net (Postfix) with ESMTP id 75AD841C09B; Thu, 21 Jul 2016 11:27:25 +0200 (CEST) X-Virus-Scanned: Debian amavisd-new at mfilter31-d.gandi.net Received: from relay5-d.mail.gandi.net ([IPv6:::ffff:217.70.183.197]) by mfilter31-d.gandi.net (mfilter31-d.gandi.net [::ffff:10.0.15.180]) (amavisd-new, port 10024) with ESMTP id PRHKTPGqO4GR; Thu, 21 Jul 2016 11:26:53 +0200 (CEST) X-Originating-IP: 31.133.154.74 Received: from dhcp-9a4a.meeting.ietf.org (dhcp-9a4a.meeting.ietf.org [31.133.154.74]) (Authenticated sender: cabo@cabo.im) by relay5-d.mail.gandi.net (Postfix) with ESMTPSA id B362D41C089; Thu, 21 Jul 2016 11:26:51 +0200 (CEST) Message-ID: <57909559.2000805@tzi.org> Date: Thu, 21 Jul 2016 11:26:49 +0200 From: Carsten Bormann User-Agent: Postbox 4.0.8 (Macintosh/20151105) MIME-Version: 1.0 To: Michael Richardson References: <578F4D59.8050005@gmx.net> <5E393DF26B791A428E5F003BB6C5342AB3716D64@OC11EXPO33.exchange.mit.edu> <23666.1469091857@obiwan.sandelman.ca> In-Reply-To: <23666.1469091857@obiwan.sandelman.ca> X-Enigmail-Version: 1.2.3 Content-Type: text/plain; charset=UTF-8 Content-Transfer-Encoding: 8bit Archived-At: Cc: "Ace@ietf.org" Subject: Re: [Ace] Adoption of Low Latency Group Communication Security Work in ACE X-BeenThere: ace@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: "Authentication and Authorization for Constrained Environments \(ace\)" List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 21 Jul 2016 09:27:28 -0000 Michael Richardson wrote: > Why will ACE succeed when DICE failed? Because DICE tried to hack something into TLS. That had no support. > Does ACE now have some knowledge or mechanism that DICE couldn't have created > because it was out of scope? ACE has COSE. Grüße, Carsten From nobody Thu Jul 21 02:29:47 2016 Return-Path: X-Original-To: ace@ietfa.amsl.com Delivered-To: ace@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 1FC8D12D12D for ; Thu, 21 Jul 2016 02:29:46 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -2.601 X-Spam-Level: X-Spam-Status: No, score=-2.601 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, DKIM_SIGNED=0.1, DKIM_VALID=-0.1, RCVD_IN_DNSWL_LOW=-0.7, SPF_PASS=-0.001] autolearn=ham autolearn_force=no Authentication-Results: ietfa.amsl.com (amavisd-new); dkim=pass (2048-bit key) header.d=sics-se.20150623.gappssmtp.com Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id fIUvjvgJYjhX for ; Thu, 21 Jul 2016 02:29:44 -0700 (PDT) Received: from mail-wm0-x22d.google.com (mail-wm0-x22d.google.com [IPv6:2a00:1450:400c:c09::22d]) (using TLSv1.2 with cipher ECDHE-RSA-AES128-GCM-SHA256 (128/128 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id D976512B004 for ; Thu, 21 Jul 2016 02:29:43 -0700 (PDT) Received: by mail-wm0-x22d.google.com with SMTP id q128so15402554wma.1 for ; Thu, 21 Jul 2016 02:29:43 -0700 (PDT) DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=sics-se.20150623.gappssmtp.com; s=20150623; h=subject:to:references:from:message-id:date:user-agent:mime-version :in-reply-to; bh=/MF1UvdocV5JwsccNfYhPcwIKO/HPH08dBIm9z68HYM=; b=mfxWpxP6kvTHZyBfGLZV3oqMaGF5p8fmG7V8Td8xf/Ybnt8xJNsvtnba/VWKJJmunx n2+a4wWvYV+2BdDN5telwj8VTzaBOlYqrT7a5id339C1ffXccWh1QfitzQIpb30QUOkn tTGfteZ0NnlCY+arjWhexPciMfw2F7zVmD7o/3b2xMayoc1eOo5+UPg3JU10les6qxaD skzojw7HLmP3wkl6cW2yS3l+Lg9nTg88qQLoK9ZQywmE4wC1cc8ppNWibTJoe7C7UPVb SIZXpF2mVLQ4q4yS1cZS0u7N8HjYsd3gyeW2eTv/sLNsWPvsEuRvIlCaUqekgAn4HYWI XaUQ== X-Google-DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=1e100.net; s=20130820; h=x-gm-message-state:subject:to:references:from:message-id:date :user-agent:mime-version:in-reply-to; bh=/MF1UvdocV5JwsccNfYhPcwIKO/HPH08dBIm9z68HYM=; b=LLC7x7dijhUkP7iSi9zcAupSG0mp1p711dV4SkBuK6AdnRLt7Z7BzpEi0a0wFXBwf0 IATj8/yTMQjKeUQPZWdPtZPvfBcpq86Yd2mXp6CyIhQj09If1N306ow8dB+5YcSZTOiD abSwKZH/11yaGPpFPg7jG8GGUn6fiwz4nWG4bOGOjuRpcFWbzO6b8blJxW9DI4J+ybxC 7rVsU5slp/InmNSRL+wFJPoyodBjvyCO6toV6dk5LzoX2+DgyuKFUGarabqcSWxiRX6P xVaYEC2RVuOQ7DVH0xUnu8OgTHreSaY0TLUTjIBljrUePDp8dWYYhzToE5qTFrbqaecc H0Bg== X-Gm-Message-State: ALyK8tL1akqDKsJGtNmpkCEOCCeO4Rc/yMGlTen8lvi8O4m7fADrGxdxc/q+w+y2AGL+PvnW X-Received: by 10.28.63.8 with SMTP id m8mr17020016wma.88.1469093382219; Thu, 21 Jul 2016 02:29:42 -0700 (PDT) Received: from ?IPv6:2001:67c:370:160:4d2a:de06:a61e:cc49? ([2001:67c:370:160:4d2a:de06:a61e:cc49]) by smtp.gmail.com with ESMTPSA id d62sm2506360wmd.7.2016.07.21.02.29.41 for (version=TLS1_2 cipher=ECDHE-RSA-AES128-GCM-SHA256 bits=128/128); Thu, 21 Jul 2016 02:29:41 -0700 (PDT) To: ace@ietf.org References: <578F4D59.8050005@gmx.net> <5E393DF26B791A428E5F003BB6C5342AB3716D64@OC11EXPO33.exchange.mit.edu> <23666.1469091857@obiwan.sandelman.ca> From: Ludwig Seitz Message-ID: <95b0103c-ba2d-6cd8-6241-228df46e530b@sics.se> Date: Thu, 21 Jul 2016 11:29:41 +0200 User-Agent: Mozilla/5.0 (X11; Linux x86_64; rv:45.0) Gecko/20100101 Thunderbird/45.2.0 MIME-Version: 1.0 In-Reply-To: <23666.1469091857@obiwan.sandelman.ca> Content-Type: multipart/signed; protocol="application/pkcs7-signature"; micalg=sha-256; boundary="------------ms050300000606080808030204" Archived-At: Subject: Re: [Ace] Adoption of Low Latency Group Communication Security Work in ACE X-BeenThere: ace@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: "Authentication and Authorization for Constrained Environments \(ace\)" List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 21 Jul 2016 09:29:46 -0000 This is a cryptographically signed message in MIME format. --------------ms050300000606080808030204 Content-Type: text/plain; charset=windows-1252; format=flowed Content-Transfer-Encoding: quoted-printable On 2016-07-21 11:04, Michael Richardson wrote: > > Why will ACE succeed when DICE failed? > Does ACE now have some knowledge or mechanism that DICE couldn't have c= reated > because it was out of scope? > ACE is (also) about authorization, which DICE wasn't. A compromised=20 lightbulb might well have the possibility to talk to a door lock (using=20 it's group key), but it would lack the authorization to do anything with = the lock. IMHO that's what ACE add that DICE didn't have (and wasn't chartered to=20 have). /Ludwig --=20 Ludwig Seitz, PhD SICS Swedish ICT AB Ideon Science Park Building Beta 2 Scheelev=E4gen 17 SE-223 70 Lund Phone +46(0)70-349 92 51 http://www.sics.se --------------ms050300000606080808030204 Content-Type: application/pkcs7-signature; name="smime.p7s" Content-Transfer-Encoding: base64 Content-Disposition: attachment; filename="smime.p7s" Content-Description: S/MIME Cryptographic Signature MIAGCSqGSIb3DQEHAqCAMIACAQExDzANBglghkgBZQMEAgEFADCABgkqhkiG9w0BBwEAAKCC CtQwggTqMIID0qADAgECAhAU4QcxMULaotNy8Yzm2pESMA0GCSqGSIb3DQEBCwUAMHUxCzAJ BgNVBAYTAklMMRYwFAYDVQQKEw1TdGFydENvbSBMdGQuMSkwJwYDVQQLEyBTdGFydENvbSBD ZXJ0aWZpY2F0aW9uIEF1dGhvcml0eTEjMCEGA1UEAxMaU3RhcnRDb20gQ2xhc3MgMSBDbGll bnQgQ0EwHhcNMTYwMzE0MDkzNDMyWhcNMTcwMzE0MDkzNDMyWjA4MRcwFQYDVQQDDA5sdWR3 aWdAc2ljcy5zZTEdMBsGCSqGSIb3DQEJARYObHVkd2lnQHNpY3Muc2UwggEiMA0GCSqGSIb3 DQEBAQUAA4IBDwAwggEKAoIBAQC9kgmm82Op78D9DXYNJrQW5bUdSxElnOC/CzAK/enHn+uF 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ace@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 405BA12DCAD for ; Thu, 21 Jul 2016 03:19:29 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -3.188 X-Spam-Level: X-Spam-Status: No, score=-3.188 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, RP_MATCHES_RCVD=-1.287, SPF_PASS=-0.001] autolearn=ham autolearn_force=no Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id h9tIa_eCtXdz for ; Thu, 21 Jul 2016 03:19:26 -0700 (PDT) Received: from tuna.sandelman.ca (tuna.sandelman.ca [IPv6:2607:f0b0:f:3:216:3eff:fe7c:d1f3]) (using TLSv1.2 with cipher AECDH-AES256-SHA (256/256 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id EC3C912DC9D for ; Thu, 21 Jul 2016 03:19:21 -0700 (PDT) Received: from sandelman.ca (obiwan.sandelman.ca [IPv6:2607:f0b0:f:2::247]) by tuna.sandelman.ca (Postfix) with ESMTP id B5D5D200A3; Thu, 21 Jul 2016 06:28:54 -0400 (EDT) Received: from obiwan.sandelman.ca (localhost [IPv6:::1]) by sandelman.ca (Postfix) with ESMTP id 95B7E638D1; Thu, 21 Jul 2016 06:19:20 -0400 (EDT) From: Michael Richardson To: Carsten Bormann In-Reply-To: <57909559.2000805@tzi.org> References: <578F4D59.8050005@gmx.net> <5E393DF26B791A428E5F003BB6C5342AB3716D64@OC11EXPO33.exchange.mit.edu> <23666.1469091857@obiwan.sandelman.ca> <57909559.2000805@tzi.org> X-Mailer: MH-E 8.6; nmh 1.6+dev; GNU Emacs 24.5.1 X-Face: $\n1pF)h^`}$H>Hk{L"x@)JS7<%Az}5RyS@k9X%29-lHB$Ti.V>2bi.~ehC0; <'$9xN5Ub# z!G,p`nR&p7Fz@^UXIn156S8.~^@MJ*mMsD7=QFeq%AL4m Archived-At: Cc: "Ace@ietf.org" Subject: Re: [Ace] Adoption of Low Latency Group Communication Security Work in ACE X-BeenThere: ace@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: "Authentication and Authorization for Constrained Environments \(ace\)" List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 21 Jul 2016 10:19:29 -0000 --=-=-= Content-Type: text/plain Carsten Bormann wrote: >> Why will ACE succeed when DICE failed? > Because DICE tried to hack something into TLS. That had no support. >> Does ACE now have some knowledge or mechanism that DICE couldn't have >> created >> because it was out of scope? > ACE has COSE. Good answer, and I agree. I just want to be sure that we understand how not to rathole. -- Michael Richardson , Sandelman Software Works -= IPv6 IoT consulting =- --=-=-= Content-Type: application/pgp-signature; name="signature.asc" -----BEGIN PGP SIGNATURE----- Version: GnuPG v1 iQEVAwUBV5ChpYCLcPvd0N1lAQKp8QgAtkSGTV9cEp5bZjReKm7XHvZFE4BWJqaG hRP7EjMg/E+8rd3XD5765H1W/mx6JO5QG8fh3UaSKOfGpt1cikC+bI13BM9lF/Xl wKMm7zvlAvKBsVJL2ZeeEWfSNsidHid0d1okB8AejJnD25N4Wc9nwvVXOIrJmJ5x dkxGbPvRCEkYzD8UgQLOIV8yJbAT64Nip52+i3XdL8FsNAMxkdveEleshckf5Hl0 iOyJC9YCScqsJ+e9rhBB03mmx7yT3IXGuoH+sZxkaHcGDLNsNYCFNoqKoFYAT9UO Az1XQvMxZDsr630yParUa4P2UWKddmItQR56+d3n3yGh0uMHwNTpUA== =N6JI -----END PGP SIGNATURE----- --=-=-=-- From nobody Thu Jul 21 05:50:07 2016 Return-Path: X-Original-To: ace@ietfa.amsl.com Delivered-To: ace@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id E03A812D97D for ; Thu, 21 Jul 2016 05:50:04 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -3.986 X-Spam-Level: X-Spam-Status: No, score=-3.986 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, DKIM_SIGNED=0.1, DKIM_VALID=-0.1, DKIM_VALID_AU=-0.1, FREEMAIL_FROM=0.001, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_LOW=-0.7, RP_MATCHES_RCVD=-1.287, SPF_PASS=-0.001] autolearn=ham autolearn_force=no Authentication-Results: ietfa.amsl.com (amavisd-new); dkim=pass (2048-bit key) header.d=comcast.net Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id tLfijkpBL44u for ; Thu, 21 Jul 2016 05:50:03 -0700 (PDT) Received: from resqmta-ch2-05v.sys.comcast.net (resqmta-ch2-05v.sys.comcast.net [IPv6:2001:558:fe21:29:69:252:207:37]) (using TLSv1.2 with cipher ECDHE-RSA-AES256-GCM-SHA384 (256/256 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id 7C77A12DBBE for ; Thu, 21 Jul 2016 05:49:07 -0700 (PDT) Received: from resomta-ch2-18v.sys.comcast.net ([69.252.207.114]) by resqmta-ch2-05v.sys.comcast.net with SMTP id QDPKb0u6X2FGMQDPWb9RBA; Thu, 21 Jul 2016 12:49:06 +0000 DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=comcast.net; s=q20140121; t=1469105346; bh=Di14BmfAR0W1Llf/lMDZD0g/yOKaGdqNjnsKtsjqZi8=; h=Received:Received:Subject:To:From:Message-ID:Date:MIME-Version: Content-Type; b=Y/Mr1jviIijCx26l3Z/8YyLS3ZbRZ+mviDlMOc+GyBvQRPKu9/9hOrvo80uFlXgBN DJpfnJx8xaZZ+1ZRUJC/vUSr8eI5FYkJuQ69wbHlPWC3P8rQR300Rk8emGBdIGddnR 18YTYBiafu6wHGQKV69CZ+xBNBOnFoAaau13C+WtmDniZ1xi9LrJpM8ongBCv4oyfQ QLySIjjHZlStKUIyXjef2BKwMbFbr3affgYFjMtsLgQ2/MLe5lnuMLj1idKPLHNGzX KoAJmUSG0nf4gcjw5a2EJTdOGFCxrfEIajAiHn3S194yZIlbgd35ClIg8hWn51s0v5 eK0UXN+jQUAKQ== Received: from [IPv6:2001:67c:370:136:f5b6:8aca:fcf6:bf81] ([IPv6:2001:67c:370:136:f5b6:8aca:fcf6:bf81]) by comcast with SMTP id QDPLbjvHQjzO0QDPQbs2xH; Thu, 21 Jul 2016 12:49:04 +0000 To: ace@ietf.org References: <578F4D59.8050005@gmx.net> <5E393DF26B791A428E5F003BB6C5342AB3716D64@OC11EXPO33.exchange.mit.edu> <23666.1469091857@obiwan.sandelman.ca> <95b0103c-ba2d-6cd8-6241-228df46e530b@sics.se> From: Michael StJohns Message-ID: <8ca27108-a8b9-7b07-e752-656247716708@comcast.net> Date: Thu, 21 Jul 2016 08:49:00 -0400 User-Agent: Mozilla/5.0 (Windows NT 6.1; WOW64; rv:45.0) Gecko/20100101 Thunderbird/45.2.0 MIME-Version: 1.0 In-Reply-To: <95b0103c-ba2d-6cd8-6241-228df46e530b@sics.se> Content-Type: multipart/alternative; boundary="------------4821AB90EAACD749DFBF7A40" X-CMAE-Envelope: MS4wfLRK5ggtRyz1hOQVWxQ35IsbyYoVP8wsgvHAsLcC2a8kOPhUUf/wHKf8zH+xOIUeZ2EtlQJ2i0YALDDkAq5a0q2Hv5t6vZQ98ZUEC7QHDafyRU/55xD9 EvY7j5sRGdCLMmTtgnvPF+1eofgmIjE7ja5K/4elq6GbpsJlJ0WlbmBRLBANqxD3n59A90vH1rIXtw== Archived-At: Subject: Re: [Ace] Adoption of Low Latency Group Communication Security Work in ACE X-BeenThere: ace@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: "Authentication and Authorization for Constrained Environments \(ace\)" List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 21 Jul 2016 12:50:05 -0000 This is a multi-part message in MIME format. --------------4821AB90EAACD749DFBF7A40 Content-Type: text/plain; charset=windows-1252; format=flowed Content-Transfer-Encoding: 7bit On 7/21/2016 5:29 AM, Ludwig Seitz wrote: > On 2016-07-21 11:04, Michael Richardson wrote: >> >> Why will ACE succeed when DICE failed? >> Does ACE now have some knowledge or mechanism that DICE couldn't have >> created >> because it was out of scope? >> > > ACE is (also) about authorization, which DICE wasn't. A compromised > lightbulb might well have the possibility to talk to a door lock > (using it's group key), but it would lack the authorization to do > anything with the lock. > > IMHO that's what ACE add that DICE didn't have (and wasn't chartered > to have). Hi Ludwig - Sorry - you are incorrect. The group key is also the authorization key in the model proposed. Any entity that holds that key can forge a message that can cause the action authorized by the issuance of that key. In your example, assuming that the door lock and the lightbulb share the same group key, then compromising the lightbulb allows you to control the door lock. In general, authentication comes with the key that you have - authorization is then tied to that key. In DTLS (as in TLS), your session key is also your authorization key once your TLS session is tied to a particular identity (e.g. via an HTTP login, via a client cert exchange, via OAuth). So - cosmetic differences only. Mike > > /Ludwig > > > > > _______________________________________________ > Ace mailing list > Ace@ietf.org > https://www.ietf.org/mailman/listinfo/ace --------------4821AB90EAACD749DFBF7A40 Content-Type: text/html; charset=windows-1252 Content-Transfer-Encoding: 8bit
On 7/21/2016 5:29 AM, Ludwig Seitz wrote:
On 2016-07-21 11:04, Michael Richardson wrote:

Why will ACE succeed when DICE failed?
Does ACE now have some knowledge or mechanism that DICE couldn't have created
because it was out of scope?


ACE is (also) about authorization, which DICE wasn't. A compromised lightbulb might well have the possibility to talk to a door lock (using it's group key), but it would lack the authorization to do anything with the lock.

IMHO that's what ACE add that DICE didn't have (and wasn't chartered to have).

Hi Ludwig -

Sorry - you are incorrect.

The group key is also the authorization key in the model proposed.  Any entity that holds that key can forge a message that can cause the action authorized by the issuance of that key. In your example, assuming that the door lock and the lightbulb share the same group key, then compromising the lightbulb allows you to control the door lock.

In general, authentication comes with the key that you have - authorization is then tied to that key.  In DTLS  (as in TLS), your session key is also your authorization key once your TLS session is tied to a particular identity (e.g. via an HTTP login, via a client cert exchange, via OAuth).

So - cosmetic differences only.

Mike







/Ludwig 




_______________________________________________
Ace mailing list
Ace@ietf.org
https://www.ietf.org/mailman/listinfo/ace


--------------4821AB90EAACD749DFBF7A40-- From nobody Thu Jul 21 05:55:52 2016 Return-Path: X-Original-To: ace@ietfa.amsl.com Delivered-To: ace@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 5F70A12DA61 for ; Thu, 21 Jul 2016 05:55:51 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -15.808 X-Spam-Level: X-Spam-Status: No, score=-15.808 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, DKIM_SIGNED=0.1, DKIM_VALID=-0.1, DKIM_VALID_AU=-0.1, RCVD_IN_DNSWL_HI=-5, RCVD_IN_MSPIKE_H4=-0.01, RCVD_IN_MSPIKE_WL=-0.01, RP_MATCHES_RCVD=-1.287, SPF_PASS=-0.001, USER_IN_DEF_DKIM_WL=-7.5] autolearn=ham autolearn_force=no Authentication-Results: ietfa.amsl.com (amavisd-new); dkim=pass (1024-bit key) header.d=cisco.com Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id hkyQuvl9A5wD for ; Thu, 21 Jul 2016 05:55:49 -0700 (PDT) Received: from aer-iport-2.cisco.com (aer-iport-2.cisco.com [173.38.203.52]) (using TLSv1.2 with cipher DHE-RSA-SEED-SHA (128/128 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id 1D65312DA53 for ; Thu, 21 Jul 2016 05:55:48 -0700 (PDT) DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/simple; d=cisco.com; i=@cisco.com; l=4786; q=dns/txt; s=iport; t=1469105749; x=1470315349; h=subject:to:references:from:message-id:date:mime-version: in-reply-to; bh=+U2aEHZYe+BPcf9kCTp54bt7+yGnCLjiXP79awXU6jI=; b=LpUvjEzNPc6R9G3d1DemEkjB7ZdKppfaCiTWFLXZ2b9rGxPD+ue36jM+ cTMuNrHWRMLvcKD8n8OblxR4C0fC6QTwQc2i7HeVAkuRsfdJyIoBDorOs O2AKPkQLBvRZUSqouVr54nxIGuwvtTeg3BWXKxqDIori3B4chm1u2zeyn 0=; X-Files: signature.asc : 481 X-IronPort-Anti-Spam-Filtered: true X-IronPort-Anti-Spam-Result: =?us-ascii?q?A0BFDgCmxZBX/xbLJq1dDoQxuzKGGgKBa?= =?us-ascii?q?RABAQEBAQEBZSeEXQEFI2YLGCoCAlcGAQwIAQEQB4gVryyNagEBAQEBAQEDAQE?= =?us-ascii?q?BAQEBARIOiCIIgk2HQYJaAQSODIsagziBcIlDiVKFaJAhNR+CCxyBET06iAABA?= =?us-ascii?q?QE?= X-IronPort-AV: E=Sophos;i="5.28,399,1464652800"; d="asc'?scan'208";a="635928025" Received: from aer-iport-nat.cisco.com (HELO aer-core-4.cisco.com) ([173.38.203.22]) by aer-iport-2.cisco.com with ESMTP/TLS/DHE-RSA-AES256-GCM-SHA384; 21 Jul 2016 12:55:47 +0000 Received: from [10.61.202.183] ([10.61.202.183]) by aer-core-4.cisco.com (8.14.5/8.14.5) with ESMTP id u6LCtkWN022180; Thu, 21 Jul 2016 12:55:46 GMT To: Hannes Tschofenig , Thomas Hardjono , "Ace@ietf.org" References: <578F4D59.8050005@gmx.net> <5E393DF26B791A428E5F003BB6C5342AB3716D64@OC11EXPO33.exchange.mit.edu> <578FFB79.6080101@gmx.net> From: Eliot Lear Message-ID: <65d0cd48-115d-0186-7cf4-a29a8c9a5133@cisco.com> Date: Thu, 21 Jul 2016 14:55:45 +0200 User-Agent: Mozilla/5.0 (Macintosh; Intel Mac OS X 10.11; rv:45.0) Gecko/20100101 Thunderbird/45.2.0 MIME-Version: 1.0 In-Reply-To: <578FFB79.6080101@gmx.net> Content-Type: multipart/signed; micalg=pgp-sha256; protocol="application/pgp-signature"; boundary="s0DbuOxmrV3c45kvb6f3GkaePxcghvtWQ" Archived-At: Subject: Re: [Ace] Adoption of Low Latency Group Communication Security Work in ACE X-BeenThere: ace@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: "Authentication and Authorization for Constrained Environments \(ace\)" List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 21 Jul 2016 12:55:51 -0000 This is an OpenPGP/MIME signed message (RFC 4880 and 3156) --s0DbuOxmrV3c45kvb6f3GkaePxcghvtWQ Content-Type: multipart/mixed; boundary="wtuiixs0U4Kp6cdaiFiTIgHTqpgd6JiJb" From: Eliot Lear To: Hannes Tschofenig , Thomas Hardjono , "Ace@ietf.org" Message-ID: <65d0cd48-115d-0186-7cf4-a29a8c9a5133@cisco.com> Subject: Re: [Ace] Adoption of Low Latency Group Communication Security Work in ACE References: <578F4D59.8050005@gmx.net> <5E393DF26B791A428E5F003BB6C5342AB3716D64@OC11EXPO33.exchange.mit.edu> <578FFB79.6080101@gmx.net> In-Reply-To: <578FFB79.6080101@gmx.net> --wtuiixs0U4Kp6cdaiFiTIgHTqpgd6JiJb Content-Type: text/plain; charset=utf-8 Content-Transfer-Encoding: quoted-printable Hi Hannes, On 7/21/16 12:30 AM, Hannes Tschofenig wrote: > Hi Thomas, > > thanks for the response. > > > On 07/21/2016 12:05 AM, Thomas Hardjono wrote: >> Generally I'm in support of any efforts to secure multicast messaging = for IoT=20 >> applications However, I have some concerns about the ACE WG: >> >> (a) Mixing authorization with key management: authorization and key-ma= nagement=20 >> are separate functions, so they need separate specs. > This is probably a document management aspect and from a protocol point= > of view there are indeed certain areas where authorization can separate= d > from the key distribution. > > For example, separating the aspect where permissions are granted to > access a specific resource are separately from key distribution. +1. > >> >> (b) Application-independent key management: a good key management prot= ocol=20 >> should be deployable for a reasonably broad set of applications area=20 >> (including Consumer IoT and Industrial IoT). >> >> So while its useful to have a solution for lighting application, it re= mains to=20 >> be seen if the solution works for other applications. > We have been looking at other application domains outside lighting as > well but so far what we have are several companies interested from the > lighting community asking for a specification. If there are other use > cases as well then I am sure the group is interested to hear about them= =2E Somebody has to be first. Others should step forward. > >> >> (c) ACE WG work-pace: The ACE use-cases document took over a year to = finish,=20 >> with numerous argumentative & boring emails (I'm not going to name nam= es).=20 >> Sigh. If it takes over 1 year just to agree on use-cases, I can't imag= ine how=20 >> long it will take to complete an IoT secure multicast key management p= rotocol.=20 >> Double sigh. > Yes, that's indeed a fair concern. I am also worried about the speed. Yes, but this is not a reason to not adopt a document. It's a reason to have editors and chairs who can move the ball. What is a reason is the above and below. > >> >> (d) Reinventing stuff: The IETF did have a secure multicast WG that p= roduced=20 >> a lot of drafts and some RFCs, notably RFC 3740 and RFC3547 (RFC6407).= There's=20 >> product out there implementing these already. > Re-using work sounds useful. > >> There's also a draft in DICE on multicast for DTLS (not sure what happ= ened to=20 >> it). > The DTLS multipath was discontinued. Instead, the current approach is t= o > work on an application layer layer multicast security solution. > >> There is the Fluffy draft, but so far the ACE WG has not been very int= erested=20 >> in it. > The group decided to go for an OAuth-based approach in ACE but there ar= e > certainly multicast security aspects in the Fluffy draft that should be= > explored IMHO. > >> >> (e) Re-chartering: Will the ACE WG need rechartering and how long. > The ACE group needs to be re-chartered to work on low latency group > communication security. Whether this happens at all depends on the > outcome of this discussion. > Fair. Eliot --wtuiixs0U4Kp6cdaiFiTIgHTqpgd6JiJb-- --s0DbuOxmrV3c45kvb6f3GkaePxcghvtWQ Content-Type: application/pgp-signature; name="signature.asc" Content-Description: OpenPGP digital signature Content-Disposition: attachment; filename="signature.asc" -----BEGIN PGP SIGNATURE----- Version: GnuPG/MacGPG2 v2 iQEcBAEBCAAGBQJXkMZSAAoJEIe2a0bZ0noza6QH/3N29ZqWo82VKLErAK3DunHx tGnxWb/GKH6vkWG9fqw/Qk8g3l/Hvl1xo8eDuKn4t5WAR50TfCZRaUe9dTct/Aju 2w/o8BulMJGmI8rdiwz8wiSpUYl04hOw9tf7psPJfVtiimVSi1XqkoetPnH6yYl3 EO0gEqzfpRbHr+PGuiuQcPHhOi85HAJ4jCpbPEhHPVwFdfzN25M6SOKNrBmSZtFk ZpRSPxdvAwJhvJIkISOIcGn/Gwb+TjSILXJH0oNLqkljn9oklvlFk37gOneeUAPI Dzg5aEdVdIvIbgm85B2ZSS0bRf2hQipt6goTnPEX3aAe8XCo6e/T+eNot9tALo8= =Ipi2 -----END PGP SIGNATURE----- --s0DbuOxmrV3c45kvb6f3GkaePxcghvtWQ-- From nobody Thu Jul 21 06:05:41 2016 Return-Path: X-Original-To: ace@ietfa.amsl.com Delivered-To: ace@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id B0B1F12DAB2 for ; Thu, 21 Jul 2016 06:05:39 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -3.987 X-Spam-Level: X-Spam-Status: No, score=-3.987 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, DKIM_SIGNED=0.1, DKIM_VALID=-0.1, DKIM_VALID_AU=-0.1, FREEMAIL_FROM=0.001, RCVD_IN_DNSWL_LOW=-0.7, RP_MATCHES_RCVD=-1.287, SPF_PASS=-0.001] autolearn=ham autolearn_force=no Authentication-Results: ietfa.amsl.com (amavisd-new); dkim=pass (2048-bit key) header.d=comcast.net Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id 2xq96gSLHhz5 for ; Thu, 21 Jul 2016 06:05:37 -0700 (PDT) Received: from resqmta-ch2-05v.sys.comcast.net (resqmta-ch2-05v.sys.comcast.net [IPv6:2001:558:fe21:29:69:252:207:37]) (using TLSv1.2 with cipher ECDHE-RSA-AES256-GCM-SHA384 (256/256 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id C030712DA28 for ; Thu, 21 Jul 2016 06:04:55 -0700 (PDT) Received: from resomta-ch2-08v.sys.comcast.net ([69.252.207.104]) by resqmta-ch2-05v.sys.comcast.net with SMTP id QDdJb0vEm2FGMQDepb9UL1; Thu, 21 Jul 2016 13:04:55 +0000 DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=comcast.net; s=q20140121; t=1469106295; bh=7Pw2XTS1wFSESGTokjI0bt3k1G6AcRrx1UWa4iHFQDI=; h=Received:Received:Subject:To:From:Message-ID:Date:MIME-Version: Content-Type; b=cY6A0raxv4S5e+aLjnRUzZx3j4aRYtu2aJ25LhqN8xRFkfng8ahjSZnFMN8uqjuQH I+Z+xm3uoWmPuFpf9R2jvKx/Cj4bdg8rPHHQhCkCjJYBa8NXp20rDwkUrMCLivFjt0 yuvX1XnmTXGal7QrITcrdnuXfsiYKKNIOdwQPYOvAV0RNzWjnvu3E3cNdmgrM5nvWe 2X6uf3r4NWIfpHYqiXwjf3F+RuEE72QZarpAkCqEGrB2V36yY9AVzf2EISmtIMJsAe ZYpvYbQnXmLWN9UKng0MxB8N1e0xToQogQyk2PKzGy9cgFxMs7oHWQzawMrkOu7lBP TutDtDUXZTRnw== Received: from [IPv6:2001:67c:370:136:f5b6:8aca:fcf6:bf81] ([IPv6:2001:67c:370:136:f5b6:8aca:fcf6:bf81]) by comcast with SMTP id QDedb19BNS9gdQDeibl4JO; Thu, 21 Jul 2016 13:04:53 +0000 To: ace@ietf.org References: <578F4D59.8050005@gmx.net> <5E393DF26B791A428E5F003BB6C5342AB3716D64@OC11EXPO33.exchange.mit.edu> <23666.1469091857@obiwan.sandelman.ca> <57909559.2000805@tzi.org> From: Michael StJohns Message-ID: <655911d1-927e-56ae-1b73-903ad925ea88@comcast.net> Date: Thu, 21 Jul 2016 09:04:47 -0400 User-Agent: Mozilla/5.0 (Windows NT 6.1; WOW64; rv:45.0) Gecko/20100101 Thunderbird/45.2.0 MIME-Version: 1.0 In-Reply-To: <57909559.2000805@tzi.org> Content-Type: text/plain; charset=utf-8; format=flowed Content-Transfer-Encoding: 8bit X-CMAE-Envelope: MS4wfHPfHjkoDSCmjgV4+MeZxQExFxSYWr3QIkdBt0LOnaZCdM6/ag0jZW/1ap0rI+MURmX8F/4GoDWkRoZB7tASElnxhSOmTUmTPHaOkZdRENqGJfbbaypK 0NnVd2MwcivMBXpo5+DB23P8JhBs6KlqDZ3P8c0P/6Vbq3BQWA8sYGis+tnx9KkpVqaEYDR6mMHBUg== Archived-At: Subject: Re: [Ace] Adoption of Low Latency Group Communication Security Work in ACE X-BeenThere: ace@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: "Authentication and Authorization for Constrained Environments \(ace\)" List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 21 Jul 2016 13:05:39 -0000 On 7/21/2016 5:26 AM, Carsten Bormann wrote: > Michael Richardson wrote: >> Why will ACE succeed when DICE failed? > Because DICE tried to hack something into TLS. That had no support. Actually, that's not the complete story. It was one of the things that finally killed this off (e.g. DICE was supposed to make a profile of DTLS for constrained devices, BUT DTLS didn't already support multicast, so its difficult to profile it in...; we have to come up with message formats for a DTLS extension) It wasn't the only thing. Again, there's a very long record of why this was a bad idea in DICE. It's trivially easy to map each and every one of those arguments to why the equivalent thing in ACE is bad. > >> Does ACE now have some knowledge or mechanism that DICE couldn't have created >> because it was out of scope? > ACE has COSE. *sigh* If this had any application to the stated lighting problem, then sending a COSE message with a public key signed payload to trigger state changes would be the solution, not a symmetric group multicast key. E.g. use section 4 of the https://datatracker.ietf.org/doc/draft-ietf-cose-msg/ document. Do NOT use any of the symmetric key sections. I've said similar things before, but there continues to be this belief from certain folk that its too expensive to do public key cryptography for lightbulbs. So to be clear - yes COSE is useful. No, it does not actually do anything to fix the problem of symmetric key group communications UNLESS you stick to the public key sections. Later, Mike > > Grüße, Carsten > > _______________________________________________ > Ace mailing list > Ace@ietf.org > https://www.ietf.org/mailman/listinfo/ace From nobody Thu Jul 21 06:37:26 2016 Return-Path: X-Original-To: ace@ietfa.amsl.com Delivered-To: ace@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id C551C12D0B1 for ; Thu, 21 Jul 2016 06:37:24 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -2.699 X-Spam-Level: X-Spam-Status: No, score=-2.699 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, DKIM_SIGNED=0.1, DKIM_VALID=-0.1, DKIM_VALID_AU=-0.1, FREEMAIL_FROM=0.001, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_LOW=-0.7, SPF_PASS=-0.001] autolearn=ham autolearn_force=no Authentication-Results: ietfa.amsl.com (amavisd-new); dkim=pass (2048-bit key) header.d=gmail.com Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id s3QM_ebDZYAq for ; Thu, 21 Jul 2016 06:37:21 -0700 (PDT) Received: from mail-qk0-x22e.google.com (mail-qk0-x22e.google.com [IPv6:2607:f8b0:400d:c09::22e]) (using TLSv1.2 with cipher ECDHE-RSA-AES128-GCM-SHA256 (128/128 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id 04B2D12D1D1 for ; Thu, 21 Jul 2016 06:37:21 -0700 (PDT) Received: by mail-qk0-x22e.google.com with SMTP id x1so73643157qkb.3 for ; Thu, 21 Jul 2016 06:37:20 -0700 (PDT) DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=gmail.com; s=20120113; h=subject:to:references:from:message-id:date:user-agent:mime-version :in-reply-to; bh=7KUa4Yuo5shlfvwOFPZTNCsrMF+OYmi3DOmv47KWCX0=; b=yx4CBprL5GcwnDnFtREt6jvEV+KcfnqMFhoFD6CO3r0Km1mSAyNN4MunFEteV3j8t/ IHurCMF5LqhLtcThwdfsTFt1zl/snDfZ8gpDSImUID3YZIN73xKZptLNuMEPGIPI2j+e 0aFdVt1NT1RvRDKVqO1fwnBKInIqucePSIrWbCh68pHN/iPiCbKRZwpH7amfmqFWD63j zwyJP3hoPyUxaL999HE7GCZGX/LLbLHTyZ9WKz9Un2y7IJkRChp5R+8nTDDP8vJrPQMJ qTrIqWtWDbu/vzhU7kpU5hTR1VIih6W48qkhzMXFtUKri27yXzlHUcvzVtp9Ihu9kdPY p0vg== X-Google-DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=1e100.net; s=20130820; h=x-gm-message-state:subject:to:references:from:message-id:date :user-agent:mime-version:in-reply-to; bh=7KUa4Yuo5shlfvwOFPZTNCsrMF+OYmi3DOmv47KWCX0=; b=DkAEFFGMy569eAGH3U0Jjz0TgTmhcEf+Nxzo8KpNKVoS+xzv+AcNQTNevJ2ueLTs57 D6eXXk2cFM+W4eil2jBiZmytxBSkaQn4LlhCIjg7E0mAWY4HPwjwwh/Hn/gH86CniZHb BJqtMk2Yxgep64ZRbhg+Rme8EWU8xnpAjGGlx3ZdoaQ47N3is+IfkchWRFELPBVuMdop CCri/Vu1CrCUOQ/wYWbKmoKy6BiFqpbc4jiUY4poSnnzoSk8pHVAvKQ32j/J2QUj4aQR w0YeZ0wod/2bss0wMz7ghBrZQbCXc4dSRQrxblgmI3BKGV1e7Cn+FQQUgZqZZJnfmVtD 19Ug== X-Gm-Message-State: ALyK8tLK/cmsa+Mkl1d5Q9p74qbhY9FXJi2AxQHFw2i2yM4odicaTFYTiES/1YhuZUxpEg== X-Received: by 10.55.82.2 with SMTP id g2mr27910766qkb.168.1469108240056; Thu, 21 Jul 2016 06:37:20 -0700 (PDT) Received: from [192.168.0.14] (CPE7cb21b2cb904-CM7cb21b2cb901.cpe.net.cable.rogers.com. [99.231.49.38]) by smtp.gmail.com with ESMTPSA id t42sm4371258qte.24.2016.07.21.06.37.18 (version=TLS1_2 cipher=ECDHE-RSA-AES128-GCM-SHA256 bits=128/128); Thu, 21 Jul 2016 06:37:19 -0700 (PDT) To: Hannes Tschofenig , "Ace@ietf.org" References: <57909032.10809@gmx.net> From: Rene Struik Message-ID: <4120008e-4ff5-5d0c-f0c7-2c824cfb956e@gmail.com> Date: Thu, 21 Jul 2016 09:37:13 -0400 User-Agent: Mozilla/5.0 (Windows NT 6.1; WOW64; rv:45.0) Gecko/20100101 Thunderbird/45.2.0 MIME-Version: 1.0 In-Reply-To: <57909032.10809@gmx.net> Content-Type: multipart/alternative; boundary="------------32223DBB1B2CCCFDDD520420" Archived-At: Subject: [Ace] (on signature verification times) Re: Group Communication Security Disagreements X-BeenThere: ace@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: "Authentication and Authorization for Constrained Environments \(ace\)" List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 21 Jul 2016 13:37:25 -0000 This is a multi-part message in MIME format. --------------32223DBB1B2CCCFDDD520420 Content-Type: text/plain; charset=UTF-8; format=flowed Content-Transfer-Encoding: 8bit Hi Hannes: In addition to the optimizations you mentioned, one could also use the acceleration technique for ECDSA signature verification described in [1], which results in roughly 40% speed-ups compared to plain vanilla approaches. Larger speed-ups are possible if one stores a few multiples of the signer's public key. For details, see the SAC 2005 paper. With your experiments (STM DISCO-F746NG using a Cortex-M7 CPU @216 MHz), you reported 205ms timing for ECDSA verify with the NIST P-256 curve. Using the techniques of [1], one can potentially reduce the computational time latency by roughly a factor 1.4x, from 205 ms to 146ms (i.e., just under your suggested 150ms time "budget"). Precise speed-ups are somewhat implementation platform dependent, but can be expected to be in the same ballpark. Similar speed-ups can be realized using the recent CFRG curves and EdDSA, since they all satisfy the conditions under which these tricks work. Since Edwards curves have slightly faster addition formulae, one can combine niftier curves + accelerated verification methods to reduce time latencies (I guesstimate this to allow approximately 120ms time latencies on your Cortex-M7 platform above [real-life data points should be established via an implementation on your platform]). The above suggests that computational time latency may not be a show-stopper for using signatures. Best regards, Rene [1] A. Antipa, D.R. Brown, R. Gallant, R. Lambert, R. Struik, S.A. Vanstone, “Accelerated Verification of ECDSA Signatures,†in /Proceedings of Selected Areas of Cryptography – SAC 2005/, B. Preneel, S. Tavares, Eds., Lecture Notes in Computer Science, Vol. 3897, pp. 307-318, Berlin: Springer, 2006. Available from http://cacr.uwaterloo.ca/techreports/2005/cacr2005-28.pdf On 7/21/2016 5:04 AM, Hannes Tschofenig wrote: > Hi all, > > this is an attempt to summarize the discussions around the group > communication security topic from the ACE meeting yesterday. Please > correct me if I am wrong. > > The concern is the following: How can we ensure that a compromised > IoT device, which is part of a multicast group, is unable to trigger > actions at other nodes? > > The underlying assumption is that one can use the obtained group key > to then trigger actions that such a device would normally not be able > to do. > > Here is an example: Imagine a luminare A that belongs to a group that > consists of a light switch and other luminaires. Luminare A gets > compromised and is not able to issue on/off commands to other luminaires > in that group. Normally, only the light switch would issue such commands. > > The story then continues that such a compromised luminare would then > also be able to issue commands to a door lock. > > So far, so good. Here is the disagreement. > > Some folks in the group believe that in order to disallow a compromised > luminare to have such a functionality we need to introduce source > authentication. So, instead of using symmetric group keys we would be > using digital signatures and the luminaires in our example would then > verify whether the command came from a light switch. > > Some other folks, including myself, believe that we would not just > use the group key to determine the authorization decision but would > instead rely on the authorization mechanism to prevent larger harm. > This means that a compromised luminare would indeed turn on and off > other luminaires in the group but they would not be able to successfully > send commands to a door lock since those would (a) not use group > communication and (b) if they use group communication then that would > require an interaction with the authorization server to first obtain a > different group key for such an interaction. Most likely there is no > need for a luminare to obtain a group key for communicating with a door > lock. > > As a way forward it was suggested to explore the use of digital > signatures and to make use of some of the more recent developments done > in the CFRG. So, if a researcher has free cycles please contribute your > thoughts on this subject. What we would like to know is the following: > > * How large would a message be when we use some command (like a CoAP > packet) with an application layer digital signature (e.g., using COSE) > using ECC? We are particularly interested in the verification operation. > > * What is the performance impact on processors in the M-class category? > > * What are the implications for power consumption? > > Here is my initial impression regarding the second aspect from a > performance analysis I ran on an LPC1768. It took 458 msec to do a > verify computation with optimization enabled* for a secp256r1 curve. > The LPC 1768 demo board uses a ARM Cortex-M3 CPU running at 96MHz. > > I also did a performance test with the STM DISCO-F746NG, which uses > a Cortex-M7 CPU running at 216 MHz. For the ECDSA secp256r1 verify > operation it took 10, 205 msec. > > No hardware speedup or assembly optimizations were used in these tests. > > I believe we would need something that accomplishes the verify operation > in about 150 msec to meet the delay budget we have since the verify > operation is not the only processing task. > > Ciao > Hannes > > *: Optimizations in this case means: > > - NIST Optimization > Utilizes special structure of NIST chosen curves. Appendix 1 of > http://csrc.nist.gov/groups/ST/toolkit/documents/dss/NISTReCur.pdf > Longer version in FIPS PUB 186-4: > http://nvlpubs.nist.gov/nistpubs/FIPS/NIST.FIPS.186-4.pdf > > - Fixed Point Optimization: > Pre-computes points, as described in https://eprint.iacr.org/2004/342.pdf > > - Window: > Technique for more efficient exponentiation > Sliding window technique described in > https://en.wikipedia.org/wiki/Exponentiation_by_squaring > > > > _______________________________________________ > Ace mailing list > Ace@ietf.org > https://www.ietf.org/mailman/listinfo/ace -- email: rstruik.ext@gmail.com | Skype: rstruik cell: +1 (647) 867-5658 | US: +1 (415) 690-7363 --------------32223DBB1B2CCCFDDD520420 Content-Type: text/html; charset=UTF-8 Content-Transfer-Encoding: 8bit
Hi Hannes:

In addition to the optimizations you mentioned, one could also use the acceleration technique for ECDSA signature verification described in [1], which results in roughly 40% speed-ups compared to plain vanilla approaches. Larger speed-ups are possible if one stores a few multiples of the signer's public key. For details, see the SAC 2005 paper.

With your experiments (STM DISCO-F746NG using a Cortex-M7 CPU @216 MHz), you reported 205ms timing for ECDSA verify with the NIST P-256 curve. Using the techniques of [1], one can potentially reduce the computational time latency by roughly a factor 1.4x, from 205 ms to 146ms (i.e., just under your suggested 150ms  time "budget"). Precise speed-ups are somewhat implementation platform dependent, but can be expected to be in the same ballpark.

Similar speed-ups can be realized using the recent CFRG curves and EdDSA, since they all satisfy the conditions under which these tricks work. Since Edwards curves have slightly faster addition formulae, one can combine niftier curves + accelerated verification methods to reduce time latencies (I guesstimate this to allow approximately 120ms time latencies  on your Cortex-M7 platform above [real-life data points should be established via an implementation on your platform]).

The above suggests that computational time latency may not be a show-stopper for using signatures.
Best regards, Rene

[1] A. Antipa, D.R. Brown, R. Gallant, R. Lambert, R. Struik, S.A. Vanstone,

“Accelerated Verification of ECDSA Signatures,â€

in Proceedings of Selected Areas of Cryptography – SAC 2005,

B. Preneel, S. Tavares, Eds., Lecture Notes in Computer Science, Vol. 3897, pp. 307-318,

Berlin: Springer, 2006. Available from http://cacr.uwaterloo.ca/techreports/2005/cacr2005-28.pdf


On 7/21/2016 5:04 AM, Hannes Tschofenig wrote:
Hi all,

this is an attempt to summarize the discussions around the group
communication security topic from the ACE meeting yesterday. Please
correct me if I am wrong.

The concern is the following: How can we ensure that a compromised
IoT device, which is part of a multicast group, is unable to trigger
actions at other nodes?

The underlying assumption is that one can use the obtained group key
to then trigger actions that such a device would normally not be able
to do.

Here is an example: Imagine a luminare A that belongs to a group that
consists of a light switch and other luminaires. Luminare A gets
compromised and is not able to issue on/off commands to other luminaires
in that group. Normally, only the light switch would issue such commands.

The story then continues that such a compromised luminare would then
also be able to issue commands to a door lock.

So far, so good. Here is the disagreement.

Some folks in the group believe that in order to disallow a compromised
luminare to have such a functionality we need to introduce source
authentication. So, instead of using symmetric group keys we would be
using digital signatures and the luminaires in our example would then
verify whether the command came from a light switch.

Some other folks, including myself, believe that we would not just
use the group key to determine the authorization decision but would
instead rely on the authorization mechanism to prevent larger harm.
This means that a compromised luminare would indeed turn on and off
other luminaires in the group but they would not be able to successfully
send commands to a door lock since those would (a) not use group
communication and (b) if they use group communication then that would
require an interaction with the authorization server to first obtain a
different group key for such an interaction. Most likely there is no
need for a luminare to obtain a group key for communicating with a door
lock.

As a way forward it was suggested to explore the use of digital
signatures and to make use of some of the more recent developments done
in the CFRG. So, if a researcher has free cycles please contribute your
thoughts on this subject. What we would like to know is the following:

* How large would a message be when we use some command (like a CoAP
packet) with an application layer digital signature (e.g., using COSE)
using ECC? We are particularly interested in the verification operation.

* What is the performance impact on processors in the M-class category?

* What are the implications for power consumption?

Here is my initial impression regarding the second aspect from a
performance analysis I ran on an LPC1768. It took 458 msec to do a
verify computation with optimization enabled* for a secp256r1 curve.
The LPC 1768 demo board uses a ARM Cortex-M3 CPU running at 96MHz.

I also did a performance test with the STM DISCO-F746NG, which uses
a Cortex-M7 CPU running at 216 MHz. For the ECDSA secp256r1 verify
operation it took 10, 205 msec.

No hardware speedup or assembly optimizations were used in these tests.

I believe we would need something that accomplishes the verify operation
in about 150 msec to meet the delay budget we have since the verify
operation is not the only processing task.

Ciao
Hannes

*: Optimizations in this case means:

- NIST Optimization
Utilizes special structure of NIST chosen curves. Appendix 1 of
http://csrc.nist.gov/groups/ST/toolkit/documents/dss/NISTReCur.pdf
Longer version in FIPS PUB 186-4:
http://nvlpubs.nist.gov/nistpubs/FIPS/NIST.FIPS.186-4.pdf

- Fixed Point Optimization:
Pre-computes points, as described in https://eprint.iacr.org/2004/342.pdf

- Window:
Technique for more efficient exponentiation
Sliding window technique described in
https://en.wikipedia.org/wiki/Exponentiation_by_squaring




_______________________________________________
Ace mailing list
Ace@ietf.org
https://www.ietf.org/mailman/listinfo/ace



-- 
email: rstruik.ext@gmail.com | Skype: rstruik
cell: +1 (647) 867-5658 | US: +1 (415) 690-7363
--------------32223DBB1B2CCCFDDD520420-- From nobody Thu Jul 21 06:48:29 2016 Return-Path: X-Original-To: ace@ietfa.amsl.com Delivered-To: ace@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 4AFBB12D5CB for ; Thu, 21 Jul 2016 06:48:28 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -3.987 X-Spam-Level: X-Spam-Status: No, score=-3.987 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, DKIM_SIGNED=0.1, DKIM_VALID=-0.1, DKIM_VALID_AU=-0.1, FREEMAIL_FROM=0.001, RCVD_IN_DNSWL_LOW=-0.7, RP_MATCHES_RCVD=-1.287, SPF_PASS=-0.001] autolearn=ham autolearn_force=no Authentication-Results: ietfa.amsl.com (amavisd-new); dkim=pass (2048-bit key) header.d=comcast.net Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id Nye5diyl0ujq for ; Thu, 21 Jul 2016 06:48:27 -0700 (PDT) Received: from resqmta-ch2-11v.sys.comcast.net (resqmta-po-11v.sys.comcast.net [IPv6:2001:558:fe16:19:96:114:154:170]) (using TLSv1.2 with cipher ECDHE-RSA-AES256-GCM-SHA384 (256/256 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id 6FEBB12D51D for ; Thu, 21 Jul 2016 06:48:25 -0700 (PDT) Received: from resomta-po-03v.sys.comcast.net ([96.114.154.227]) by resqmta-po-11v.sys.comcast.net with SMTP id QEKsbYeuKEp5XQEKubHLQk; Thu, 21 Jul 2016 13:48:24 +0000 DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=comcast.net; s=q20140121; t=1469108904; bh=UoQguL3x1sPUY6cTQM8P6cF7jcqeVUX9V31EolZtU7k=; h=Received:Received:Subject:To:From:Message-ID:Date:MIME-Version: Content-Type; b=WwGFokLk9IuhYOFw5O9akuw0GBZK3/Zb0nc5h10eiRQ0nS66u9YWslelrb4iu6Ay0 n7w0bUWXrfxNUZKNd61W+xGHOAcTcuOsX7XcBNzk8OaZLd/cR2FTTHLo75TBDoXWQR o3MrbzavBcZtzNk3Rp1R1vIDP4unzPFCp4R6Bar5nmTTIUOrxjWdkkEsJ2MXnEaPZf JXpEzBhpmNx6bOWpR/dkLlwWlxKPYglLgndcPz6oNQ8vhwIcoCL2CsUH+p0uUhpxKi jScEm2qmk5zeBORU3cpGiihYCWZooF3vSzA34znBwnaa0iQfFDOdPWZCRdJXR/FCxA kLp+WgSdebfIA== Received: from [IPv6:2001:67c:370:136:f5b6:8aca:fcf6:bf81] ([IPv6:2001:67c:370:136:f5b6:8aca:fcf6:bf81]) by comcast with SMTP id QEKgbgErmhUZtQEKmbIPON; Thu, 21 Jul 2016 13:48:21 +0000 To: ace@ietf.org References: <57909032.10809@gmx.net> From: Michael StJohns Message-ID: <6d259c5b-28e3-c748-4590-0c9f942fe343@comcast.net> Date: Thu, 21 Jul 2016 09:48:13 -0400 User-Agent: Mozilla/5.0 (Windows NT 6.1; WOW64; rv:45.0) Gecko/20100101 Thunderbird/45.2.0 MIME-Version: 1.0 In-Reply-To: <57909032.10809@gmx.net> Content-Type: text/plain; charset=windows-1252; format=flowed Content-Transfer-Encoding: 7bit X-CMAE-Envelope: MS4wfClSdWSIb2PzVaBwXDyHvIb1E+fqyOnxGs983sV9Bvc5eCEkD2VhSrTuaYTF7FNfLmDtSC3hlQu971xjPuDOVlDzLwjnhZtjtJd5Pzr0un3uSp8DwMKZ 16cskM2+Upj9lZPC400wxUP6j79io7voVLer1F9/MLsD0d7ogxpx2EXfVzXlvMphwC7kvbNAWOTGeA== Archived-At: Subject: Re: [Ace] Group Communication Security Disagreements X-BeenThere: ace@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: "Authentication and Authorization for Constrained Environments \(ace\)" List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 21 Jul 2016 13:48:28 -0000 On 7/21/2016 5:04 AM, Hannes Tschofenig wrote: > Some other folks, including myself, believe that we would not just > use the group key to determine the authorization decision but would > instead rely on the authorization mechanism to prevent larger harm. > This means that a compromised luminare would indeed turn on and off > other luminaires in the group but they would not be able to successfully > send commands to a door lock since those would (a) not use group > communication and (b) if they use group communication then that would > require an interaction with the authorization server to first obtain a > different group key for such an interaction. Most likely there is no > need for a luminare to obtain a group key for communicating with a door > lock. Hi Hannes - If the protocol were constrained to a small number of group members - say 16 for example - then solving this problem is as simple as sending a control message with multiple message integrity tags - one per target device. In the lighting problem, you could probably make this work with about a 3 byte overhead per device for a total of 48 MIC bytes (4 bits for EP identifier, 20 bits for the MIC) and still have reasonable security. And all without having to have a group key. If you go larger than this, then the group key becomes more attractive, but also less secure. The probability of compromise of the group - if its an interesting target - approaches unity assuming physical access to any device in the group. Without unique source identification (and for that matter role identification either inband or implicit) any compromised device results in your attacker being able to act as a controller for the group. Again, not a large problem (but a problem nonetheless) for a small group of lights inside an office behind locked doors. But a very large problem for a system that's possibly controlling 100 or 1000 lights in a group. As I said at the microphone, if I thought you could just do this as the "ACE protocol for group control of lights" and keep people from using it for other things I'd be a lot less concerned (but still there's the whole threat of turning off all the lights in a building all at once). But the reality is this protocol will be used for control of things beyond lights and it would be irresponsible to standardize a protocol with a real possibility for direct real-world negative impacts on safety and health. The way to solve this for a general involves public key cryptography - that's just how the security and physics and math work out. Mike ps - the idea of secure group multicast for controlling things is indeed a wonderful idea - but think for a moment. If it's such a great idea, why isn't it already in use somewhere? MSEC did quite a lot of work on providing confidentiality for multicasted messages, but the work it did on integrity/authentication produced only a document that allowed you to authenticate the sender after the event was supposed to occur. (E.g. TESLA) That's probably not useful for controlling things in real time. Given the amount of work that was done there, and in various academic settings and with a large number of people and with money and with impetus to make this work on symmetric key systems, why will ACE be more successful? What has changed in our understanding of the problem and the solutions set? From nobody Thu Jul 21 07:39:24 2016 Return-Path: X-Original-To: ace@ietfa.amsl.com Delivered-To: ace@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 2E45812D67D for ; Thu, 21 Jul 2016 07:39:23 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -2.601 X-Spam-Level: X-Spam-Status: No, score=-2.601 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, DKIM_SIGNED=0.1, DKIM_VALID=-0.1, RCVD_IN_DNSWL_LOW=-0.7, SPF_PASS=-0.001] autolearn=ham autolearn_force=no Authentication-Results: ietfa.amsl.com (amavisd-new); dkim=pass (2048-bit key) header.d=sics-se.20150623.gappssmtp.com Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id hIC4hXn8gxPq for ; Thu, 21 Jul 2016 07:39:18 -0700 (PDT) Received: from mail-wm0-x234.google.com (mail-wm0-x234.google.com [IPv6:2a00:1450:400c:c09::234]) (using TLSv1.2 with cipher ECDHE-RSA-AES128-GCM-SHA256 (128/128 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id B931412D684 for ; Thu, 21 Jul 2016 07:39:08 -0700 (PDT) Received: by mail-wm0-x234.google.com with SMTP id o80so28023820wme.1 for ; Thu, 21 Jul 2016 07:39:08 -0700 (PDT) DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=sics-se.20150623.gappssmtp.com; s=20150623; h=subject:to:references:from:message-id:date:user-agent:mime-version :in-reply-to; bh=jQJ+VJNIowBFQyX2kqMfzlxfZ620tdoZvtCzGlPymag=; b=T+vvpPifPyCrSlGp8ua8q2Gv6TISm6pHZUioeZ7u6qI11Fmci29CoUAlo6SC3wWHrc 8ygcwiGEHuXWxF9eitk6l49CGAqhcmYqWJiIar31os2Jc1lDBEAaY5XkG28ElaEP7Wwl fUjuROUn4sOFDPAMCoaXjJMedPkp7XLo64oiksJSvaVXzavPF7+MSxqQyKTGZihhmA0q 6qexSty7El3mc/YPQ4uVDpE+i8YO/AdIx7UzaCnwz7BotQJWtlTthZ0D4FgoLStLF+sO gyhJWPnz1hI8kuxIwbc/kvkDAr7fsrrmLT1QpTzXg6JpQC3msJiM6tQwF7acaych3R8F akbg== X-Google-DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=1e100.net; s=20130820; h=x-gm-message-state:subject:to:references:from:message-id:date :user-agent:mime-version:in-reply-to; bh=jQJ+VJNIowBFQyX2kqMfzlxfZ620tdoZvtCzGlPymag=; b=CG1e+q7on7ABXUbsCx59K2W9/f6p9OmuqUAwuxbbnlpzFQG0FdGfXkYMHWdsIZ0kWp IM7+JleuNk2HY+th+ARTS8WHfC857matWkH3qksJ4+ZLDmanZi1OUSJA/jhWVcIVSQqw 9hFbp1//6FHioNZeSi2jNkCloFNWrqG9WA+jHvQ/6DsRWyEcjURKnKdqVbeEudtJtk9x UgoIZ/WKXs9pifLdJ9Lchptqt7rbk7br6mRLkK8mdrqB0gCY7JceVOSG+te9dcNpCdN/ 1if1BAgmkHl/eAyz2T4892UJrnbGPmgfXdW8x7+6UTMjUNjqyBDa4SR9FliyEGLs3ds6 iHRw== X-Gm-Message-State: ALyK8tLq+e37Lb2YuHq17tI5Z85FVxSdZB0xEBiUmKaDSYo2mmjr7uVTj/YRkV1DurhdC+Lk X-Received: by 10.28.20.77 with SMTP id 74mr19556927wmu.1.1469111946610; Thu, 21 Jul 2016 07:39:06 -0700 (PDT) Received: from ?IPv6:2001:67c:370:160:4d2a:de06:a61e:cc49? ([2001:67c:370:160:4d2a:de06:a61e:cc49]) by smtp.gmail.com with ESMTPSA id f187sm4574678wmf.15.2016.07.21.07.39.05 for (version=TLS1_2 cipher=ECDHE-RSA-AES128-GCM-SHA256 bits=128/128); Thu, 21 Jul 2016 07:39:05 -0700 (PDT) To: ace@ietf.org References: <578F4D59.8050005@gmx.net> <5E393DF26B791A428E5F003BB6C5342AB3716D64@OC11EXPO33.exchange.mit.edu> <23666.1469091857@obiwan.sandelman.ca> <95b0103c-ba2d-6cd8-6241-228df46e530b@sics.se> <8ca27108-a8b9-7b07-e752-656247716708@comcast.net> From: Ludwig Seitz Message-ID: <71465ddb-04dd-072a-da07-1646a7add8dc@sics.se> Date: Thu, 21 Jul 2016 16:39:05 +0200 User-Agent: Mozilla/5.0 (X11; Linux x86_64; rv:45.0) Gecko/20100101 Thunderbird/45.2.0 MIME-Version: 1.0 In-Reply-To: <8ca27108-a8b9-7b07-e752-656247716708@comcast.net> Content-Type: multipart/signed; protocol="application/pkcs7-signature"; micalg=sha-256; boundary="------------ms020301050101040509010407" Archived-At: Subject: Re: [Ace] Adoption of Low Latency Group Communication Security Work in ACE X-BeenThere: ace@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: "Authentication and Authorization for Constrained Environments \(ace\)" List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 21 Jul 2016 14:39:23 -0000 This is a cryptographically signed message in MIME format. --------------ms020301050101040509010407 Content-Type: text/plain; charset=windows-1252; format=flowed Content-Transfer-Encoding: quoted-printable On 2016-07-21 14:49, Michael StJohns wrote: > On 7/21/2016 5:29 AM, Ludwig Seitz wrote: >> On 2016-07-21 11:04, Michael Richardson wrote: >>> >>> Why will ACE succeed when DICE failed? >>> Does ACE now have some knowledge or mechanism that DICE couldn't have= >>> created >>> because it was out of scope? >>> >> >> ACE is (also) about authorization, which DICE wasn't. A compromised >> lightbulb might well have the possibility to talk to a door lock >> (using it's group key), but it would lack the authorization to do >> anything with the lock. >> >> IMHO that's what ACE add that DICE didn't have (and wasn't chartered >> to have). > > Hi Ludwig - > > Sorry - you are incorrect. > > The group key is also the authorization key in the model proposed. Any > entity that holds that key can forge a message that can cause the actio= n > authorized by the issuance of that key. In your example, assuming that > the door lock and the lightbulb share the same group key, then > compromising the lightbulb allows you to control the door lock. > That is certainly not the model I had in mind. Why on earth would a sane = Authorization Server issue OAuth access tokens that authorize operations = on the door-locks and that are bound to the lightbulb-group key? The way I see this play out is this: In the low latency cases, with low=20 security requirements (such as turning on lights, or operating blinds)=20 you can use the group key for authorization, but this authorization=20 would be clearly scoped to the lights or blinds. Resources with higher security requirements (such as door-locks)=20 shouldn't be on the same multicast-group to start with, but even if they = were, they SHOULD NOT be configured to accept actuator commands=20 authorized by access tokens bound to a multicast group key. Would that address your concerns? /Ludwig --=20 Ludwig Seitz, PhD SICS Swedish ICT AB Ideon Science Park Building Beta 2 Scheelev=E4gen 17 SE-223 70 Lund Phone +46(0)70-349 92 51 http://www.sics.se --------------ms020301050101040509010407 Content-Type: application/pkcs7-signature; name="smime.p7s" Content-Transfer-Encoding: base64 Content-Disposition: attachment; filename="smime.p7s" Content-Description: S/MIME Cryptographic Signature MIAGCSqGSIb3DQEHAqCAMIACAQExDzANBglghkgBZQMEAgEFADCABgkqhkiG9w0BBwEAAKCC CtQwggTqMIID0qADAgECAhAU4QcxMULaotNy8Yzm2pESMA0GCSqGSIb3DQEBCwUAMHUxCzAJ BgNVBAYTAklMMRYwFAYDVQQKEw1TdGFydENvbSBMdGQuMSkwJwYDVQQLEyBTdGFydENvbSBD ZXJ0aWZpY2F0aW9uIEF1dGhvcml0eTEjMCEGA1UEAxMaU3RhcnRDb20gQ2xhc3MgMSBDbGll bnQgQ0EwHhcNMTYwMzE0MDkzNDMyWhcNMTcwMzE0MDkzNDMyWjA4MRcwFQYDVQQDDA5sdWR3 aWdAc2ljcy5zZTEdMBsGCSqGSIb3DQEJARYObHVkd2lnQHNpY3Muc2UwggEiMA0GCSqGSIb3 DQEBAQUAA4IBDwAwggEKAoIBAQC9kgmm82Op78D9DXYNJrQW5bUdSxElnOC/CzAK/enHn+uF 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15.0.1178.4; Thu, 21 Jul 2016 08:23:57 -0700 From: Jim Schaad To: 'Michael StJohns' , References: <578F4D59.8050005@gmx.net> <5E393DF26B791A428E5F003BB6C5342AB3716D64@OC11EXPO33.exchange.mit.edu> <23666.1469091857@obiwan.sandelman.ca> <57909559.2000805@tzi.org> <655911d1-927e-56ae-1b73-903ad925ea88@comcast.net> In-Reply-To: <655911d1-927e-56ae-1b73-903ad925ea88@comcast.net> Date: Thu, 21 Jul 2016 17:17:38 +0200 Message-ID: <02df01d1e363$064e3070$12ea9150$@augustcellars.com> MIME-Version: 1.0 Content-Type: text/plain; charset="utf-8" Content-Transfer-Encoding: quoted-printable X-Mailer: Microsoft Outlook 16.0 Thread-Index: AQGmLKv0rKngDW7mmHcovkcF2Z7DWwIONiC1AwVM9m4Byrq9gQJ7OXLjoC+gkIA= Content-Language: en-us X-Originating-IP: [31.133.168.227] Archived-At: Subject: Re: [Ace] Adoption of Low Latency Group Communication Security Work in ACE X-BeenThere: ace@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: "Authentication and Authorization for Constrained Environments \(ace\)" List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 21 Jul 2016 15:18:16 -0000 > -----Original Message----- > From: Ace [mailto:ace-bounces@ietf.org] On Behalf Of Michael StJohns > Sent: Thursday, July 21, 2016 3:05 PM > To: ace@ietf.org > Subject: Re: [Ace] Adoption of Low Latency Group Communication = Security > Work in ACE >=20 > On 7/21/2016 5:26 AM, Carsten Bormann wrote: > > Michael Richardson wrote: > >> Why will ACE succeed when DICE failed? > > Because DICE tried to hack something into TLS. That had no support. >=20 > Actually, that's not the complete story. It was one of the things = that finally killed > this off (e.g. DICE was supposed to make a profile of DTLS for = constrained > devices, BUT DTLS didn't already support multicast, so its difficult = to profile it > in...; we have to come up with message formats for a DTLS extension) >=20 > It wasn't the only thing. Again, there's a very long record of why = this was a bad > idea in DICE. It's trivially easy to map each and every one of those = arguments to > why the equivalent thing in ACE is bad. >=20 > > > >> Does ACE now have some knowledge or mechanism that DICE couldn't = have > created > >> because it was out of scope? > > ACE has COSE. >=20 > *sigh* If this had any application to the stated lighting problem, = then > sending a COSE message with a public key signed payload to trigger = state > changes would be the solution, not a symmetric group multicast key. >=20 > E.g. use section 4 of the > https://datatracker.ietf.org/doc/draft-ietf-cose-msg/ document. Do = NOT > use any of the symmetric key sections. >=20 > I've said similar things before, but there continues to be this = belief > from certain folk that its too expensive to do public key cryptography > for lightbulbs. >=20 > So to be clear - yes COSE is useful. No, it does not actually do > anything to fix the problem of symmetric key group communications = UNLESS > you stick to the public key sections. I completely agree with this. The problem is not how the messages are = distributed and how the protection is done on the message. The problem = is that the authentication of the message is being done with a value = which cannot be assigned to a single command generation entity and thus = anybody with the key can masquerade as a command generation entity. Jim >=20 > Later, Mike >=20 >=20 > > > > Gr=C3=BC=C3=9Fe, Carsten > > > > _______________________________________________ > > Ace mailing list > > Ace@ietf.org > > https://www.ietf.org/mailman/listinfo/ace >=20 >=20 > _______________________________________________ > Ace mailing list > Ace@ietf.org > https://www.ietf.org/mailman/listinfo/ace From nobody Fri Jul 22 07:10:12 2016 Return-Path: X-Original-To: ace@ietfa.amsl.com Delivered-To: ace@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 61C8D12DA2A for ; Fri, 22 Jul 2016 07:10:10 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -2 X-Spam-Level: X-Spam-Status: No, score=-2 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, DKIM_SIGNED=0.1, DKIM_VALID=-0.1, DKIM_VALID_AU=-0.1] autolearn=ham autolearn_force=no Authentication-Results: ietfa.amsl.com (amavisd-new); dkim=pass (1024-bit key) header.d=ihtfp.com Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id JXOGzyVGh1Lm for ; Fri, 22 Jul 2016 07:10:08 -0700 (PDT) Received: from mail2.ihtfp.org (MAIL2.IHTFP.ORG [204.107.200.7]) (using TLSv1.2 with cipher AECDH-AES256-SHA (256/256 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id 9A78412DA23 for ; Fri, 22 Jul 2016 07:10:08 -0700 (PDT) Received: from localhost (localhost [127.0.0.1]) by mail2.ihtfp.org (Postfix) with ESMTP id F13B9E2038; Fri, 22 Jul 2016 10:10:06 -0400 (EDT) Received: from mail2.ihtfp.org ([127.0.0.1]) by localhost (mail2.ihtfp.org [127.0.0.1]) (amavisd-maia, port 10024) with ESMTP id 29962-05; Fri, 22 Jul 2016 10:10:04 -0400 (EDT) Received: from securerf.ihtfp.org (IHTFP-DHCP-159.IHTFP.ORG [192.168.248.159]) (using TLSv1.2 with cipher ECDHE-RSA-AES256-GCM-SHA384 (256/256 bits)) (Client CN "mocana.ihtfp.org", Issuer "IHTFP Consulting Certification Authority" (verified OK)) by mail2.ihtfp.org (Postfix) with ESMTPS id 64F60E200A; Fri, 22 Jul 2016 10:10:04 -0400 (EDT) DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=ihtfp.com; s=default; t=1469196604; bh=8qD34XkRY9gC5cfJ4HPRQx+M2uwycIZqtbMAyuxvWDs=; h=From:To:Cc:Subject:References:Date:In-Reply-To; b=sqqiJ7v3JSrmVe6Ilfcr6DcwwndSOQkVxSTBSAvCRBQmUti+51yhpgabPiYsai0cG iPL3IcR/0OYl7rm2Fa3F3YXcpPKd9aPJJa8KauxycAv5hnI+JUgkFzsf9qfP4c3sZS 9ZoSaduZPnKcPYwYWvNsgK12aYU8vXisfBrIMe2Y= Received: (from warlord@localhost) by securerf.ihtfp.org (8.15.2/8.14.8/Submit) id u6MEA3EA031888; Fri, 22 Jul 2016 10:10:03 -0400 From: Derek Atkins To: Michael StJohns References: <578F4D59.8050005@gmx.net> <5E393DF26B791A428E5F003BB6C5342AB3716D64@OC11EXPO33.exchange.mit.edu> <23666.1469091857@obiwan.sandelman.ca> <57909559.2000805@tzi.org> <655911d1-927e-56ae-1b73-903ad925ea88@comcast.net> Date: Fri, 22 Jul 2016 10:10:03 -0400 In-Reply-To: <655911d1-927e-56ae-1b73-903ad925ea88@comcast.net> (Michael StJohns's message of "Thu, 21 Jul 2016 09:04:47 -0400") Message-ID: User-Agent: Gnus/5.13 (Gnus v5.13) Emacs/24.5 (gnu/linux) MIME-Version: 1.0 Content-Type: text/plain X-Virus-Scanned: Maia Mailguard 1.0.2a Archived-At: Cc: ace@ietf.org Subject: Re: [Ace] Adoption of Low Latency Group Communication Security Work in ACE X-BeenThere: ace@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: "Authentication and Authorization for Constrained Environments \(ace\)" List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Fri, 22 Jul 2016 14:10:10 -0000 Michael StJohns writes: > I've said similar things before, but there continues to be this > belief from certain folk that its too expensive to do public key > cryptography for lightbulbs. People can believe the Earth is flat; that doesn't make them right. > So to be clear - yes COSE is useful. No, it does not actually do > anything to fix the problem of symmetric key group communications > UNLESS you stick to the public key sections. > > Later, Mike -derek -- Derek Atkins 617-623-3745 derek@ihtfp.com www.ihtfp.com Computer and Internet Security Consultant From nobody Sat Jul 23 08:10:15 2016 Return-Path: X-Original-To: ace@ietfa.amsl.com Delivered-To: ace@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 044FC12D1DC for ; Sat, 23 Jul 2016 08:10:14 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -2.699 X-Spam-Level: X-Spam-Status: No, score=-2.699 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, DKIM_SIGNED=0.1, DKIM_VALID=-0.1, DKIM_VALID_AU=-0.1, FREEMAIL_FROM=0.001, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_LOW=-0.7, SPF_PASS=-0.001] autolearn=ham autolearn_force=no Authentication-Results: ietfa.amsl.com (amavisd-new); dkim=pass (2048-bit key) header.d=gmail.com Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id Wtc62JLxftzu for ; Sat, 23 Jul 2016 08:10:12 -0700 (PDT) Received: from mail-oi0-x235.google.com (mail-oi0-x235.google.com [IPv6:2607:f8b0:4003:c06::235]) (using TLSv1.2 with cipher ECDHE-RSA-AES128-GCM-SHA256 (128/128 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id 653B412D1DD for ; Sat, 23 Jul 2016 08:10:11 -0700 (PDT) Received: by mail-oi0-x235.google.com with SMTP id j185so200219635oih.0 for ; Sat, 23 Jul 2016 08:10:11 -0700 (PDT) DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=gmail.com; s=20120113; h=mime-version:from:date:message-id:subject:to:cc; bh=dRP3G+nNn1tXLnrjaZV0v9XS1PbODuh8FsmX5LAyqOY=; b=VkBYROHGWXiqMly1BQVxvNMRjv1aHvLfXfJbElVnt8QPvwsaQHyVfGTtxJ2UdyCTuA gfh1zki+/Ivbj2BLsaT7DpFP2zDav+g4JfKS58TjmZvpSiI59TvuHJPQmCcaK8O3JdgA KfSi3RaH/Kab6d9Jx4JgTtRoaEn9wC4CvqqHu6DbNsIli5IX1ooS+RmdzKFX9xTTkev4 amxV4A6Qu+fsNK3wotQvnr3n0b3EaZsiHEhqvVkPAYQ32JpBtjuKaGn+Zm6LmM6EjCez zdVu3xCqfnuYO1FvtYgna229TRJKvcinQLEbKVesEBKt2vBahVFYgorckoTenqic6ftj NVNw== X-Google-DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=1e100.net; s=20130820; h=x-gm-message-state:mime-version:from:date:message-id:subject:to:cc; bh=dRP3G+nNn1tXLnrjaZV0v9XS1PbODuh8FsmX5LAyqOY=; b=fiCsLvd2uXdbyXCCArqp5UEeTvQ2CZJAM2fUM+MOQfEmqJEH2wPp8i3PwTRglPgTLM X+1Huk7h2P1Lf9rWCaRTn8kSCYnq7/6+fpimSzxsR556orvDwIP+pdYS7fKYgOgc/qna 5X1XhRuae9jJiaUv1/LelwW+IsmoKAVOlrTAQSWPiSeuF8LSkokAw8iRAH1qkXTvxt2F ORu533YQHSJKJoyXZBEvccZtUiWWS4whdKJqOuxmgy/JLa3cElLeYQ+I8L0WhWIAt8B7 IdamRot/WHWHPDC+IMLEGHyltJdvCPG3Oj7hbeXvtiM582WTA0fj71pmk0ShV0Kqmvdl 7+rg== X-Gm-Message-State: AEkoouu3jgZaOzYBFGybr0Ilz/i56MOk8MCLEFWzKJ6UCqPphAvwlR8FlttpeXsXfAw15qJ3reJ8zNgScVQPEg== X-Received: by 10.157.15.177 with SMTP id d46mr5736192otd.162.1469286610824; Sat, 23 Jul 2016 08:10:10 -0700 (PDT) MIME-Version: 1.0 Received: by 10.202.179.85 with HTTP; Sat, 23 Jul 2016 08:10:10 -0700 (PDT) From: Pascal Urien Date: Sat, 23 Jul 2016 17:10:10 +0200 Message-ID: To: "Ace@ietf.org" Content-Type: multipart/alternative; boundary=001a113de8f082f22605384ef2d1 Archived-At: Cc: Hannes Tschofenig Subject: [Ace] on signature verification times for sec192r1 X-BeenThere: ace@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: "Authentication and Authorization for Constrained Environments \(ace\)" List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Sat, 23 Jul 2016 15:10:14 -0000 --001a113de8f082f22605384ef2d1 Content-Type: text/plain; charset=UTF-8 Hi All J3A081M is a javacard device from NXP The micocontroller should be the P5CD081V1A, which comprises a crypto processor The performances with the curve secp192r1 are the following (for ECDSA + SHA1) Sign = 40ms + nb_bloc_512bits x 3.5 ms Verify = 60ms + nb_bloc_512bits x 3,5 ms By the way this chip has enough crypto ressouces for processing TLS or DTLS Rgs Pascal --001a113de8f082f22605384ef2d1 Content-Type: text/html; charset=UTF-8 Content-Transfer-Encoding: quoted-printable
Hi All

J3A081M is a javacard device from NXP

The micocontroller should be the P5CD081V1A, which com= prises a crypto processor

The performances with th= e curve secp192r1 are the following (for ECDSA + SHA1)

=
Sign =C2=A0 =C2=A0=3D 40ms + =C2=A0nb_bloc_512bits x 3.5 ms
= Verify =C2=A0=3D 60ms =C2=A0+ nb_bloc_512bits x 3,5 ms

=

By the way this chip has enough crypto ressouces for pr= ocessing TLS or DTLS

Rgs

= Pascal
--001a113de8f082f22605384ef2d1-- From nobody Sat Jul 23 08:43:21 2016 Return-Path: X-Original-To: ace@ietfa.amsl.com Delivered-To: ace@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id EBCE312D17E for ; Sat, 23 Jul 2016 08:43:19 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -2.699 X-Spam-Level: X-Spam-Status: No, score=-2.699 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, DKIM_SIGNED=0.1, DKIM_VALID=-0.1, DKIM_VALID_AU=-0.1, FREEMAIL_FROM=0.001, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_LOW=-0.7, SPF_PASS=-0.001] autolearn=ham autolearn_force=no Authentication-Results: ietfa.amsl.com (amavisd-new); dkim=pass (2048-bit key) header.d=gmail.com Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id 0glk2PnYN06y for ; Sat, 23 Jul 2016 08:43:18 -0700 (PDT) Received: from mail-oi0-x234.google.com (mail-oi0-x234.google.com [IPv6:2607:f8b0:4003:c06::234]) (using TLSv1.2 with cipher ECDHE-RSA-AES128-GCM-SHA256 (128/128 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id 465B612D0EB for ; Sat, 23 Jul 2016 08:43:18 -0700 (PDT) Received: by mail-oi0-x234.google.com with SMTP id w18so200991069oiw.3 for ; Sat, 23 Jul 2016 08:43:18 -0700 (PDT) DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=gmail.com; s=20120113; h=mime-version:in-reply-to:references:from:date:message-id:subject:to :cc; bh=z7hkjpsCNMW3heOKfFiqC2J8mDgd2d8FFerO77RZwDw=; b=E1ssoGuSGh/oE7Vus3KOj+BMz3ONppF4U7CreLcRpsNM/c/17ATe/ZUonTr9OpF5Pc ACT9ZTG8JfumWcIVsExCaJp850p3yrdhymLtQs3eXfQGwqkMyH1ESJZTDnNCrPpxPzTn G4wljmSu4a2hWAMEqwMDWVwbVTty9KWUhuAICXItuPTyC7iNIDrFixorK6gITevlLZFC OY7pUQ2V8Di9+OoeYeMs2vgU1qsU++VptDJT5nqs1qc/MRMU68kc7zP4pRdOCm3mOdm+ pebOqOIF+CRTcnNPc6jgYMHwx689soN0pgR4nIy0fERTlSxXGxgwoGWiUKRVD4skIDlY Pa1g== X-Google-DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=1e100.net; s=20130820; h=x-gm-message-state:mime-version:in-reply-to:references:from:date :message-id:subject:to:cc; bh=z7hkjpsCNMW3heOKfFiqC2J8mDgd2d8FFerO77RZwDw=; b=O7ieRoqwmEBP/QDhtKtr9NZs7cQKdQG0ZW8GUHXx8dJX6THbU3ci82GyReVVpbyNBg n1sRizExC32G+HZsC9ALlWe+wYZwuyhCAcgcD1JHe2avForyp6kC8Is4VO7leDZLCS7S RZ+yTrwkGOj0M8E8gQK3kNRmSSbTfig6z96+V2ne3BywPyIeg8ybusST1FmEy1YEGC2r 4dhwf4usGlySmoiuRL7ed9OB5sjhQGDZVcUdHT/G8oioYW/joeCnoy2m58v9+1wVtdL/ xWbGtTwfM5eflZupdnPNIwO1tomFqS78xil0GT+Wnr0sVs87UnP0BpOzu1j7TZCfdaPW 6MRQ== X-Gm-Message-State: AEkooutdzzcL8FwRxFlqurDisS5Qpu5DFKSPQix9y5ncDhkD4yi9H9lYceJYJjHjdvW97v88EFkbzthIoo/20g== X-Received: by 10.202.212.205 with SMTP id l196mr5573736oig.175.1469288597425; Sat, 23 Jul 2016 08:43:17 -0700 (PDT) MIME-Version: 1.0 Received: by 10.202.179.85 with HTTP; Sat, 23 Jul 2016 08:43:16 -0700 (PDT) In-Reply-To: References: From: Pascal Urien Date: Sat, 23 Jul 2016 17:43:16 +0200 Message-ID: To: "Ace@ietf.org" Content-Type: multipart/alternative; boundary=001a113d3c6aec120605384f68a8 Archived-At: Cc: Hannes Tschofenig Subject: Re: [Ace] on signature verification times for sec192r1 X-BeenThere: ace@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: "Authentication and Authorization for Constrained Environments \(ace\)" List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Sat, 23 Jul 2016 15:43:20 -0000 --001a113d3c6aec120605384f68a8 Content-Type: text/plain; charset=UTF-8 P5CN081 EEPROM=80 KB RAM= 7.5 KB, frequency < 72MHZ, CryptoCoprocessor Sign = 40ms + nb_bloc_512bits x 2 ms Verify = 60ms + nb_bloc_512bits x 2 ms Rgs Pascal 2016-07-23 17:10 GMT+02:00 Pascal Urien : > Hi All > > J3A081M is a javacard device from NXP > > The micocontroller should be the P5CD081V1A, which comprises a crypto > processor > > The performances with the curve secp192r1 are the following (for ECDSA + > SHA1) > > Sign = 40ms + nb_bloc_512bits x 3.5 ms > Verify = 60ms + nb_bloc_512bits x 3,5 ms > > > By the way this chip has enough crypto ressouces for processing TLS or DTLS > > Rgs > > Pascal > --001a113d3c6aec120605384f68a8 Content-Type: text/html; charset=UTF-8 Content-Transfer-Encoding: quoted-printable
P5CN081 EEPROM=3D80 KB =C2=A0RAM=3D 7.5 KB, frequency= < 72MHZ, CryptoCoprocessor


Sign =C2=A0 =C2=A0=3D 40ms + =C2=A0nb_bloc_512= bits x 2 ms
Verify =C2= =A0=3D 60ms =C2=A0+ nb_bloc_512bits x 2 ms

Rgs

Pascal

2016-07-23 17= :10 GMT+02:00 Pascal Urien <pascal.urien@gmail.com>:
Hi All

J3A081M is= a javacard device from NXP

The micocontroller sho= uld be the P5CD081V1A, which comprises a crypto processor

The performances with the curve secp192r1 are the following (for EC= DSA + SHA1)

Sign =C2=A0 =C2=A0=3D 40ms + =C2=A0nb_= bloc_512bits x 3.5 ms
Verify =C2=A0=3D 60ms =C2=A0+ nb_bloc_512bi= ts x 3,5 ms


By the way this chip ha= s enough crypto ressouces for processing TLS or DTLS

Rgs

<= div>Pascal

--001a113d3c6aec120605384f68a8-- From nobody Sat Jul 23 14:59:13 2016 Return-Path: X-Original-To: ace@ietfa.amsl.com Delivered-To: ace@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 32FBA12D7D6 for ; Sat, 23 Jul 2016 14:59:11 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -3.986 X-Spam-Level: X-Spam-Status: No, score=-3.986 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, DKIM_SIGNED=0.1, DKIM_VALID=-0.1, DKIM_VALID_AU=-0.1, FREEMAIL_FROM=0.001, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_LOW=-0.7, RP_MATCHES_RCVD=-1.287, SPF_PASS=-0.001] autolearn=ham autolearn_force=no Authentication-Results: ietfa.amsl.com (amavisd-new); dkim=pass (2048-bit key) header.d=comcast.net Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id jNrb9_AqYlIs for ; Sat, 23 Jul 2016 14:59:09 -0700 (PDT) Received: from resqmta-po-10v.sys.comcast.net (resqmta-po-10v.sys.comcast.net [IPv6:2001:558:fe16:19:96:114:154:169]) (using TLSv1.2 with cipher ECDHE-RSA-AES256-GCM-SHA384 (256/256 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id 5654212D0AA for ; Sat, 23 Jul 2016 14:59:09 -0700 (PDT) Received: from resomta-po-20v.sys.comcast.net ([96.114.154.244]) by resqmta-po-10v.sys.comcast.net with SMTP id R4wgb6x4LHqolR4wubIDxh; Sat, 23 Jul 2016 21:59:08 +0000 DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=comcast.net; s=q20140121; t=1469311148; bh=bc6R++pY8zH6YYZRRCDFx9xGiU+xLpYVqTmFNtatOf0=; h=Received:Received:Subject:To:From:Message-ID:Date:MIME-Version: Content-Type; b=HEw4aFsP5/oBjjpGi3ZZB525Pt8gciGgBY5JUNJIISHKXB45whj1HAGCZ4m+v48at qqiEJKBuHoF8lupH33g4WVjVljiKOf0Uu033zFO8bLM3jotE0YVZLsoNIB/F1gCx+q f/uBXG7i1Pot5E7IL3xcyM+ROuzwuC8kqnW9P7vHVoQ1tOO8rJrZyhhLSaJ670qsXl Bx2VwN5e3r1M6wBmQJh9X1s8GN/6FtDIS7LNc6ZLQArqcTw2MsyBF5gOlQeNDwid6H YhTtSY03XoMzGVAwG91pGWNhbTVZcyVNo7OHZdvX0cFWx0PBJB38SDQaBmS0PVQSpb PNSYGkm/Msgcw== Received: from [IPv6:2601:148:c000:1951:90d5:2c48:d5ce:4e3f] ([IPv6:2601:148:c000:1951:90d5:2c48:d5ce:4e3f]) by comcast with SMTP id R4wubLxqORT4NR4wubtB6M; Sat, 23 Jul 2016 21:59:08 +0000 To: ace@ietf.org References: From: Michael StJohns Message-ID: Date: Sat, 23 Jul 2016 17:59:15 -0400 User-Agent: Mozilla/5.0 (Windows NT 6.1; WOW64; rv:45.0) Gecko/20100101 Thunderbird/45.2.0 MIME-Version: 1.0 In-Reply-To: Content-Type: multipart/alternative; boundary="------------132F7A06DFB15BB94B4B605D" X-CMAE-Envelope: MS4wfFQY++diNZCsNuOiatAqRxYTiAvTMBe0F6Xe8v1FCX89C45zqTBAzu5LKaORnvKkfwFLuktuSizXb+y2VzXmlVN32aIv/hs/FXhjFOVEYeSQVr9sZ8yd noNICGvkAvaaVqdF6a/KDWNmkCsvLKA98opujhqrDVh7Si2DSRxa1Lv0YtnyBY4M7yNeC2J0ueIuEw== Archived-At: Subject: Re: [Ace] on signature verification times for sec192r1 X-BeenThere: ace@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: "Authentication and Authorization for Constrained Environments \(ace\)" List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Sat, 23 Jul 2016 21:59:11 -0000 This is a multi-part message in MIME format. --------------132F7A06DFB15BB94B4B605D Content-Type: text/plain; charset=windows-1252; format=flowed Content-Transfer-Encoding: 7bit On 7/23/2016 11:10 AM, Pascal Urien wrote: > Hi All > > J3A081M is a javacard device from NXP > > The micocontroller should be the P5CD081V1A, which comprises a crypto > processor There's a number of these from a number of vendors. I'd actually look at the A7xxx series of chips as they're designed to be embeddable. I've become a big fan of javacard style solutions over the years. In any event, the number of relatively inexpensive public key crypto accelerator chips (e.g. googl for "secure authentication chips") is greater than zero and continues to climb. And for not a lot of money. Estimating what from prices on Digikey, I'd think something less than $.50 for Quantity large as of today and half that or less in 1-2 years as its gets bundled into the "Swiss Army Knife" style of process (e.g. support for wireless 900mhz plus ... plus ... plus ... plus security...) (google for iot module secure element 900mhz for example). Later, Mike > > The performances with the curve secp192r1 are the following (for ECDSA > + SHA1) > > Sign = 40ms + nb_bloc_512bits x 3.5 ms > Verify = 60ms + nb_bloc_512bits x 3,5 ms > > > By the way this chip has enough crypto ressouces for processing TLS or > DTLS > > Rgs > > Pascal > > > _______________________________________________ > Ace mailing list > Ace@ietf.org > https://www.ietf.org/mailman/listinfo/ace --------------132F7A06DFB15BB94B4B605D Content-Type: text/html; charset=windows-1252 Content-Transfer-Encoding: 8bit
On 7/23/2016 11:10 AM, Pascal Urien wrote:
Hi All

J3A081M is a javacard device from NXP

The micocontroller should be the P5CD081V1A, which comprises a crypto processor

There's a number of these from a number of vendors.  I'd actually look at the A7xxx series of chips as they're designed to be embeddable.  I've become a big fan of javacard style solutions over the years.

In any event, the number of relatively inexpensive public key crypto accelerator chips (e.g. googl for "secure authentication chips") is greater than zero and continues to climb.  And for not a lot of money.  Estimating what from prices on Digikey, I'd think something less than $.50 for Quantity large as of today and half that or less in 1-2 years as its gets bundled into the "Swiss Army Knife" style of process (e.g. support for wireless 900mhz plus ... plus ... plus ... plus security...) (google for iot module secure element 900mhz for example).

Later, Mike




The performances with the curve secp192r1 are the following (for ECDSA + SHA1)

Sign    = 40ms +  nb_bloc_512bits x 3.5 ms
Verify  = 60ms  + nb_bloc_512bits x 3,5 ms


By the way this chip has enough crypto ressouces for processing TLS or DTLS

Rgs

Pascal


_______________________________________________
Ace mailing list
Ace@ietf.org
https://www.ietf.org/mailman/listinfo/ace


--------------132F7A06DFB15BB94B4B605D-- From nobody Sun Jul 24 02:50:36 2016 Return-Path: X-Original-To: ace@ietfa.amsl.com Delivered-To: ace@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 2070D12D5BF for ; Sun, 24 Jul 2016 02:50:34 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -0.799 X-Spam-Level: X-Spam-Status: No, score=-0.799 tagged_above=-999 required=5 tests=[DKIM_SIGNED=0.1, DKIM_VALID=-0.1, DKIM_VALID_AU=-0.1, FREEMAIL_FROM=0.001, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_LOW=-0.7, SPF_PASS=-0.001] autolearn=ham autolearn_force=no Authentication-Results: ietfa.amsl.com (amavisd-new); dkim=pass (2048-bit key) header.d=gmail.com Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id DntLtAgq3cZf for ; Sun, 24 Jul 2016 02:50:32 -0700 (PDT) Received: from mail-oi0-x233.google.com (mail-oi0-x233.google.com [IPv6:2607:f8b0:4003:c06::233]) (using TLSv1.2 with cipher ECDHE-RSA-AES128-GCM-SHA256 (128/128 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id 74E6F12D834 for ; Sun, 24 Jul 2016 02:50:32 -0700 (PDT) Received: by mail-oi0-x233.google.com with SMTP id l72so217511147oig.2 for ; Sun, 24 Jul 2016 02:50:32 -0700 (PDT) DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=gmail.com; s=20120113; h=mime-version:in-reply-to:references:from:date:message-id:subject:to :cc; bh=GR7CwvMyDsqaqOhkboBqMWYEaourdZ45u6PvgaI8SqI=; b=SvlaU+8+grCEzzRfxTrmMww2Ip1sNo1EamLjNoyEui0dCgderDivv2k7XlJYf+W2Gp ftOrnxxo16P9c8c7XMpLdMtcJkhk9PEl7biIbwAglzFsoHKkd4UDPBo5oyIRR8CPsujm Sewq1TzhmMihn7KXpfBL6sgrkxaqOqbOaIGUH6ypgc9wIUa/Q8hTFExcI8rsYmPnR7ak o+S5hZgLCx8DXgOIgFjA6oE5JefPrXi4q25on+0jvZqwrH2UYX+xJNG+b+QKfGBlZyBp PVhr9cgvMpSFy5JP3rzIFQ+40ALuxvyf48UUnhl7CLCZXEOht7NxIb9pudB/w5rVU8Oo cP1Q== X-Google-DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=1e100.net; s=20130820; h=x-gm-message-state:mime-version:in-reply-to:references:from:date :message-id:subject:to:cc; bh=GR7CwvMyDsqaqOhkboBqMWYEaourdZ45u6PvgaI8SqI=; b=GpXkZdCPguUof/cZBsaRDTuPSAeq2FpHgUal6rCH3bLV6UZWO1IoBevrYSEhl93RGa pfZQE4UrOXB1iL3PMGueQ7Swc8JfUWjkBMaIo/xYFb3ydbxT3uFIzlBVnFa+Q+2/jwtQ cUjuNLge8K0UkIMOeO4apXhagbMy0DZ3gxDE4QeMeK2Yb+k5xvT8TJQOMJKgGUGb56su M8PcfZN3OS0/RXLg81s6pnWylmKwJiX3efJgpC7v3fmQZiOurWwDfqPEKkVFH6ajdiXQ OhxZn7ohCsZQtQCaGic/WidQkkWIRwNsTGnIZCnNZUvGa/6vVrl7kRsGphLXtOHLm3ol 11ew== X-Gm-Message-State: AEkoouvggereYpuu+OnLWK7F9Q3IC9MrNF4kewsPQz4OH3L/Q7gCpHayP6lYLeD5SlArnYgtLGXwIU00PcwI8g== X-Received: by 10.157.24.105 with SMTP id t38mr6308370ott.109.1469353831750; Sun, 24 Jul 2016 02:50:31 -0700 (PDT) MIME-Version: 1.0 Received: by 10.202.179.85 with HTTP; Sun, 24 Jul 2016 02:50:31 -0700 (PDT) In-Reply-To: References: From: Pascal Urien Date: Sun, 24 Jul 2016 11:50:31 +0200 Message-ID: To: Michael StJohns Content-Type: multipart/alternative; boundary=001a113e392e30e39105385e99fd Archived-At: Cc: ace@ietf.org Subject: Re: [Ace] on signature verification times for sec192r1 X-BeenThere: ace@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: "Authentication and Authorization for Constrained Environments \(ace\)" List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Sun, 24 Jul 2016 09:50:35 -0000 --001a113e392e30e39105385e99fd Content-Type: text/plain; charset=UTF-8 I fully agree... J3A081M can be found at 10$ over the WEB Futhermore this class of cheap device can process TLS or DTLS as illustrated in https://tools.ietf.org/html/draft-urien-uta-tls-dtls-security-module-00 They could be used for numerous applications in the IoT Rgs Pascal 2016-07-23 23:59 GMT+02:00 Michael StJohns : > On 7/23/2016 11:10 AM, Pascal Urien wrote: > > Hi All > > J3A081M is a javacard device from NXP > > The micocontroller should be the P5CD081V1A, which comprises a crypto > processor > > > There's a number of these from a number of vendors. I'd actually look at > the A7xxx series of chips as they're designed to be embeddable. I've > become a big fan of javacard style solutions over the years. > > In any event, the number of relatively inexpensive public key crypto > accelerator chips (e.g. googl for "secure authentication chips") is greater > than zero and continues to climb. And for not a lot of money. Estimating > what from prices on Digikey, I'd think something less than $.50 for > Quantity large as of today and half that or less in 1-2 years as its gets > bundled into the "Swiss Army Knife" style of process (e.g. support for > wireless 900mhz plus ... plus ... plus ... plus security...) (google for > iot module secure element 900mhz for example). > > Later, Mike > > > > > The performances with the curve secp192r1 are the following (for ECDSA + > SHA1) > > Sign = 40ms + nb_bloc_512bits x 3.5 ms > Verify = 60ms + nb_bloc_512bits x 3,5 ms > > > By the way this chip has enough crypto ressouces for processing TLS or DTLS > > Rgs > > Pascal > > > _______________________________________________ > Ace mailing listAce@ietf.orghttps://www.ietf.org/mailman/listinfo/ace > > > > _______________________________________________ > Ace mailing list > Ace@ietf.org > https://www.ietf.org/mailman/listinfo/ace > > --001a113e392e30e39105385e99fd Content-Type: text/html; charset=UTF-8 Content-Transfer-Encoding: quoted-printable
I fully agree...

=
J3A081M=C2=A0 can be fou= nd at 10$ over the WEB
Futhermore this class = of cheap device can process TLS or DTLS as illustrated in
=
<= div>
They could be used for numerous applications in the IoT<= /div>

Rgs

Pascal


2016-07-23 23:59 GMT+02:00 Michael StJoh= ns <mstjohns@comcast.net>:
=20 =20 =20
On 7/23/2016 11:10 AM, Pascal Urien wrote:
Hi All

J3A081M is a javacard device from NXP

The micocontroller should be the P5CD081V1A, which comprises a crypto processor

 There's a number of these from a number of vendors.=C2=A0 I'd a= ctually look at the A7xxx series of chips as they're designed to be embeddable.=C2=A0 I've become a big fan of javacard style solutions= over the years.

In any event, the number of relatively inexpensive public key crypto accelerator chips (e.g. googl for "secure authentication chips&quo= t;) is greater than zero and continues to climb.=C2=A0 And for not a lot of money.=C2=A0 Estimating what from prices on Digikey, I'd think some= thing less than $.50 for Quantity large as of today and half that or less in 1-2 years as its gets bundled into the "Swiss Army Knife" = style of process (e.g. support for wireless 900mhz plus ... plus ... plus ... plus security...) (google for iot module secure element 900mhz for example).

Later, Mike




The performances with the curve secp192r1 are the following (for ECDSA + SHA1)

Sign =C2=A0 =C2=A0=3D 40ms + =C2=A0nb_bloc_512bits x 3.5 m= s
Verify =C2=A0=3D 60ms =C2=A0+ nb_bloc_512bits x 3,5 ms


By the way this chip has enough crypto ressouces for processing TLS or DTLS

Rgs

Pascal


_______________________________________________
Ace mailing list
Ace@ietf.org
htt=
ps://www.ietf.org/mailman/listinfo/ace



_______________________________________________
Ace mailing list
Ace@ietf.org
https://www.ietf.org/mailman/listinfo/ace


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spamdiagnosticoutput: 1:99 spamdiagnosticmetadata: NSPM Content-Type: multipart/alternative; boundary="_000_HE1PR0601MB220388A00B3F75D2A755002AFC0D0HE1PR0601MB2203_" MIME-Version: 1.0 X-OriginatorOrg: tridonic.com X-MS-Exchange-CrossTenant-originalarrivaltime: 25 Jul 2016 10:04:19.5468 (UTC) X-MS-Exchange-CrossTenant-fromentityheader: Hosted X-MS-Exchange-CrossTenant-id: 8b206608-a593-4ace-a4b6-ef1fc83c9169 X-MS-Exchange-Transport-CrossTenantHeadersStamped: HE1PR0601MB2202 Archived-At: Cc: "ace@ietf.org" Subject: Re: [Ace] on signature verification times for sec192r1 X-BeenThere: ace@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: "Authentication and Authorization for Constrained Environments \(ace\)" List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Mon, 25 Jul 2016 10:04:27 -0000 --_000_HE1PR0601MB220388A00B3F75D2A755002AFC0D0HE1PR0601MB2203_ Content-Type: text/plain; charset="utf-8" Content-Transfer-Encoding: base64 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References: From: Pascal Urien Date: Mon, 25 Jul 2016 12:28:36 +0200 Message-ID: To: Somaraju Abhinav Content-Type: multipart/alternative; boundary=001a113d3c6a3c196c0538733f17 Archived-At: Cc: Michael StJohns , "ace@ietf.org" Subject: Re: [Ace] on signature verification times for sec192r1 X-BeenThere: ace@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: "Authentication and Authorization for Constrained Environments \(ace\)" List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Mon, 25 Jul 2016 10:28:39 -0000 --001a113d3c6a3c196c0538733f17 Content-Type: text/plain; charset=UTF-8 Hi Abhinav The extra time (2ms/bloc) comes from the hash procedure (sha1 in the example) that works with 64 bytes blocs Rgs Pascal 2016-07-25 12:04 GMT+02:00 Somaraju Abhinav : > Hi Pascal, > > > > Thanks for the information. Could you please explain what is > nb_bloc_512bits? > > > > Regards, > > Abhinav > > > > *From:* Ace [mailto:ace-bounces@ietf.org] *On Behalf Of *Pascal Urien > *Sent:* Sonntag, 24. Juli 2016 11:51 > *To:* Michael StJohns > *Cc:* ace@ietf.org > *Subject:* Re: [Ace] on signature verification times for sec192r1 > > > > I fully agree... > > > > J3A081M can be found at 10$ over the WEB > > > > Futhermore this class of cheap device can process TLS or DTLS as > illustrated in > > > > https://tools.ietf.org/html/draft-urien-uta-tls-dtls-security-module-00 > > > > They could be used for numerous applications in the IoT > > > > Rgs > > > > Pascal > > > > > > 2016-07-23 23:59 GMT+02:00 Michael StJohns : > > On 7/23/2016 11:10 AM, Pascal Urien wrote: > > Hi All > > > > J3A081M is a javacard device from NXP > > > > The micocontroller should be the P5CD081V1A, which comprises a crypto > processor > > > There's a number of these from a number of vendors. I'd actually look at > the A7xxx series of chips as they're designed to be embeddable. I've > become a big fan of javacard style solutions over the years. > > In any event, the number of relatively inexpensive public key crypto > accelerator chips (e.g. googl for "secure authentication chips") is greater > than zero and continues to climb. And for not a lot of money. Estimating > what from prices on Digikey, I'd think something less than $.50 for > Quantity large as of today and half that or less in 1-2 years as its gets > bundled into the "Swiss Army Knife" style of process (e.g. support for > wireless 900mhz plus ... plus ... plus ... plus security...) (google for > iot module secure element 900mhz for example). > > Later, Mike > > > > > > > The performances with the curve secp192r1 are the following (for ECDSA + > SHA1) > > > > Sign = 40ms + nb_bloc_512bits x 3.5 ms > > Verify = 60ms + nb_bloc_512bits x 3,5 ms > > > > > > By the way this chip has enough crypto ressouces for processing TLS or DTLS > > > > Rgs > > > > Pascal > > > > _______________________________________________ > > Ace mailing list > > Ace@ietf.org > > https://www.ietf.org/mailman/listinfo/ace > > > > > _______________________________________________ > Ace mailing list > Ace@ietf.org > https://www.ietf.org/mailman/listinfo/ace > > > ________________________________________________________ The contents of > this e-mail and any attachments are confidential to the intended recipient. > They may not be disclosed to or used by or copied in any way by anyone > other than the intended recipient. If this e-mail is received in error, > please immediately notify the sender and delete the e-mail and attached > documents. Please note that neither the sender nor the sender's company > accept any responsibility for viruses and it is your responsibility to scan > or otherwise check this e-mail and any attachments. > --001a113d3c6a3c196c0538733f17 Content-Type: text/html; charset=UTF-8 Content-Transfer-Encoding: quoted-printable
Hi Abhinav

The extra time (2ms/bloc= ) =C2=A0comes from the hash procedure (sha1 in the example) that works with= 64 bytes blocs

Rgs

Pasca= l

2016= -07-25 12:04 GMT+02:00 Somaraju Abhinav <abhinav.somaraju@trid= onic.com>:

Hi Pascal,

=C2=A0

Thanks for the information. Could you= please explain what is nb_bloc_512bits?

=C2=A0

Regards,

Abhinav

=C2=A0

From: = Ace [mailto:ace-b= ounces@ietf.org] On Behalf Of Pascal Urien
Sent: Sonntag, 24. Juli 2016 11:51
To: Michael StJohns <mstjohns@comcast.net>
Cc: ace@ietf.org
Subject: Re: [Ace] on signature verification times for sec192r1

=C2=A0

=C2=A0

2016-07-23 23:59 GMT+02:00 Michael StJohns <mstjohns@comcast.net>:

On 7/23/2016 11:10 AM, Pascal Urien wrote:=

Hi All

=C2=A0

J3A081M is a javacard device from NXP<= /p>

=C2=A0

The micocontroller should be the P5CD081V1A, which c= omprises a crypto processor


There's a number of these from a number of vendors.=C2=A0 I'd actua= lly look at the A7xxx series of chips as they're designed to be embedda= ble.=C2=A0 I've become a big fan of javacard style solutions over the y= ears.

In any event, the number of relatively inexpensive public key crypto accele= rator chips (e.g. googl for "secure authentication chips") is gre= ater than zero and continues to climb.=C2=A0 And for not a lot of money.=C2= =A0 Estimating what from prices on Digikey, I'd think something less than $.50 for Quantity large as of today and half that or l= ess in 1-2 years as its gets bundled into the "Swiss Army Knife" = style of process (e.g. support for wireless 900mhz plus ... plus ... plus .= .. plus security...) (google for iot module secure element 900mhz for example).

Later, Mike




=C2=A0

The performances with the curve secp192r1 are the fo= llowing (for ECDSA + SHA1)

=C2=A0

Sign =C2=A0 =C2=A0=3D 40ms + =C2=A0nb_bloc_512bits x= 3.5 ms

Verify =C2=A0=3D 60ms =C2=A0+ nb_bloc_512bits x 3,5 = ms

=C2=A0

=C2=A0

By the way this chip has enough crypto ressouces for= processing TLS or DTLS

=C2=A0

Rgs

=C2=A0

Pascal

=C2=A0<= /p> 

_______________________________________________
Ace mailing list
Ace@ietf.org<=
/u>
https://www.ietf.org/mailman/listinfo/ace

=C2=A0


_______________________________________________
Ace mailing list
Ace@ietf.org
htt= ps://www.ietf.org/mailman/listinfo/ace

=C2=A0

________________________________________________________ The contents of th= is e-mail and any attachments are confidential to the intended recipient. T= hey may not be disclosed to or used by or copied in any way by anyone other= than the intended recipient. If this e-mail is received in error, please immediately notify the sender and= delete the e-mail and attached documents. Please note that neither the sen= der nor the sender's company accept any responsibility for viruses and = it is your responsibility to scan or otherwise check this e-mail and any attachments.

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DIR:OUT; SFP:1102; SCL:1; SRVR:HE1PR0601MB2202; H:HE1PR0601MB2203.eurprd06.prod.outlook.com; FPR:; SPF:None; PTR:InfoNoRecords; A:1; MX:1; LANG:en; received-spf: None (protection.outlook.com: tridonic.com does not designate permitted sender hosts) spamdiagnosticoutput: 1:99 spamdiagnosticmetadata: NSPM Content-Type: multipart/mixed; boundary="_004_HE1PR0601MB2203495DC35CCE9CCB19E3C1FC0D0HE1PR0601MB2203_" MIME-Version: 1.0 X-OriginatorOrg: tridonic.com X-MS-Exchange-CrossTenant-originalarrivaltime: 25 Jul 2016 11:40:22.1202 (UTC) X-MS-Exchange-CrossTenant-fromentityheader: Hosted X-MS-Exchange-CrossTenant-id: 8b206608-a593-4ace-a4b6-ef1fc83c9169 X-MS-Exchange-Transport-CrossTenantHeadersStamped: HE1PR0601MB2202 Archived-At: Cc: Michael StJohns , "ace@ietf.org" Subject: Re: [Ace] on signature verification times for sec192r1 X-BeenThere: ace@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: "Authentication and Authorization for Constrained Environments \(ace\)" List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Mon, 25 Jul 2016 11:48:18 -0000 --_004_HE1PR0601MB2203495DC35CCE9CCB19E3C1FC0D0HE1PR0601MB2203_ Content-Type: multipart/alternative; boundary="_000_HE1PR0601MB2203495DC35CCE9CCB19E3C1FC0D0HE1PR0601MB2203_" --_000_HE1PR0601MB2203495DC35CCE9CCB19E3C1FC0D0HE1PR0601MB2203_ Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: quoted-printable Hi, please find attached a report regarding computation times. Abhinav ________________________________ From: Pascal Urien Sent: Monday, July 25, 2016 12:28:36 PM To: Somaraju Abhinav Cc: Michael StJohns; ace@ietf.org Subject: Re: [Ace] on signature verification times for sec192r1 Hi Abhinav The extra time (2ms/bloc) comes from the hash procedure (sha1 in the examp= le) that works with 64 bytes blocs Rgs Pascal 2016-07-25 12:04 GMT+02:00 Somaraju Abhinav >: Hi Pascal, Thanks for the information. Could you please explain what is nb_bloc_512bit= s? Regards, Abhinav From: Ace [mailto:ace-bounces@ietf.org] On Beh= alf Of Pascal Urien Sent: Sonntag, 24. Juli 2016 11:51 To: Michael StJohns > Cc: ace@ietf.org Subject: Re: [Ace] on signature verification times for sec192r1 I fully agree... J3A081M can be found at 10$ over the WEB Futhermore this class of cheap device can process TLS or DTLS as illustrate= d in https://tools.ietf.org/html/draft-urien-uta-tls-dtls-security-module-00 They could be used for numerous applications in the IoT Rgs Pascal 2016-07-23 23:59 GMT+02:00 Michael StJohns >: On 7/23/2016 11:10 AM, Pascal Urien wrote: Hi All J3A081M is a javacard device from NXP The micocontroller should be the P5CD081V1A, which comprises a crypto proce= ssor There's a number of these from a number of vendors. I'd actually look at t= he A7xxx series of chips as they're designed to be embeddable. I've become= a big fan of javacard style solutions over the years. In any event, the number of relatively inexpensive public key crypto accele= rator chips (e.g. googl for "secure authentication chips") is greater than = zero and continues to climb. And for not a lot of money. Estimating what = from prices on Digikey, I'd think something less than $.50 for Quantity lar= ge as of today and half that or less in 1-2 years as its gets bundled into = the "Swiss Army Knife" style of process (e.g. support for wireless 900mhz p= lus ... plus ... plus ... plus security...) (google for iot module secure e= lement 900mhz for example). Later, Mike The performances with the curve secp192r1 are the following (for ECDSA + SH= A1) Sign =3D 40ms + nb_bloc_512bits x 3.5 ms Verify =3D 60ms + nb_bloc_512bits x 3,5 ms By the way this chip has enough crypto ressouces for processing TLS or DTLS Rgs Pascal _______________________________________________ Ace mailing list Ace@ietf.org https://www.ietf.org/mailman/listinfo/ace _______________________________________________ Ace mailing list Ace@ietf.org https://www.ietf.org/mailman/listinfo/ace ________________________________________________________ The contents of th= is e-mail and any attachments are confidential to the intended recipient. T= hey may not be disclosed to or used by or copied in any way by anyone other= than the intended recipient. If this e-mail is received in error, please i= mmediately notify the sender and delete the e-mail and attached documents. = Please note that neither the sender nor the sender's company accept any res= ponsibility for viruses and it is your responsibility to scan or otherwise = check this e-mail and any attachments. ________________________________________________________ The contents of th= is e-mail and any attachments are confidential to the intended recipient. T= hey may not be disclosed to or used by or copied in any way by anyone other= than the intended recipient. If this e-mail is received in error, please i= mmediately notify the sender and delete the e-mail and attached documents. = Please note that neither the sender nor the sender's company accept any res= ponsibility for viruses and it is your responsibility to scan or otherwise = check this e-mail and any attachments. --_000_HE1PR0601MB2203495DC35CCE9CCB19E3C1FC0D0HE1PR0601MB2203_ Content-Type: text/html; charset="us-ascii" Content-Transfer-Encoding: quoted-printable

Hi,

please find attached a report regarding computation times. 

Abhinav

From: Pascal Urien <pasc= al.urien@gmail.com>
Sent: Monday, July 25, 2016 12:28:36 PM
To: Somaraju Abhinav
Cc: Michael StJohns; ace@ietf.org
Subject: Re: [Ace] on signature verification times for sec192r1
 
Hi Abhinav

The extra time (2ms/bloc)  comes from the hash procedure (sha1 in= the example) that works with 64 bytes blocs

Rgs

Pascal

2016-07-25 12:04 GMT+02:00 Somaraju Abhinav = <abhi= nav.somaraju@tridonic.com>:

Hi Pascal,

 

Thanks for the information. Could you= please explain what is nb_bloc_512bits?

 

Regards,

Abhinav

 

From: = Ace [mailto:ace-b= ounces@ietf.org] On Behalf Of Pascal Urien
Sent: Sonntag, 24. Juli 2016 11:51
To: Michael StJohns <mstjohns@comcast.net>
Cc: ace@ietf.org
Subject: Re: [Ace] on signature verification times for sec192r1

 

 

2016-07-23 23:59 GMT+02:00 Michael StJohns <<= a href=3D"mailto:mstjohns@comcast.net" target=3D"_blank">mstjohns@comcast.n= et>:

On 7/23/2016 11:10 AM, Pascal Urien wrote:=

Hi All

 

J3A081M is a javacard device from NXP<= /p>

 

The micocontroller should be the P5CD081V1A, which c= omprises a crypto processor


There's a number of these from a number of vendors.  I'd actually look= at the A7xxx series of chips as they're designed to be embeddable.  I= 've become a big fan of javacard style solutions over the years.

In any event, the number of relatively inexpensive public key crypto accele= rator chips (e.g. googl for "secure authentication chips") is gre= ater than zero and continues to climb.  And for not a lot of money.&nb= sp; Estimating what from prices on Digikey, I'd think something less than $.50 for Quantity large as of today and half that or l= ess in 1-2 years as its gets bundled into the "Swiss Army Knife" = style of process (e.g. support for wireless 900mhz plus ... plus ... plus .= .. plus security...) (google for iot module secure element 900mhz for example).

Later, Mike




 

The performances with the curve secp192r1 are the fo= llowing (for ECDSA + SHA1)

 

Sign    =3D 40ms +  nb_bloc_512bi= ts x 3.5 ms

Verify  =3D 60ms  + nb_bloc_512bits x = 3,5 ms

 

 

By the way this chip has enough crypto ressouces for= processing TLS or DTLS

 

Rgs

 

Pascal

 <= /p> 

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Ace mailing list
Ace@ietf.org<=
/u>
https://www.ietf.org/mailman/listinfo/ace

 


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________________________________________________________ The contents of th= is e-mail and any attachments are confidential to the intended recipient. T= hey may not be disclosed to or used by or copied in any way by anyone other= than the intended recipient. If this e-mail is received in error, please immediately notify the sender and= delete the e-mail and attached documents. Please note that neither the sen= der nor the sender's company accept any responsibility for viruses and it i= s your responsibility to scan or otherwise check this e-mail and any attachments.

________________________________________________________ The contents of th= is e-mail and any attachments are confidential to the intended recipient. T= hey may not be disclosed to or used by or copied in any way by anyone other= than the intended recipient. If this e-mail is received in error, please immediately notify the sender and= delete the e-mail and attached documents. Please note that neither the sen= der nor the sender's company accept any responsibility for viruses and it i= s your responsibility to scan or otherwise check this e-mail and any attachments. --_000_HE1PR0601MB2203495DC35CCE9CCB19E3C1FC0D0HE1PR0601MB2203_-- --_004_HE1PR0601MB2203495DC35CCE9CCB19E3C1FC0D0HE1PR0601MB2203_ Content-Type: application/pdf; name="presentations-3_Walz_Offenburg_University_56b2342200a7f.pdf" Content-Description: presentations-3_Walz_Offenburg_University_56b2342200a7f.pdf Content-Disposition: attachment; filename="presentations-3_Walz_Offenburg_University_56b2342200a7f.pdf"; size=149197; creation-date="Mon, 25 Jul 2016 11:39:12 GMT"; modification-date="Mon, 25 Jul 2016 11:39:12 GMT" Content-Transfer-Encoding: base64 ICAlUERGLTEuNQ0l4uPP0w0KODE2IDAgb2JqDTw8L0xpbmVhcml6ZWQgMS9MIDE0OTE5NS9PIDgx OC9FIDMwNjI5L04gNi9UIDE0ODczNS9IIFsgNTI1IDI4NF0+Pg1lbmRvYmoNICAgICAgICAgICAg ICANCjgzMiAwIG9iag08PC9EZWNvZGVQYXJtczw8L0NvbHVtbnMgNC9QcmVkaWN0b3IgMTI+Pi9G 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Mon Jul 25 05:06:41 2016 Return-Path: X-Original-To: ace@ietfa.amsl.com Delivered-To: ace@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 3EFB412D7FD for ; Mon, 25 Jul 2016 05:06:40 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -2.888 X-Spam-Level: X-Spam-Status: No, score=-2.888 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, FREEMAIL_FROM=0.001, FREEMAIL_REPLY=1, RCVD_IN_DNSWL_LOW=-0.7, RCVD_IN_MSPIKE_H2=-0.001, RP_MATCHES_RCVD=-1.287, SPF_PASS=-0.001] autolearn=ham autolearn_force=no Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id dQvN5IWmZc9K for ; Mon, 25 Jul 2016 05:06:38 -0700 (PDT) Received: from mout.gmx.net (mout.gmx.net [212.227.15.18]) (using TLSv1.2 with cipher DHE-RSA-AES256-GCM-SHA384 (256/256 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id 02E2B12D7E0 for ; Mon, 25 Jul 2016 05:06:37 -0700 (PDT) Received: from [192.168.10.131] ([195.149.223.151]) by mail.gmx.com (mrgmx002) with ESMTPSA (Nemesis) id 0MQ2zr-1bN05d0ost-005Jb4; Mon, 25 Jul 2016 14:06:30 +0200 To: Pascal Urien , Michael StJohns References: From: Hannes Tschofenig Openpgp: id=071A97A9ECBADCA8E31E678554D9CEEF4D776BC9 X-Enigmail-Draft-Status: N1110 Message-ID: <579600C4.3030800@gmx.net> Date: Mon, 25 Jul 2016 14:06:28 +0200 User-Agent: Mozilla/5.0 (X11; Linux x86_64; rv:38.0) Gecko/20100101 Thunderbird/38.8.0 MIME-Version: 1.0 In-Reply-To: Content-Type: multipart/signed; micalg=pgp-sha512; protocol="application/pgp-signature"; boundary="wQnaH0hbAcfjUGlbH5iOcvqphgEbeRH13" X-Provags-ID: V03:K0:yAI/E4Z8JvYpRkQ3drTn5+TzEgDT/RxpYKgCyPZizZjeruYDfpQ uIHL7YmJGHP0E/FRxyxbB/XZQe+whEqWXOFPOVivsgy+JP6VMOVX43ArzZrIi0+SSRYANEd QNWGkYwIrKhsEfzd7kIfzj3im2S2mRv8nAMTbsfGC4lyIVUCkhOPI5odfmlbugDjzZEjtL+ TTNEBCRu1vwBPKmFVZuSw== X-UI-Out-Filterresults: notjunk:1;V01:K0:jyVDfdo8uIE=:rppt8DOWxAnBiTl3WQMQQa Sxzi/JldITfCu+AJ0pkBMbS8YyNNI45+/LYwUtsspuXaYzsa/JodZzqkrfxAnMYoVp4QmlvK7 CC0u+ze3Imxe1mnYjNNdeKWb5BqfKyV5FsuR4CgUaVPMUAz1KemJpzGEZhOJ+cGM3bvfnNNdf vGnn25zllFbcPu91KI0/ToW2R1Pexg7HvFTE822mpF5hSJ5lNrPgGQp4MeCnv52AkSsJ1u614 K30C23SvhvcXCPYi2DCqybXBiseWto/XjMFaPxV/K1leKbljWMkDE0kfePESQhRAuE2+sp42T 6vsDSUnxvKITEL9mdhSBFZ6RVSnQ2LE69BEX8nT0isdsVo7Ye5tAvv6PF8Z8XGNUcrRLhTQ8f TClDQi64uHWsMCawI5OzVPeJcfF5Cyy0CYsJup+S7QH++8JHMbt206Vy3ui65SZlOM8HUHrgi A9XsSJLXh2yMr8XJ3cMPVpqJyc3VusjFSQjM1T7kADfyBa9AUxmFuuVNLtS3eltAjVHbxCv8V J6WV0Oc4oKCNxWYfEXfMZiN+zvGMl4uGX5M9A889jlKiMh6tKDTmaWYqVOqgYZxfvotzwRTAg HSc2ddf/Vz1kPFLF0u7DqCMrXorZ2MJsTCGkIpOaHLRl0UpiCA7rjudGoW2XQgvXidgotTRBr I4FofpYhq0klB5BhrXbKMVDsw/IyZDokG9BNu2pQPjhGfDEKcgW1FC2Ry/SJoG0AtnV2D1n8M +L8kInpec17Jvym2e6owtPsk8F9jj8TUITUBZsQWsF5yNuPaecBNqiILw5k= Archived-At: Cc: ace@ietf.org Subject: Re: [Ace] on signature verification times for sec192r1 X-BeenThere: ace@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: "Authentication and Authorization for Constrained Environments \(ace\)" List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Mon, 25 Jul 2016 12:06:40 -0000 This is an OpenPGP/MIME signed message (RFC 4880 and 3156) --wQnaH0hbAcfjUGlbH5iOcvqphgEbeRH13 Content-Type: text/plain; charset=windows-1252 Content-Transfer-Encoding: quoted-printable Hi Pascal, there is no doubt that today's IoT hardware can run Internet security protocols. This is why we worked on the DTLS profile in the DICE working group, which has been finally published as an RFC a few days ago. Here is the link: https://tools.ietf.org/html/rfc7925 There are two separate issues that are being raised here in this discussion, namely * Low latency requirements (and Abhinav just sent a document around that provides further details), and * Security of the stored keying material. During the meeting we had a discussion about the ability (or inability) to use public key crypto on modern IoT hardware so that it hits the time budget needed for the lighting domain. I personally see the security of the stored keying material is an orthogonal issue since additional security protection makes attacks harder but of course not impossible. Btw, when you mention prices of chips you also need to indicate what the volume is. The price is very much dependent on the volume. Furthermore, you mention some performance numbers below but they seem to be incomplete since I don't really know what the constant 'nb_bloc_512bits' is. Could you please elaborate? Ciao Hannes On 07/24/2016 11:50 AM, Pascal Urien wrote: > I fully agree... >=20 > J3A081M can be found at 10$ over the WEB >=20 > Futhermore this class of cheap device can process TLS or DTLS as > illustrated in >=20 > https://tools.ietf.org/html/draft-urien-uta-tls-dtls-security-module-00= >=20 > They could be used for numerous applications in the IoT >=20 > Rgs >=20 > Pascal >=20 >=20 > 2016-07-23 23:59 GMT+02:00 Michael StJohns >: >=20 > On 7/23/2016 11:10 AM, Pascal Urien wrote: >> Hi All >> >> J3A081M is a javacard device from NXP >> >> The micocontroller should be the P5CD081V1A, which comprises a >> crypto processor >=20 > There's a number of these from a number of vendors. I'd actually > look at the A7xxx series of chips as they're designed to be > embeddable. I've become a big fan of javacard style solutions over= > the years. >=20 > In any event, the number of relatively inexpensive public key crypt= o > accelerator chips (e.g. googl for "secure authentication chips") is= > greater than zero and continues to climb. And for not a lot of > money. Estimating what from prices on Digikey, I'd think something= > less than $.50 for Quantity large as of today and half that or less= > in 1-2 years as its gets bundled into the "Swiss Army Knife" style > of process (e.g. support for wireless 900mhz plus ... plus ... plus= > ... plus security...) (google for iot module secure element 900mhz > for example). >=20 > Later, Mike >=20 >=20 >=20 >> >> The performances with the curve secp192r1 are the following (for >> ECDSA + SHA1) >> >> Sign =3D 40ms + nb_bloc_512bits x 3.5 ms >> Verify =3D 60ms + nb_bloc_512bits x 3,5 ms >> >> >> By the way this chip has enough crypto ressouces for processing >> TLS or DTLS >> >> Rgs >> >> Pascal >> >> >> _______________________________________________ >> Ace mailing list >> Ace@ietf.org >> https://www.ietf.org/mailman/listinfo/ace >=20 >=20 >=20 > _______________________________________________ > Ace mailing list > Ace@ietf.org > https://www.ietf.org/mailman/listinfo/ace >=20 >=20 >=20 >=20 > _______________________________________________ > Ace mailing list > Ace@ietf.org > https://www.ietf.org/mailman/listinfo/ace >=20 --wQnaH0hbAcfjUGlbH5iOcvqphgEbeRH13 Content-Type: application/pgp-signature; name="signature.asc" Content-Description: OpenPGP digital signature Content-Disposition: attachment; filename="signature.asc" -----BEGIN PGP SIGNATURE----- Version: GnuPG v2.0.22 (GNU/Linux) Comment: GPGTools - http://gpgtools.org iQEcBAEBCgAGBQJXlgDFAAoJEGhJURNOOiAt77gH/3BbNA+GDjl9nfB+RdhwMF9F okKhcWGhmBzP2w3ILVBld1xIIoqnVhX54OkfteNNYFae2kIo2uRDg2gLNvJzC0xE pmy3pY/fW4SKcetYUR44wJyCR867b/FFk6gEfnJnXw2dFyXVXcIhjeBAhx1kPJ3f OErHX3yqOGU9xKrYhPZRFPSVJO9rYnhIv1ztZMLtV0DXGiVbuUoHfrA5JoF0SYWR 3a7/zn/ClcUwjQnFiEi8WFVFwOyR43XpDKdVxZaGBBJJIWbThKzwkPic7DYJZi9Z vBHFLbmvMH2LmFOm7wrdVq6YeQFgSpKJZ1TVYX359ww7ALRmrQf6Av39JJbYfXY= =VqTu -----END PGP SIGNATURE----- --wQnaH0hbAcfjUGlbH5iOcvqphgEbeRH13-- From nobody Mon Jul 25 05:21:31 2016 Return-Path: X-Original-To: ace@ietfa.amsl.com Delivered-To: ace@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 57EAF12D808 for ; 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DIR:OUT; SFP:1102; SCL:1; SRVR:HE1PR0601MB2201; H:HE1PR0601MB2203.eurprd06.prod.outlook.com; FPR:; SPF:None; PTR:InfoNoRecords; MX:1; A:1; LANG:en; received-spf: None (protection.outlook.com: tridonic.com does not designate permitted sender hosts) spamdiagnosticoutput: 1:99 spamdiagnosticmetadata: NSPM Content-Type: multipart/alternative; boundary="_000_HE1PR0601MB22030003D2913DA6096CB3E4FC0D0HE1PR0601MB2203_" MIME-Version: 1.0 X-OriginatorOrg: tridonic.com X-MS-Exchange-CrossTenant-originalarrivaltime: 25 Jul 2016 12:21:21.8168 (UTC) X-MS-Exchange-CrossTenant-fromentityheader: Hosted X-MS-Exchange-CrossTenant-id: 8b206608-a593-4ace-a4b6-ef1fc83c9169 X-MS-Exchange-Transport-CrossTenantHeadersStamped: HE1PR0601MB2201 Archived-At: Subject: Re: [Ace] Adoption of Low Latency Group Communication Security Work in ACE X-BeenThere: ace@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: "Authentication and Authorization for Constrained Environments \(ace\)" List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Mon, 25 Jul 2016 12:21:29 -0000 --_000_HE1PR0601MB22030003D2913DA6096CB3E4FC0D0HE1PR0601MB2203_ Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: quoted-printable Hi Mike, The group key is also the authorization key in the model proposed. Any ent= ity that holds that key can forge a message that can cause the action autho= rized by the issuance of that key. In your example, assuming that the door = lock and the lightbulb share the same group key, then compromising the ligh= tbulb allows you to control the door lock. [AS] This is not the model we have in mind in the document. It is clear tha= t the document needs some more specification work which relies on OSCOAP/CO= SE being complete. However, if you look at sections 3.3 and 3.4 both the AT= -R and AT-KDC assume that there is a field "Scope" which mentions permissio= ns of the entity holding the token including "which resources maybe accesse= d with the token". So, compromising a lightbulb group key does not automati= cally imply that the door-lock can be controlled with the same key. In general, authentication comes with the key that you have - authorization= is then tied to that key. In DTLS (as in TLS), your session key is also = your authorization key once your TLS session is tied to a particular identi= ty (e.g. via an HTTP login, via a client cert exchange, via OAuth). So - cosmetic differences only. Mike /Ludwig _______________________________________________ Ace mailing list Ace@ietf.org https://www.ietf.org/mailman/listinfo/ace ________________________________________________________ The contents of th= is e-mail and any attachments are confidential to the intended recipient. T= hey may not be disclosed to or used by or copied in any way by anyone other= than the intended recipient. If this e-mail is received in error, please i= mmediately notify the sender and delete the e-mail and attached documents. = Please note that neither the sender nor the sender's company accept any res= ponsibility for viruses and it is your responsibility to scan or otherwise = check this e-mail and any attachments. --_000_HE1PR0601MB22030003D2913DA6096CB3E4FC0D0HE1PR0601MB2203_ Content-Type: text/html; charset="us-ascii" Content-Transfer-Encoding: quoted-printable

Hi Mike,


The group key is also the authorization key in the model proposed.  An= y entity that holds that key can forge a message that can cause the action = authorized by the issuance of that key. In your example, assuming that the = door lock and the lightbulb share the same group key, then compromising the lightbulb allows you to control the = door lock.
[AS] This is not the model we have in mind in= the document. It is clear that the document needs some more specification = work which relies on OSCOAP/COSE being complete. However, if you look at se= ctions 3.3 and 3.4 both the AT-R and AT-KDC assume that there is a field “Scope” which mentions per= missions of the entity holding the token including “which resources m= aybe accessed with the token”. So, compromising a lightbulb group key= does not automatically imply that the door-lock can be controlled with the same key.


In general, authentication comes with the key that you have - authorization= is then tied to that key.  In DTLS  (as in TLS), your session ke= y is also your authorization key once your TLS session is tied to a particu= lar identity (e.g. via an HTTP login, via a client cert exchange, via OAuth).

So - cosmetic differences only.

Mike








/Ludwig 





_______________________________________________
Ace mailing list
Ace@ietf.org
https://www.ietf=
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________________________________________________________ The contents of th= is e-mail and any attachments are confidential to the intended recipient. T= hey may not be disclosed to or used by or copied in any way by anyone other= than the intended recipient. If this e-mail is received in error, please immediately notify the sender and= delete the e-mail and attached documents. Please note that neither the sen= der nor the sender's company accept any responsibility for viruses and it i= s your responsibility to scan or otherwise check this e-mail and any attachments. --_000_HE1PR0601MB22030003D2913DA6096CB3E4FC0D0HE1PR0601MB2203_-- From nobody Mon Jul 25 07:17:47 2016 Return-Path: X-Original-To: ace@ietfa.amsl.com Delivered-To: ace@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 4FF4D12D8A5 for ; Mon, 25 Jul 2016 07:17:46 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -2 X-Spam-Level: X-Spam-Status: No, score=-2 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, DKIM_SIGNED=0.1, DKIM_VALID=-0.1, DKIM_VALID_AU=-0.1] autolearn=ham autolearn_force=no Authentication-Results: ietfa.amsl.com (amavisd-new); dkim=pass (1024-bit key) header.d=ihtfp.com Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id mUdFVU5tX9cc for ; Mon, 25 Jul 2016 07:17:45 -0700 (PDT) Received: from mail2.ihtfp.org (MAIL2.IHTFP.ORG [204.107.200.7]) (using TLSv1.2 with cipher AECDH-AES256-SHA (256/256 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id 14F4F12D8B8 for ; Mon, 25 Jul 2016 07:17:45 -0700 (PDT) Received: from localhost (localhost [127.0.0.1]) by mail2.ihtfp.org (Postfix) with ESMTP id 6F40DE2030; Mon, 25 Jul 2016 10:17:43 -0400 (EDT) Received: from mail2.ihtfp.org ([127.0.0.1]) by localhost (mail2.ihtfp.org [127.0.0.1]) (amavisd-maia, port 10024) with ESMTP id 25162-03; Mon, 25 Jul 2016 10:17:39 -0400 (EDT) Received: from securerf.ihtfp.org (IHTFP-DHCP-159.IHTFP.ORG [192.168.248.159]) (using TLSv1.2 with cipher ECDHE-RSA-AES256-GCM-SHA384 (256/256 bits)) (Client CN "mocana.ihtfp.org", Issuer "IHTFP Consulting Certification Authority" (verified OK)) by mail2.ihtfp.org (Postfix) with ESMTPS id 495FFE200A; Mon, 25 Jul 2016 10:17:39 -0400 (EDT) DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=ihtfp.com; s=default; t=1469456259; bh=10gN2DbKpjzc99EImn7ZSLxSRLHjTIfT2u+v70Iukcs=; h=From:To:Cc:Subject:References:Date:In-Reply-To; b=F8zn+wVmNUOFOg5QkIIxC4Rq4txEPTwxdkZTGL6JNX9qXSCgDCpXoF3U0t/V9uCXC rqMVAP9sq3hGXtmdD0MB+d5nb6lbAuGOFaJtG4fHQBG2HLSdo+66w3DZ1lQhtzzza/ MlUPR7K0TZ+VfBCaaMKqR7U/QLlNult2O1bKDqiY= Received: (from warlord@localhost) by securerf.ihtfp.org (8.15.2/8.14.8/Submit) id u6PEHckm012512; Mon, 25 Jul 2016 10:17:38 -0400 From: Derek Atkins To: Hannes Tschofenig References: <57909032.10809@gmx.net> Date: Mon, 25 Jul 2016 10:17:38 -0400 In-Reply-To: <57909032.10809@gmx.net> (Hannes Tschofenig's message of "Thu, 21 Jul 2016 11:04:50 +0200") Message-ID: User-Agent: Gnus/5.13 (Gnus v5.13) Emacs/24.5 (gnu/linux) MIME-Version: 1.0 Content-Type: text/plain X-Virus-Scanned: Maia Mailguard 1.0.2a Archived-At: Cc: "Ace@ietf.org" Subject: Re: [Ace] Group Communication Security Disagreements X-BeenThere: ace@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: "Authentication and Authorization for Constrained Environments \(ace\)" List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Mon, 25 Jul 2016 14:17:46 -0000 Hannes, Hannes Tschofenig writes: > * What are the implications for power consumption? > > Here is my initial impression regarding the second aspect from a > performance analysis I ran on an LPC1768. It took 458 msec to do a > verify computation with optimization enabled* for a secp256r1 curve. > The LPC 1768 demo board uses a ARM Cortex-M3 CPU running at 96MHz. > > I also did a performance test with the STM DISCO-F746NG, which uses > a Cortex-M7 CPU running at 216 MHz. For the ECDSA secp256r1 verify > operation it took 10, 205 msec. Is this Ten Thousand Two Hundred Five msec (e.g. 10+ seconds)? Or is this Ten decimal Two Hundred Five msec? -derek -- Derek Atkins 617-623-3745 derek@ihtfp.com www.ihtfp.com Computer and Internet Security Consultant From nobody Mon Jul 25 07:24:05 2016 Return-Path: X-Original-To: ace@ietfa.amsl.com Delivered-To: ace@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 4D4CF12D8C9 for ; Mon, 25 Jul 2016 07:23:55 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -3.888 X-Spam-Level: X-Spam-Status: No, score=-3.888 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, FREEMAIL_FROM=0.001, RCVD_IN_DNSWL_LOW=-0.7, RCVD_IN_MSPIKE_H2=-0.001, RP_MATCHES_RCVD=-1.287, SPF_PASS=-0.001] autolearn=ham autolearn_force=no Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id 57cOpRt5oPAv for ; Mon, 25 Jul 2016 07:23:53 -0700 (PDT) Received: from mout.gmx.net (mout.gmx.net [212.227.15.15]) (using TLSv1.2 with cipher DHE-RSA-AES256-GCM-SHA384 (256/256 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id 2426D12D8C2 for ; Mon, 25 Jul 2016 07:23:52 -0700 (PDT) Received: from [192.168.10.131] ([195.149.223.151]) by mail.gmx.com (mrgmx003) with ESMTPSA (Nemesis) id 0MI4yc-1bSFow3s9W-003sEa; Mon, 25 Jul 2016 16:23:41 +0200 To: Derek Atkins References: <57909032.10809@gmx.net> From: Hannes Tschofenig Openpgp: id=071A97A9ECBADCA8E31E678554D9CEEF4D776BC9 Message-ID: <579620EB.8020400@gmx.net> Date: Mon, 25 Jul 2016 16:23:39 +0200 User-Agent: Mozilla/5.0 (X11; Linux x86_64; rv:38.0) Gecko/20100101 Thunderbird/38.8.0 MIME-Version: 1.0 In-Reply-To: Content-Type: multipart/signed; micalg=pgp-sha512; protocol="application/pgp-signature"; boundary="smnk1xfRDrkVSGILEMPj9v2wprIeIAGLT" X-Provags-ID: V03:K0:HaSH88/MDkfN85JxLAqimIbd4+2Wiq2QXpPKjPrD4aTYlkmu8zJ jUH/ZJK09Xhl4wYayOkNFHi1Hd1neeD2SzhddP4OEmrIVruWa+4FSRlkZOBucfpARf6Q20C qP2WB5XQPbR3lRfiGlBABhga9T6TjDTiaTyFYpNvVqXUNIuRmJw46IyBci89O5Je6eXDfOc HeB5yktWJSnfdss+6ltyw== X-UI-Out-Filterresults: notjunk:1;V01:K0:Rogy9HvaqKY=:0pwrT0JNR4NThcIJu3kXkh q4gnfvRkKR0uz+IdbhAgBI5soyESB1znWPgNNT84HlsxBZcmloADOz/b8M+3uIMVbqzZFDPQP alQKReIiqRJwDAVKRotyRRSm0T/sSyFUFDSzHMN8ryS7vbHuKnY6QmJHlgYDkbmMe4Qf1LwUd 49aLjCKlXpPBTW1PQYfSyxFsjEQuatOBNSmc5V7QWJ+nlfzYbz88po4U/vKSdHd5/1y1RZ49g DLKNFbZI4oD4fvB32y7qAosVsBxAtvhuM7puHOzQ0Xc6q2HT6h5kh1NL8tsbG6YCe7Fjg4xOT S9U+WVecjBRalEs/QMjVf0RQWmcjWNFD5T+Z1Qmoz+fGkEPvO+Gwjc12Wsmb8qP1kl3Z5n5LZ +LXTEVokiIevA4PNYxe5P1/S1vK9xM55bjRF8KY+/98JVwVTgB1qn5JSls7vt/3OYNnBdpPQG rgFUg8RELzCcYehv4MHq1Jv+Vdjhr0rAZuoxIuZfaAPwwK9qbynV2OYdPlKPSZNer1qbfc9sE 1WE/l4Tqjadq6a2V3YGjj7TH7wFY6SR/wUtPx2EDU5qKTHIe2jGZPMSjDzMDpvFoAyhuxJkb6 PWMOIOYs318GWqY8HsJz28SwbY3qxIuD1gI5myHur49T0MHPmRiLSNNwKAzNGwm2FRO+RQF4L y9+nPyr/J6io1C4Wq9CY2dD1xldSzCS+B3Gd7LPxPNwIqDAi+ys2vVUqAd54aWZpoaTlOJDGe oW+Mhh4gS/oiZRFYnEOkVDPj5ERUdk6MXVo8mGF+x8EzPyLhCYQkKiOTjQ0= Archived-At: Cc: "Ace@ietf.org" Subject: Re: [Ace] Group Communication Security Disagreements X-BeenThere: ace@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: "Authentication and Authorization for Constrained Environments \(ace\)" List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Mon, 25 Jul 2016 14:23:55 -0000 This is an OpenPGP/MIME signed message (RFC 4880 and 3156) --smnk1xfRDrkVSGILEMPj9v2wprIeIAGLT Content-Type: text/plain; charset=windows-1252 Content-Transfer-Encoding: quoted-printable This is copy-and-past error. Sorry! The correct wording is: "For the ECDSA secp256r1 verify operation it took 205 msec on a Cortex-M7 running at 216 MHz." Ciao Hannes On 07/25/2016 04:17 PM, Derek Atkins wrote: > Hannes, >=20 > Hannes Tschofenig writes: >=20 >> * What are the implications for power consumption? >> >> Here is my initial impression regarding the second aspect from a >> performance analysis I ran on an LPC1768. It took 458 msec to do a >> verify computation with optimization enabled* for a secp256r1 curve. >> The LPC 1768 demo board uses a ARM Cortex-M3 CPU running at 96MHz. >> >> I also did a performance test with the STM DISCO-F746NG, which uses >> a Cortex-M7 CPU running at 216 MHz. For the ECDSA secp256r1 verify >> operation it took 10, 205 msec. >=20 > Is this Ten Thousand Two Hundred Five msec (e.g. 10+ seconds)? Or is > this Ten decimal Two Hundred Five msec? >=20 > -derek >=20 --smnk1xfRDrkVSGILEMPj9v2wprIeIAGLT Content-Type: application/pgp-signature; name="signature.asc" Content-Description: OpenPGP digital signature Content-Disposition: attachment; filename="signature.asc" -----BEGIN PGP SIGNATURE----- Version: GnuPG v2.0.22 (GNU/Linux) Comment: GPGTools - http://gpgtools.org iQEcBAEBCgAGBQJXliDrAAoJEGhJURNOOiAtwcgH/3wRzy9+fSniH+aDnrpEfwMX fCCi64aMMgLCmnd7bwVtcPqmwqBLdr5s6DwJd1CPqzH+iACmUeesoymv8ab9YI4F KhsyzEJbmC5TuIqhh6HJ5cYfxnukcxzKKlSKr+nmu5IMq+wZW/K3N8V8IDEfadet +u4WAgHUENO78r69xTSzmRVFYeeCnfgPMY7ugr2QUl+BvmWHFXo6LsE7AR9Y4wFv CFq7yyKt9MeSiRkP5Bdb9RxNHgihbyi5b+kxTLAsprH7wg3gtQAYDuOk+OGcojoU XZ3Uo9CBokY4n/k+AsboKCtHva1agixRB7m9+1tYhcTdAEvhcohiucp+u8uMaF8= =dNMd -----END PGP SIGNATURE----- --smnk1xfRDrkVSGILEMPj9v2wprIeIAGLT-- From nobody Mon Jul 25 08:07:25 2016 Return-Path: X-Original-To: ace@ietfa.amsl.com Delivered-To: ace@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id C0BB912D8A4 for ; Mon, 25 Jul 2016 08:07:24 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -1.998 X-Spam-Level: X-Spam-Status: No, score=-1.998 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, DKIM_SIGNED=0.1, DKIM_VALID=-0.1, DKIM_VALID_AU=-0.1, MIME_QP_LONG_LINE=0.001, RCVD_IN_DNSWL_NONE=-0.0001, SPF_PASS=-0.001, UNPARSEABLE_RELAY=0.001, WEIRD_PORT=0.001] autolearn=ham autolearn_force=no Authentication-Results: ietfa.amsl.com (amavisd-new); dkim=pass (1024-bit key) header.d=alibaba-inc.com Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id NYnYZI5Wi2I3 for ; Mon, 25 Jul 2016 08:07:23 -0700 (PDT) Received: from out4133-66.mail.aliyun.com (out4133-66.mail.aliyun.com [42.120.133.66]) by ietfa.amsl.com (Postfix) with ESMTP id 00BE612D196 for ; Mon, 25 Jul 2016 08:07:19 -0700 (PDT) DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=alibaba-inc.com; s=default; t=1469459235; h=Date:Subject:From:To:Message-ID:Mime-version:Content-type; bh=GuTAQKlvugeBW/0bczPKryv6QpxaLyXZwXp0mP7fDb4=; b=XoXcoI5XYf8EbNXeme2WQSZXm2DRXNbWRBNSnE8NyylVhmLw+IA1cgxRAOMoJOMiO3DyfrmkLFgkaJtwJZthsfOw0BM7LOvT9SyjXFaW0tvhqXVf6icqSuDbIeVHcqhMB8cEZx9GG7ZXsp+jBVOPARKVweVIqaY5isy7bU1rR0g= X-Alimail-AntiSpam: AC=PASS; BC=-1|-1; BR=01201311R121e4; FP=0|-1|-1|-1|0|-1|-1|-1; HT=e02c03312; MF=kepeng.lkp@alibaba-inc.com; NM=1; PH=DS; RN=2; SR=0; TI=SMTPD_----540I4SG_1469459227; Received: from 30.39.29.223(mailfrom:kepeng.lkp@alibaba-inc.com ip:42.120.73.207) by smtp.aliyun-inc.com(127.0.0.1); Mon, 25 Jul 2016 23:07:09 +0800 User-Agent: Microsoft-MacOutlook/14.4.8.150116 Date: Mon, 25 Jul 2016 23:07:07 +0800 From: "Kepeng Li" To: Renzo Navas , ace Message-ID: Thread-Topic: [Ace] etherpad minutes References: In-Reply-To: Mime-version: 1.0 Content-type: text/plain; charset="GB2312" Content-transfer-encoding: quoted-printable Archived-At: Subject: Re: [Ace] etherpad minutes X-BeenThere: ace@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: "Authentication and Authorization for Constrained Environments \(ace\)" List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Mon, 25 Jul 2016 15:07:25 -0000 Hello all, Thanks to Robin Wilton , Renzo Navas, Francesca Palombini for taking the notes. Please find the uploaded minutes here: https://www.ietf.org/proceedings/96/minutes/minutes-96-ace Please review the minutes and send us corrections if you have. Kind Regards Kepeng & Hannes =D4=DA 20/7/16 10:06 am=A3=AC "Renzo Navas" =D0=B4=C8=EB: >Please you can help taking minutes here: > >http://etherpad.tools.ietf.org:9000/p/notes-ietf-96-ace?useMonospaceFont=3Dt >rue > >_______________________________________________ >Ace mailing list >Ace@ietf.org >https://www.ietf.org/mailman/listinfo/ace From nobody Mon Jul 25 08:12:50 2016 Return-Path: X-Original-To: ace@ietfa.amsl.com Delivered-To: ace@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 3B10612B051 for ; Mon, 25 Jul 2016 08:12:49 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -15.807 X-Spam-Level: X-Spam-Status: No, score=-15.807 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, DKIM_SIGNED=0.1, DKIM_VALID=-0.1, DKIM_VALID_AU=-0.1, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_HI=-5, RCVD_IN_MSPIKE_H4=-0.01, RCVD_IN_MSPIKE_WL=-0.01, RP_MATCHES_RCVD=-1.287, SPF_PASS=-0.001, USER_IN_DEF_DKIM_WL=-7.5] autolearn=ham autolearn_force=no Authentication-Results: ietfa.amsl.com (amavisd-new); dkim=pass (1024-bit key) header.d=cisco.com Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id ABZsJieQaISr for ; Mon, 25 Jul 2016 08:12:48 -0700 (PDT) Received: from aer-iport-2.cisco.com (aer-iport-2.cisco.com [173.38.203.52]) (using TLSv1.2 with cipher DHE-RSA-SEED-SHA (128/128 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id 6FDBC12D59F for ; Mon, 25 Jul 2016 08:12:47 -0700 (PDT) DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/simple; d=cisco.com; i=@cisco.com; l=6452; q=dns/txt; s=iport; t=1469459567; x=1470669167; h=subject:to:references:from:message-id:date:mime-version: in-reply-to; bh=To+7cl0rCChbIK4L74od6GK41UTkaRDsclSeEaK3aS4=; b=TUU1pBTceh4GWo9VXVO6uOmQqngtWUNe8zMJmy6x4Emv9GxSxkvU2muh CE2xN8A0ZiET+NHl/a4y6vyT0wtXXVDZPGcWwuArQbBwBUZ82AzXAG5gl SLETPuZ5XECPDQXiOFp7AatpvZIybasYNsEWj8+C+i3O9sVcaO3eoegL9 E=; X-Files: signature.asc : 481 X-IronPort-Anti-Spam-Filtered: true X-IronPort-Anti-Spam-Result: =?us-ascii?q?A0CBBgAnK5ZX/xbLJq0ZAToBCIQ/tDWHA?= =?us-ascii?q?YYdAoF4EAEBAQEBAQFdJ4RcAQEEASNmCwQUKgICVwYBDAQEAQGIJAiJb51ZjTo?= =?us-ascii?q?BAQEBAQEBAQIBAQEBAQEBAQEBAQ4OiCKCVYQZBYMjgloBBJkogzmBcIlGiVSFa?= =?us-ascii?q?5AhNR+CCxyBTjoDiTwBAQE?= X-IronPort-AV: E=Sophos;i="5.28,419,1464652800"; d="asc'?scan'208,217";a="636416042" Received: from aer-iport-nat.cisco.com (HELO aer-core-4.cisco.com) ([173.38.203.22]) by aer-iport-2.cisco.com with ESMTP/TLS/DHE-RSA-AES256-GCM-SHA384; 25 Jul 2016 15:12:45 +0000 Received: from [10.61.72.235] (ams3-vpn-dhcp2283.cisco.com [10.61.72.235]) by aer-core-4.cisco.com (8.14.5/8.14.5) with ESMTP id u6PFCj1H007471; Mon, 25 Jul 2016 15:12:45 GMT To: Michael StJohns , ace@ietf.org References: <57909032.10809@gmx.net> <6d259c5b-28e3-c748-4590-0c9f942fe343@comcast.net> From: Eliot Lear Message-ID: <378a0359-6b31-a30c-af28-8ea567b06b00@cisco.com> Date: Mon, 25 Jul 2016 17:12:44 +0200 User-Agent: Mozilla/5.0 (Macintosh; Intel Mac OS X 10.11; rv:45.0) Gecko/20100101 Thunderbird/45.2.0 MIME-Version: 1.0 In-Reply-To: <6d259c5b-28e3-c748-4590-0c9f942fe343@comcast.net> Content-Type: multipart/signed; micalg=pgp-sha256; protocol="application/pgp-signature"; boundary="WBddLlM1LsuI3RAwe6t0gWb95xfbrWNtf" Archived-At: Subject: Re: [Ace] Group Communication Security Disagreements X-BeenThere: ace@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: "Authentication and Authorization for Constrained Environments \(ace\)" List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Mon, 25 Jul 2016 15:12:49 -0000 This is an OpenPGP/MIME signed message (RFC 4880 and 3156) --WBddLlM1LsuI3RAwe6t0gWb95xfbrWNtf Content-Type: multipart/mixed; boundary="XntEjSLXl1wbblFXReCpEJLWdCbtjd9BX" From: Eliot Lear To: Michael StJohns , ace@ietf.org Message-ID: <378a0359-6b31-a30c-af28-8ea567b06b00@cisco.com> Subject: Re: [Ace] Group Communication Security Disagreements References: <57909032.10809@gmx.net> <6d259c5b-28e3-c748-4590-0c9f942fe343@comcast.net> In-Reply-To: <6d259c5b-28e3-c748-4590-0c9f942fe343@comcast.net> --XntEjSLXl1wbblFXReCpEJLWdCbtjd9BX Content-Type: multipart/alternative; boundary="------------73BFD0F3180D00CCEA9A8283" This is a multi-part message in MIME format. --------------73BFD0F3180D00CCEA9A8283 Content-Type: text/plain; charset=utf-8 Content-Transfer-Encoding: quoted-printable On 7/21/16 3:48 PM, Michael StJohns wrote: > Without unique source identification (and for that matter role > identification either inband or implicit) any compromised device > results in your attacker being able to act as a controller for the > group. Again, not a large problem (but a problem nonetheless) for a > small group of lights inside an office behind locked doors. But a very > large problem for a system that's possibly controlling 100 or 1000 > lights in a group. +1, and I'm not even sure if it's not a problem for a small group of lights behind locked doors if wireless is involved. > > As I said at the microphone, if I thought you could just do this as > the "ACE protocol for group control of lights" and keep people from > using it for other things I'd be a lot less concerned (but still > there's the whole threat of turning off all the lights in a building > all at once). But the reality is this protocol will be used for > control of things beyond lights and it would be irresponsible to > standardize a protocol with a real possibility for direct real-world > negative impacts on safety and health. > Yes, but I would go further and say that network owners ask two questions= : 1. What is this Thing? 2. And what access does it require/not want? Absent device identity they cannot answer the 2nd question. This is as important for lighting as for any other application, because it is how a network will distinguish what those applications are. > > The way to solve this for a general involves public key cryptography - > that's just how the security and physics and math work out. > Yes. And as I believe has also been discussed, use of PSK seems to cause us to muddle the authentication and authorization aspects of OAUTH, for instance. Eliot --------------73BFD0F3180D00CCEA9A8283 Content-Type: text/html; charset=utf-8 Content-Transfer-Encoding: quoted-printable



On 7/21/16 3:48 PM, Michael StJohns wrote:
Without unique source identification (and for that matter role identification either inband or implicit) any compromised device results in your attacker being able to act as a controller for the group.=C2=A0 Again, not a large problem (but a problem nonetheless) for a small group of lights inside an office behind locked doors. But a very large problem for a system that's possibly controlling 100 or 1000 lights in a group.

+1, and I'm not even sure if it's not a problem for a small group of lights behind locked doors if wireless is involved.


As I said at the microphone, if I thought you could just do this as the "ACE protocol for group control of lights" and keep people from using it for other things I'd be a lot less concerned (but still there's the whole threat of turning off all the lights in a building all at once).=C2=A0 But the reality is this protocol will = be used for control of things beyond lights and it would be irresponsible to standardize a protocol with a real possibility for direct real-world negative impacts on safety and health.


Yes, but I would go further and say that network owners ask two questions:
  1. What is this Thing?
  2. And what access does it require/not want?

Absent device identity they cannot answer the 2nd question.=C2=A0 = This is as important for lighting as for any other application, because it is how a network will distinguish what those applications are.



The way to solve this for a general involves public key cryptography - that's just how the security and physics and math work out.


Yes.=C2=A0 And as I believe has also been discussed, use of PSK seems= to cause us to muddle the authentication and authorization aspects of OAUTH, for instance.

Eliot
--------------73BFD0F3180D00CCEA9A8283-- --XntEjSLXl1wbblFXReCpEJLWdCbtjd9BX-- --WBddLlM1LsuI3RAwe6t0gWb95xfbrWNtf Content-Type: application/pgp-signature; name="signature.asc" Content-Description: OpenPGP digital signature Content-Disposition: attachment; filename="signature.asc" -----BEGIN PGP SIGNATURE----- Version: GnuPG/MacGPG2 v2 iQEcBAEBCAAGBQJXlixsAAoJEIe2a0bZ0nozwKoH/RncUDG38HX7IxDeULiGxj8v 1Kf9GO4O0DH5h+lVldNaT7F9E31YdKGeIa3Rb/2unCUMoBlIpR3VHrviLCPR6XPX i4pYCwdSZRKtmnpch5uqWTk0S6cQLkyKVJOaEfub0wwMdn3LS0lnGsm+PD94ErKD CxMQBQ7Oai4Bb6pfeyZiRlIf5sW+2Xd+aMvyyBoFLbf9v007WKS9gP633IKxlU+6 oL2EQIiKyrLav17LgVpcRUWny2nDANTczya5UgzD+ktuzz21v6LnjZ2SJwqQgPNr Jv5rTTfIhnVm7lVunW3eMhJzQza5o7r3gXNztY713dMgFPrKkIx1j8YKdy8EPbU= =3Pde -----END PGP SIGNATURE----- --WBddLlM1LsuI3RAwe6t0gWb95xfbrWNtf-- From nobody Mon Jul 25 08:47:26 2016 Return-Path: X-Original-To: ace@ietfa.amsl.com Delivered-To: ace@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id E2FEF12D907 for ; Mon, 25 Jul 2016 08:47:24 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -3.888 X-Spam-Level: X-Spam-Status: No, score=-3.888 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, FREEMAIL_FROM=0.001, RCVD_IN_DNSWL_LOW=-0.7, RCVD_IN_MSPIKE_H2=-0.001, RP_MATCHES_RCVD=-1.287, SPF_PASS=-0.001] autolearn=ham autolearn_force=no Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id rlsZnkIid5Lr for ; Mon, 25 Jul 2016 08:47:23 -0700 (PDT) Received: from mout.gmx.net (mout.gmx.net [212.227.15.15]) (using TLSv1.2 with cipher DHE-RSA-AES256-GCM-SHA384 (256/256 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id 5EEE512D901 for ; Mon, 25 Jul 2016 08:47:22 -0700 (PDT) Received: from [192.168.10.131] ([195.149.223.151]) by mail.gmx.com (mrgmx001) with ESMTPSA (Nemesis) id 0MCcOw-1bZvZg1QaA-009TAB; Mon, 25 Jul 2016 17:47:14 +0200 To: Eliot Lear , Michael StJohns , ace@ietf.org References: <57909032.10809@gmx.net> <6d259c5b-28e3-c748-4590-0c9f942fe343@comcast.net> <378a0359-6b31-a30c-af28-8ea567b06b00@cisco.com> From: Hannes Tschofenig Openpgp: id=071A97A9ECBADCA8E31E678554D9CEEF4D776BC9 X-Enigmail-Draft-Status: N1110 Message-ID: <57963480.2000809@gmx.net> Date: Mon, 25 Jul 2016 17:47:12 +0200 User-Agent: Mozilla/5.0 (X11; Linux x86_64; rv:38.0) Gecko/20100101 Thunderbird/38.8.0 MIME-Version: 1.0 In-Reply-To: <378a0359-6b31-a30c-af28-8ea567b06b00@cisco.com> Content-Type: multipart/signed; micalg=pgp-sha512; protocol="application/pgp-signature"; boundary="OUr6fOdEmi7Qs51tT9KOUghEaK1aESi7i" X-Provags-ID: V03:K0:wiK2awb+6qpfxw4EonmvBfcLUG7VKq1vRI5BueONquwqJ5Ig9q3 zpBfqJEFwfcU5p677XbT5e00J9ODMivCNW5PuUhcEc2yfT5cxrCb6/d//TgPj8SjXjoPIMa 8Gy5ZvNaZQDeUE69HoaeJI+DtAdtYB08a/ZqSTuQ4UTyvuIKJMBwytKt63h6gN6cl8+nrAQ 8vskon+IVGHG3Ck0mVLMA== X-UI-Out-Filterresults: notjunk:1;V01:K0:2bwDkOB3oDs=:lG4MhHrS88PZ2vy9DaYwlA YQok38BGXbMg0GoFTPnoUbkzlnUX6DS1sFuPoWSnXDwixvsCnQxxQpC/s06w0kj3hL6N+rSwi H1cC247IN7uMewqkE57Xnv2qs0mvzHctdDor1x+m2v7QcqkAXXz7R0GcZWqGc8fzY5p4i7DZI DcLuSM8lBNidwg3t33UsT2PVbzLKYXEfjsu11qdD4ErYT0TF8e/vKB+8DVYdlZStZ9/Ny+abi 8qVknMVA6Z4TQ5QPcM7Bwd5f9vk5QVr7eoPlVNdJYadDijaVRol/FvfoU/yBYZmV7yg/w9cz3 BBOgtqG7cIcg2YxSNIzdaJcvAVvEeJlo/tc5RBQQ57oXmYVlRSdRwsLYbd3SzeOh9GnPfVBY6 HwE9JFHm1Rzbo6Ddl02NFO8AdjKc2v8lPzdQb3peZZsuOS+oBLJE7p4llXY3AIn7EQyKgc93M 7EuDnck6OtR7V7jPkzLe+BpykR6mUJih4HC0TYifZlEJNmEbmaRvzZ5HhGxj9ihIixGHQkDRL BmYxx0udixGW4XuBbxUuFaGBCxUV19qjmkFSgc4nvK2gDiwhsxrU5dB1ZbpncRsnQOF7WGSBh FcCXRxcq4J1i7R+pjOmXWeQ7ctqsRIK48tsJ2Ri5MQC9ORj3r5UW0QlNNQHXJeGpnO766x7pf 4dK9mBLrwBstUFd/J15OpBwoloBh+g/YiWByPgNzjbHK9FJadjdec4FuYhSmD5pC1roNjmeoy j722ljyhHZSOTWq/mzvPj4cWdnzWUhCLSYvP6c+WGHN5KHpUQR0QuV7TWso= Archived-At: Subject: Re: [Ace] Group Communication Security Disagreements X-BeenThere: ace@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: "Authentication and Authorization for Constrained Environments \(ace\)" List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Mon, 25 Jul 2016 15:47:25 -0000 This is an OpenPGP/MIME signed message (RFC 4880 and 3156) --OUr6fOdEmi7Qs51tT9KOUghEaK1aESi7i Content-Type: text/plain; charset=windows-1252 Content-Transfer-Encoding: quoted-printable Hi Eliot, a quick response. On 07/25/2016 05:12 PM, Eliot Lear wrote: >=20 >=20 > On 7/21/16 3:48 PM, Michael StJohns wrote: >> Without unique source identification (and for that matter role >> identification either inband or implicit) any compromised device >> results in your attacker being able to act as a controller for the >> group. Again, not a large problem (but a problem nonetheless) for a >> small group of lights inside an office behind locked doors. But a very= >> large problem for a system that's possibly controlling 100 or 1000 >> lights in a group. >=20 > +1, and I'm not even sure if it's not a problem for a small group of > lights behind locked doors if wireless is involved. In order for the attack to work a luminary and a door lock need to be in the same group and share the same group key. For me the question is (from an authorization point of view) why the door lock as well as a luminary belong to the same group. Would a door lock participate in a group communication interaction altogether? >=20 >> >> As I said at the microphone, if I thought you could just do this as >> the "ACE protocol for group control of lights" and keep people from >> using it for other things I'd be a lot less concerned (but still >> there's the whole threat of turning off all the lights in a building >> all at once). But the reality is this protocol will be used for >> control of things beyond lights and it would be irresponsible to >> standardize a protocol with a real possibility for direct real-world >> negative impacts on safety and health. >> >=20 > Yes, but I would go further and say that network owners ask two questio= ns: >=20 > 1. What is this Thing? > 2. And what access does it require/not want? >=20 > Absent device identity they cannot answer the 2nd question. This is as= > important for lighting as for any other application, because it is how = a > network will distinguish what those applications are. >=20 In ACE we don't care what the network does. This is outside the scope of the charter, intentionally. The identifier for the device is what the device uses to authenticate itself to the authorization server in our setup. We don't call this "device identity" though. The authorization server is, as the name indicates, about storing authorization decisions typically provided by some human. This human could be a user in a home network or could as well an administrator in an enterprise network. We don't care that much. Call it policy. >=20 >> >> The way to solve this for a general involves public key cryptography -= >> that's just how the security and physics and math work out. >> >=20 > Yes. And as I believe has also been discussed, use of PSK seems to > cause us to muddle the authentication and authorization aspects of > OAUTH, for instance. I am not sure this is a fair summary of the work in OAuth. OAuth 2.0 as used today on the Web and in smart phone applications with bearer tokens makes heavy use of public key cryptography. It just has to work in a fragile environment -- the Web. Ciao Hannes >=20 > Eliot >=20 >=20 > _______________________________________________ > Ace mailing list > Ace@ietf.org > https://www.ietf.org/mailman/listinfo/ace >=20 --OUr6fOdEmi7Qs51tT9KOUghEaK1aESi7i Content-Type: application/pgp-signature; name="signature.asc" Content-Description: OpenPGP digital signature Content-Disposition: attachment; filename="signature.asc" -----BEGIN PGP SIGNATURE----- Version: GnuPG v2.0.22 (GNU/Linux) Comment: GPGTools - http://gpgtools.org iQEcBAEBCgAGBQJXljSAAAoJEGhJURNOOiAt9fgH/ivVUfjmZ6AanZKZSQRUSn2A /WjluaKaB2AV9y/CI4pxdRk2TcerpksQqynZ9v6Ov9n+yHSlz7tjexxAsLnEVSAI rYe0a/vwc4USAYkWnHXDH14/YIjjbxiFZNPWXsplfvCgjH7T/SOoBKknEB1+QTs7 NkYIa4oZJvHya2QwdyPIQtdy/ums+Px81BMoRS9+5Iq5hgNNOmnChZ9XjuGjUt2L KnPTnyqJkImdpPTBZKE3OkS2BTDwjpkjFcNGdaCYOAt+LeDVhaOqExglXpcSO9Kw 7ctiaK8j7+1vg9dqdwL/NM1Qf39QMg/+CrmOGxvrPzO1kVvq6UXuxNnm/eqT2I4= =o8ul -----END PGP SIGNATURE----- --OUr6fOdEmi7Qs51tT9KOUghEaK1aESi7i-- From nobody Mon Jul 25 09:03:30 2016 Return-Path: X-Original-To: ace@ietfa.amsl.com Delivered-To: ace@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 6FA5412D7F4 for ; Mon, 25 Jul 2016 09:03:28 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -3.986 X-Spam-Level: X-Spam-Status: No, score=-3.986 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, DKIM_SIGNED=0.1, DKIM_VALID=-0.1, DKIM_VALID_AU=-0.1, FREEMAIL_FROM=0.001, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_LOW=-0.7, RP_MATCHES_RCVD=-1.287, SPF_PASS=-0.001] autolearn=ham autolearn_force=no Authentication-Results: ietfa.amsl.com (amavisd-new); dkim=pass (2048-bit key) header.d=comcast.net Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id NASFbP746-p5 for ; Mon, 25 Jul 2016 09:03:26 -0700 (PDT) Received: from resqmta-po-12v.sys.comcast.net (resqmta-po-12v.sys.comcast.net [IPv6:2001:558:fe16:19:96:114:154:171]) (using TLSv1.2 with cipher ECDHE-RSA-AES256-GCM-SHA384 (256/256 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id AB5B712D728 for ; Mon, 25 Jul 2016 09:03:26 -0700 (PDT) Received: from resomta-po-04v.sys.comcast.net ([96.114.154.228]) by resqmta-po-12v.sys.comcast.net with SMTP id RiLDbBJiclHMYRiLmbDIgB; Mon, 25 Jul 2016 16:03:26 +0000 DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=comcast.net; s=q20140121; t=1469462606; bh=lhcxg/FM+PbnJg7pSU8sxSbGxVljxgRNveEQTnVk0p8=; h=Received:Received:Subject:To:From:Message-ID:Date:MIME-Version: Content-Type; b=A7dydJSKTXHp3HlyahpGGhK7iMSbp8tCRrljJg3PYQfGj+836wh5P2UleDIs4Pu8r ksHLYjWOvgdKnWVd5NkqY9/kTFzC5ekBufEnfiZZAWTIJXxFH2mtF2QzHAJPo4i5pJ PGcleQewb+wvssLTU9uYHfWWWFGYSFlMN6j9utcG5xk3Y6NIRfjKJC4bVENiLvjhV0 07PV1Oaic+jXvJECUkkt7MtQ8oa83vBt4fI3dr21Ssy3gl7YSR/hxzlTVc9wtOHFK8 PlgFW8PV2GbkTEarLjap+wYNlA288TMKQDGOKk4lJYzYNPH+ks0N8R4MUkMdgL0LXY FmqLqItueVb2g== Received: from [IPv6:2601:148:c000:1951:ccd7:589d:2636:a1d] ([IPv6:2601:148:c000:1951:ccd7:589d:2636:a1d]) by comcast with SMTP id RiLjbJPG7EFuXRiLkbRxob; Mon, 25 Jul 2016 16:03:25 +0000 To: Somaraju Abhinav , "ace@ietf.org" References: <578F4D59.8050005@gmx.net> <5E393DF26B791A428E5F003BB6C5342AB3716D64@OC11EXPO33.exchange.mit.edu> <23666.1469091857@obiwan.sandelman.ca> <95b0103c-ba2d-6cd8-6241-228df46e530b@sics.se> <8ca27108-a8b9-7b07-e752-656247716708@comcast.net> From: Michael StJohns Message-ID: Date: Mon, 25 Jul 2016 12:03:33 -0400 User-Agent: Mozilla/5.0 (Windows NT 6.1; WOW64; rv:45.0) Gecko/20100101 Thunderbird/45.2.0 MIME-Version: 1.0 In-Reply-To: Content-Type: multipart/alternative; boundary="------------984951034BBC48127A2DE7F9" X-CMAE-Envelope: MS4wfFPgdkvGlCvGq9vHrfnxY7Qav+JaMHxT4aZvYgx5xzuOlkPjxMdb48rWgfO2SFCx1ghUlinOUU0HrSmQy4VHM9Uu/8AebHGGY6KxTmo0KEEmnccHX0/P CH1wf+xFJhGzT0FXkEwIcvgSaziigsFOdeRo9R5sv+8R+HihEJWbxDIXiT6aCZcGgaGaxDmmpxLPfj75c0QPY9CcNd/YffyfXIYk1f9JlBs44OruGkn0a4sR Archived-At: Subject: Re: [Ace] Adoption of Low Latency Group Communication Security Work in ACE X-BeenThere: ace@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: "Authentication and Authorization for Constrained Environments \(ace\)" List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Mon, 25 Jul 2016 16:03:28 -0000 This is a multi-part message in MIME format. --------------984951034BBC48127A2DE7F9 Content-Type: text/plain; charset=windows-1252; format=flowed Content-Transfer-Encoding: 8bit On 7/25/2016 8:21 AM, Somaraju Abhinav wrote: > > Hi Mike, > > > The group key is also the authorization key in the model proposed. > Any entity that holds that key can forge a message that can cause the > action authorized by the issuance of that key. In your example, > assuming that the door lock and the lightbulb share the same group > key, then compromising the lightbulb allows you to control the door lock. > [AS] This is not the model we have in mind in the document. It is > clear that the document needs some more specification work which > relies on OSCOAP/COSE being complete. However, if you look at sections > 3.3 and 3.4 both the AT-R and AT-KDC assume that there is a field > “Scope” which mentions permissions of the entity holding the token > including “which resources maybe accessed with the token”. So, > compromising a lightbulb group key does not automatically imply that > the door-lock can be controlled with the same key. > Let's try one more time here. 1) If a group of devices share a key, and 2) If some of that group of devices are controllers, and 3) The majority are actuators (e.g. lightbulbs, locks), and, 4) The shared key is the only cryptographic protection on authentication, THEN, 5) The compromise of any device, even an actuator can be used to successfully forge messages that appear to come from controller nodes. Permissions notwithstanding - if more than two entities share a symmetric key, a receiver of a symmetrically signed message cannot trust that the message it received came from the identified source. [If two entities share a key, and I get a message that's signed by that key, and I didn't sign the message then obviously it came from the other guy. If three entities share a key Alice, Bob and Charlie, and Alice receives a message that purports to be from Bob, but is actually originating from Charlie, she cannot determine that the message did not come from Bob through any cryptographic means with this key] Continuing: The usual model for symmetric key authentication of a message is: Sender does: messageAuthenticationCode = MAC (sharedKey, Message). Send Message || messageAuthenticationCode. Receiver does: receivedMessageAuthenticationCode = MAC (sharedKey, Message). Compare receivedMessageAuthenticationCode with messageAuthenticationCode and if they match (according to match rules), message is authenticate. Note the similarities. In a symmetric key authentication - the sign and verify steps differ only on what you do with the output of the MAC calculation. Which implies that basically if you can verify it, you can forge it. Please let's consider the cryptography rather than something that doesn't actually provide an enforceable mechanism. Mike ps - someplace along the way someone came up with the meme that the lightbulbs and locks were on the same key domain and that was what I was complaining about. Instead, see above. What I'm complaining about - indeed what we settled upon in DICE - is that symmetric key group communications systems are not secure enough for any cyber-physical control system without specific mitigations. (For a definition of cyber-physical - Wiki is pretty good - https://en.wikipedia.org/wiki/Cyber-physical_system) > > In general, authentication comes with the key that you have - > authorization is then tied to that key. In DTLS (as in TLS), your > session key is also your authorization key once your TLS session is > tied to a particular identity (e.g. via an HTTP login, via a client > cert exchange, via OAuth). > > So - cosmetic differences only. > > Mike > --------------984951034BBC48127A2DE7F9 Content-Type: text/html; charset=windows-1252 Content-Transfer-Encoding: 8bit
On 7/25/2016 8:21 AM, Somaraju Abhinav wrote:

Hi Mike,


The group key is also the authorization key in the model proposed.  Any entity that holds that key can forge a message that can cause the action authorized by the issuance of that key. In your example, assuming that the door lock and the lightbulb share the same group key, then compromising the lightbulb allows you to control the door lock.
[AS] This is not the model we have in mind in the document. It is clear that the document needs some more specification work which relies on OSCOAP/COSE being complete. However, if you look at sections 3.3 and 3.4 both the AT-R and AT-KDC assume that there is a field “Scope” which mentions permissions of the entity holding the token including “which resources maybe accessed with the token”. So, compromising a lightbulb group key does not automatically imply that the door-lock can be controlled with the same key.


Let's try one more time here. 

1) If a group of devices share a key, and
2) If some of that group of devices are controllers, and
3) The majority are actuators (e.g. lightbulbs, locks), and,
4) The shared key is the only cryptographic protection on authentication, THEN,
5) The compromise of any device, even an actuator can be used to successfully forge messages that appear to come from controller nodes. 

Permissions notwithstanding - if more than two entities share a symmetric key, a receiver of a symmetrically signed message cannot trust that the message it received came from the identified source. 

[If two entities share a key, and I get a message that's signed by that key, and I didn't sign the message then obviously it came from the other guy.  If three entities share a key Alice, Bob and Charlie, and Alice receives a message that purports to be from Bob, but is actually originating from Charlie, she cannot determine that the message did not come from Bob through any cryptographic means with this key]

Continuing:

The usual model for symmetric key authentication of a message is:

Sender does:  messageAuthenticationCode = MAC (sharedKey, Message).  Send Message || messageAuthenticationCode.

Receiver does:  receivedMessageAuthenticationCode = MAC (sharedKey, Message).  Compare receivedMessageAuthenticationCode with messageAuthenticationCode and if they match (according to match rules), message is authenticate.

Note the similarities.  In a symmetric key authentication -  the sign and verify steps differ only on what you do with the output of the MAC calculation.  Which implies that basically if you can verify it, you can forge it.

Please let's consider the cryptography rather than something that doesn't actually provide an enforceable mechanism.

Mike

ps - someplace along the way someone came up with the meme that the lightbulbs and locks were on the same key domain and that was what I was complaining about.  Instead, see above.    What I'm complaining about - indeed what we settled upon in DICE - is that symmetric key group communications systems are not secure enough for any cyber-physical control system without specific mitigations.   (For a definition of cyber-physical - Wiki is pretty good - https://en.wikipedia.org/wiki/Cyber-physical_system)





In general, authentication comes with the key that you have - authorization is then tied to that key.  In DTLS  (as in TLS), your session key is also your authorization key once your TLS session is tied to a particular identity (e.g. via an HTTP login, via a client cert exchange, via OAuth).

So - cosmetic differences only.

Mike


--------------984951034BBC48127A2DE7F9-- From nobody Mon Jul 25 09:29:43 2016 Return-Path: X-Original-To: ace@ietfa.amsl.com Delivered-To: ace@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id E7ABB12D7AD for ; Mon, 25 Jul 2016 09:29:41 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -15.807 X-Spam-Level: X-Spam-Status: No, score=-15.807 tagged_above=-999 required=5 tests=[BAYES_00=-1.9, DKIM_SIGNED=0.1, DKIM_VALID=-0.1, DKIM_VALID_AU=-0.1, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_HI=-5, RCVD_IN_MSPIKE_H4=-0.01, RCVD_IN_MSPIKE_WL=-0.01, RP_MATCHES_RCVD=-1.287, SPF_PASS=-0.001, USER_IN_DEF_DKIM_WL=-7.5] autolearn=ham autolearn_force=no Authentication-Results: ietfa.amsl.com (amavisd-new); dkim=pass (1024-bit key) header.d=cisco.com Received: from mail.ietf.org ([4.31.198.44]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id lru7oLEq-Byc for ; Mon, 25 Jul 2016 09:29:40 -0700 (PDT) Received: from aer-iport-2.cisco.com (aer-iport-2.cisco.com [173.38.203.52]) (using TLSv1.2 with cipher DHE-RSA-SEED-SHA (128/128 bits)) (No client certificate requested) by ietfa.amsl.com (Postfix) with ESMTPS id 04BA712B05D for ; Mon, 25 Jul 2016 09:29:39 -0700 (PDT) DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/simple; d=cisco.com; i=@cisco.com; l=9398; q=dns/txt; s=iport; t=1469464180; x=1470673780; h=subject:to:references:from:message-id:date:mime-version: in-reply-to; bh=5RY2VdbOKhjGnzdeROH0EwqSatAyg0Lbg1qSA+zyX6w=; b=ak4LksLp0gWXCd9eDM9Zps4ArZ+hdJ/EjpaiPpdmySefaMWREVl6Q+Lx GANioGEdh3EtHuwjTRIa5wwBqIjV8uHOnfapq824h4YWgpWCEWEqx3hah ZtHXuA4wsC41VZzkxApAmpkI3D3oQChuFKfluR83dv6FOIR8AUBeFao4y o=; X-Files: signature.asc : 481 X-IronPort-Anti-Spam-Filtered: true X-IronPort-Anti-Spam-Result: =?us-ascii?q?A0DXBAACPpZX/xbLJq1UCYQ/tDWHAYYdA?= =?us-ascii?q?oF7EAEBAQEBAQFdJ4RcAQEEASNmCxgqAgJXBgEMCAEBiCQIp26NVgEBAQEBAQE?= =?us-ascii?q?BAgEBAQEBAQEBAQEBDg6IIoJVhBIHCgEGgxeCWgEEjg2LG4M5gXCDaYVdiVSFa?= =?us-ascii?q?5AhNR+CBgUcgU46iAqBNQEBAQ?= X-IronPort-AV: E=Sophos;i="5.28,420,1464652800"; d="asc'?scan'208,217";a="636422857" Received: from aer-iport-nat.cisco.com (HELO aer-core-1.cisco.com) ([173.38.203.22]) by aer-iport-2.cisco.com with ESMTP/TLS/DHE-RSA-AES256-GCM-SHA384; 25 Jul 2016 16:29:38 +0000 Received: from [10.61.72.235] (ams3-vpn-dhcp2283.cisco.com [10.61.72.235]) by aer-core-1.cisco.com (8.14.5/8.14.5) with ESMTP id u6PGTbQX030094; Mon, 25 Jul 2016 16:29:37 GMT To: Hannes Tschofenig , Michael StJohns , ace@ietf.org References: <57909032.10809@gmx.net> <6d259c5b-28e3-c748-4590-0c9f942fe343@comcast.net> <378a0359-6b31-a30c-af28-8ea567b06b00@cisco.com> <57963480.2000809@gmx.net> From: Eliot Lear Message-ID: <2a3ad2b8-a64d-9a8b-747d-c12225d8ab11@cisco.com> Date: Mon, 25 Jul 2016 18:29:36 +0200 User-Agent: Mozilla/5.0 (Macintosh; Intel Mac OS X 10.11; rv:45.0) Gecko/20100101 Thunderbird/45.2.0 MIME-Version: 1.0 In-Reply-To: <57963480.2000809@gmx.net> Content-Type: multipart/signed; micalg=pgp-sha256; protocol="application/pgp-signature"; boundary="gRxoutuQm1SXvpuGP7GMd6hV2cXxaUd4h" Archived-At: Subject: Re: [Ace] Group Communication Security Disagreements X-BeenThere: ace@ietf.org X-Mailman-Version: 2.1.17 Precedence: list List-Id: "Authentication and Authorization for Constrained Environments \(ace\)" List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Mon, 25 Jul 2016 16:29:42 -0000 This is an OpenPGP/MIME signed message (RFC 4880 and 3156) --gRxoutuQm1SXvpuGP7GMd6hV2cXxaUd4h Content-Type: multipart/mixed; boundary="6kQfiO6gKFWjN30JjC1bMhTprfwNPtWW2" From: Eliot Lear To: Hannes Tschofenig , Michael StJohns , ace@ietf.org Message-ID: <2a3ad2b8-a64d-9a8b-747d-c12225d8ab11@cisco.com> Subject: Re: [Ace] Group Communication Security Disagreements References: <57909032.10809@gmx.net> <6d259c5b-28e3-c748-4590-0c9f942fe343@comcast.net> <378a0359-6b31-a30c-af28-8ea567b06b00@cisco.com> <57963480.2000809@gmx.net> In-Reply-To: <57963480.2000809@gmx.net> --6kQfiO6gKFWjN30JjC1bMhTprfwNPtWW2 Content-Type: multipart/alternative; boundary="------------B070067F384B3DAE4D4E25B0" This is a multi-part message in MIME format. --------------B070067F384B3DAE4D4E25B0 Content-Type: text/plain; charset=utf-8 Content-Transfer-Encoding: quoted-printable Hi Hannes, On 7/25/16 5:47 PM, Hannes Tschofenig wrote: > In order for the attack to work a luminary and a door lock need to be i= n > the same group and share the same group key. > > For me the question is (from an authorization point of view) why the > door lock as well as a luminary belong to the same group. Would a door > lock participate in a group communication interaction altogether?a I agree in part (the part that if you have a clean separation of authorization and authentication it *should* be possible to authorize specific devices into a group and then determine which specific device is misbehaving). Also see Mike St. John's email, and I had thought what you were asking about is what sort of transitive trust is granted. > >>> As I said at the microphone, if I thought you could just do this as >>> the "ACE protocol for group control of lights" and keep people from >>> using it for other things I'd be a lot less concerned (but still >>> there's the whole threat of turning off all the lights in a building >>> all at once). But the reality is this protocol will be used for >>> control of things beyond lights and it would be irresponsible to >>> standardize a protocol with a real possibility for direct real-world >>> negative impacts on safety and health. >>> >> Yes, but I would go further and say that network owners ask two questi= ons: >> >> 1. What is this Thing? >> 2. And what access does it require/not want? >> >> Absent device identity they cannot answer the 2nd question. This is a= s >> important for lighting as for any other application, because it is how= a >> network will distinguish what those applications are. >> > In ACE we don't care what the network does. This is outside the scope o= f > the charter, intentionally. The identifier for the device is what the > device uses to authenticate itself to the authorization server in our > setup. We don't call this "device identity" though. Point taken, but even so, this isn't a matter of what the network does, but how the device identifies itself to other devices, including network devices. > > The authorization server is, as the name indicates, about storing > authorization decisions typically provided by some human. This human > could be a user in a home network or could as well an administrator in > an enterprise network. We don't care that much. Call it policy. Ok. > >>> The way to solve this for a general involves public key cryptography = - >>> that's just how the security and physics and math work out. >>> >> Yes. And as I believe has also been discussed, use of PSK seems to >> cause us to muddle the authentication and authorization aspects of >> OAUTH, for instance. > I am not sure this is a fair summary of the work in OAuth. OAuth 2.0 as= > used today on the Web and in smart phone applications with bearer token= s > makes heavy use of public key cryptography. It just has to work in a > fragile environment -- the Web. Use: yes as a means to authenticate transactions. Not as authorization itself. Eliot --------------B070067F384B3DAE4D4E25B0 Content-Type: text/html; charset=utf-8 Content-Transfer-Encoding: quoted-printable

Hi Hannes,


On 7/25/16 5:47 PM, Hannes Tschofenig wrote:
In order for the attack to work a luminary and a doo=
r lock need to be in
the same group and share the same group key.

For me the question is (from an authorization point of view) why the
door lock as well as a luminary belong to the same group. Would a door
lock participate in a group communication interaction altogether?a

I agree in part (the part that if you have a clean separation of authorization and authentication it should be possible to authorize specific devices into a group and then determine which specific device is misbehaving).=C2=A0 Also see Mike St. John's email= , and I had thought what you were asking about is what sort of transitive trust is granted.




        

          
As I said at the microphone, if I thought you could just do this as
the "ACE protocol for group control of lights" and keep people from
using it for other things I'd be a lot less concerned (but still
there's the whole threat of turning off all the lights in a building
all at once).  But the reality is this protocol will be used for
control of things beyond lights and it would be irresponsible to
standardize a protocol with a real possibility for direct real-world
negative impacts on safety and health.



        

        
Yes, but I would go further and say that network owners ask two questions=
:

 1. What is this Thing?
 2. And what access does it require/not want?

Absent device identity they cannot answer the 2nd question.  This is as
important for lighting as for any other application, because it is how a
network will distinguish what those applications are.



      

      
In ACE we don't care what the network does. This is outside the scope of
the charter, intentionally. The identifier for the device is what the
device uses to authenticate itself to the authorization server in our
setup. We don't call this "device identity" though.

    

    

    Point taken, but even so, this isn't a matter of what the network
    does, but how the device identifies itself to other devices,
    including network devices. 

    

    

      

The authorization server is, as the name indicates, about storing
authorization decisions typically provided by some human. This human
could be a user in a home network or could as well an administrator in
an enterprise network. We don't care that much. Call it policy.

    

    

    Ok.

    

    

      



      

        

        

          
The way to solve this for a general involves public key cryptography -
that's just how the security and physics and math work out.



        

        
Yes.  And as I believe has also been discussed, use of PSK seems to
cause us to muddle the authentication and authorization aspects of
OAUTH, for instance.


      

      
I am not sure this is a fair summary of the work in OAuth. OAuth 2.0 as
used today on the Web and in smart phone applications with bearer tokens
makes heavy use of public key cryptography. It just has to work in a
fragile environment -- the Web.

    

    

    Use: yes as a means to authenticate transactions.=C2=A0 Not as
    authorization itself.

    

    Eliot

  


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To: Hannes Tschofenig , Eliot Lear , Michael StJohns , 
References: <57909032.10809@gmx.net> <6d259c5b-28e3-c748-4590-0c9f942fe343@comcast.net> <378a0359-6b31-a30c-af28-8ea567b06b00@cisco.com> <57963480.2000809@gmx.net>
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Archived-At: 
Subject: Re: [Ace] Group Communication Security Disagreements
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Hi

A quick comment. Developers often end up using=20
things/protocols/technologies which were not=20
designed/developed/specified for their use-case. I could definitely see=20
some IoT startup building a solution that switches on the lights in a=20
room as soon as you unlock the door (thus keeping them in the same group)=
=2E

Thanks
/--Mohit
On 07/25/2016 11:47 AM, Hannes Tschofenig wrote:
> Hi Eliot,
>
> a quick response.
>
> On 07/25/2016 05:12 PM, Eliot Lear wrote:
>>
>> On 7/21/16 3:48 PM, Michael StJohns wrote:
>>> Without unique source identification (and for that matter role
>>> identification either inband or implicit) any compromised device
>>> results in your attacker being able to act as a controller for the
>>> group.  Again, not a large problem (but a problem nonetheless) for a
>>> small group of lights inside an office behind locked doors. But a ver=
y
>>> large problem for a system that's possibly controlling 100 or 1000
>>> lights in a group.
>> +1, and I'm not even sure if it's not a problem for a small group of
>> lights behind locked doors if wireless is involved.
> In order for the attack to work a luminary and a door lock need to be i=
n
> the same group and share the same group key.
>
> For me the question is (from an authorization point of view) why the
> door lock as well as a luminary belong to the same group. Would a door
> lock participate in a group communication interaction altogether?
>
>>> As I said at the microphone, if I thought you could just do this as
>>> the "ACE protocol for group control of lights" and keep people from
>>> using it for other things I'd be a lot less concerned (but still
>>> there's the whole threat of turning off all the lights in a building
>>> all at once).  But the reality is this protocol will be used for
>>> control of things beyond lights and it would be irresponsible to
>>> standardize a protocol with a real possibility for direct real-world
>>> negative impacts on safety and health.
>>>
>> Yes, but I would go further and say that network owners ask two questi=
ons:
>>
>>   1. What is this Thing?
>>   2. And what access does it require/not want?
>>
>> Absent device identity they cannot answer the 2nd question.  This is a=
s
>> important for lighting as for any other application, because it is how=
 a
>> network will distinguish what those applications are.
>>
> In ACE we don't care what the network does. This is outside the scope o=
f
> the charter, intentionally. The identifier for the device is what the
> device uses to authenticate itself to the authorization server in our
> setup. We don't call this "device identity" though.
>
> The authorization server is, as the name indicates, about storing
> authorization decisions typically provided by some human. This human
> could be a user in a home network or could as well an administrator in
> an enterprise network. We don't care that much. Call it policy.
>
>>> The way to solve this for a general involves public key cryptography =
-
>>> that's just how the security and physics and math work out.
>>>
>> Yes.  And as I believe has also been discussed, use of PSK seems to
>> cause us to muddle the authentication and authorization aspects of
>> OAUTH, for instance.
> I am not sure this is a fair summary of the work in OAuth. OAuth 2.0 as=

> used today on the Web and in smart phone applications with bearer token=
s
> makes heavy use of public key cryptography. It just has to work in a
> fragile environment -- the Web.
>
>
> Ciao
> Hannes
>
>
>> Eliot
>>
>>
>> _______________________________________________
>> Ace mailing list
>> Ace@ietf.org
>> https://www.ietf.org/mailman/listinfo/ace
>>
>
>
> _______________________________________________
> Ace mailing list
> Ace@ietf.org
> https://www.ietf.org/mailman/listinfo/ace


--------------D70601146802808B544F4C3D
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Content-Transfer-Encoding: quoted-printable


  
    
  
  
    
Hi

    
A quick comment. Developers often end up using
      things/protocols/technologies which were not
      designed/developed/specified for their use-case. I could
      definitely see some IoT startup building a solution that switches
      on the lights in a room as soon as you unlock the door (thus
      keeping them in the same group).

    Thanks

    /--Mohit

    
On 07/25/2016 11:47 AM, Hannes
      Tschofenig wrote:

    

    

      
Hi Eliot,

a quick response.

On 07/25/2016 05:12 PM, Eliot Lear wrote:


      

        

On 7/21/16 3:48 PM, Michael StJohns wrote:


        

          
Without unique source identification (and for th=
at matter role
identification either inband or implicit) any compromised device
results in your attacker being able to act as a controller for the
group.  Again, not a large problem (but a problem nonetheless) for a
small group of lights inside an office behind locked doors. But a very
large problem for a system that's possibly controlling 100 or 1000
lights in a group.


        

        
+1, and I'm not even sure if it's not a problem for a small group of
lights behind locked doors if wireless is involved.


      

      
In order for the attack to work a luminary and a door lock need to be in
the same group and share the same group key.

For me the question is (from an authorization point of view) why the
door lock as well as a luminary belong to the same group. Would a door
lock participate in a group communication interaction altogether?



      

        

        

          
As I said at the microphone, if I thought you could just do this as
the "ACE protocol for group control of lights" and keep people from
using it for other things I'd be a lot less concerned (but still
there's the whole threat of turning off all the lights in a building
all at once).  But the reality is this protocol will be used for
control of things beyond lights and it would be irresponsible to
standardize a protocol with a real possibility for direct real-world
negative impacts on safety and health.



        

        
Yes, but I would go further and say that network owners ask two questions=
:

 1. What is this Thing?
 2. And what access does it require/not want?

Absent device identity they cannot answer the 2nd question.  This is as
important for lighting as for any other application, because it is how a
network will distinguish what those applications are.



      

      
In ACE we don't care what the network does. This is outside the scope of
the charter, intentionally. The identifier for the device is what the
device uses to authenticate itself to the authorization server in our
setup. We don't call this "device identity" though.

The authorization server is, as the name indicates, about storing
authorization decisions typically provided by some human. This human
could be a user in a home network or could as well an administrator in
an enterprise network. We don't care that much. Call it policy.



      

        

        

          
The way to solve this for a general involves public key cryptography -
that's just how the security and physics and math work out.



        

        
Yes.  And as I believe has also been discussed, use of PSK seems to
cause us to muddle the authentication and authorization aspects of
OAUTH, for instance.


      

      
I am not sure this is a fair summary of the work in OAuth. OAuth 2.0 as
used today on the Web and in smart phone applications with bearer tokens
makes heavy use of public key cryptography. It just has to work in a
fragile environment -- the Web.


Ciao
Hannes




      

        
Eliot


_______________________________________________
Ace mailing list
Ace@ie=
tf.org
https://www.ietf.org/mailman/listinfo/ace



      

      

      

      

      

      
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From: Somaraju Abhinav 
To: Michael StJohns , "ace@ietf.org" 
Thread-Topic: [Ace] Adoption of Low Latency Group Communication Security Work in ACE
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Subject: Re: [Ace] Adoption of Low Latency Group Communication Security Work in ACE
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________________________________
Let's try one more time here.
[AS] Good. Much clearer now.

1) If a group of devices share a key, and
2) If some of that group of devices are controllers, and
3) The majority are actuators (e.g. lightbulbs, locks), and,
4) The shared key is the only cryptographic protection on authentication, T=
HEN,
5) The compromise of any device, even an actuator can be used to successful=
ly forge messages that appear to come from controller nodes.
[AS] Agree.

Permissions notwithstanding - if more than two entities share a symmetric k=
ey, a receiver of a symmetrically signed message cannot trust that the mess=
age it received came from the identified source.
[AS] Agree, but I have a few comments:
1) Source authentication vs group membership authentication: I agree with y=
ou that the receiver can not authenticate the source of the message. Howeve=
r, if the key is not compromised, then the receiver can authenticate that t=
he source of the message is from a group member.
2) Group membership authentication is sufficient: I am only knowledgeable a=
bout lighting applications and will talk about how this occurs (but this is=
 also applicable to other building automation applications AFAIK). In this =
application, a commissioner verifies the existence of devices that are perm=
anently installed in a building using public key crypto and can give group =
keys to devices that should be a part of the group. Note that these groups =
are not dynamically changing and members of the group are permanently insta=
lled in a building. Therefore, typically authentication of group membership=
 is sufficient for application requirements.
3) Probability of key compromise: This is the point where group symmetric k=
ey crypto suffers compared to using symmetric key for a pair of devices. Th=
e claim here is that it is easier to compromise a key that is stored in a l=
arge number (e.g. 1000) of identical devices rather than a specific device =
in a network. I do not disagree with this claim. However, I do not think th=
is is a big price to pay at least for lighting applications. The claim here=
 is that it is easier to hack into one of a thousand identical devices than=
 a small number of these identical devices. You have to weigh this against =
the fact that it solves an application problem with no other feasible solut=
ion. I am prepared to be educated in this regard but we essentially have 50=
-100 ms for the signing+verification process and I do not know of a solutio=
n that does this.

[If two entities share a key, and I get a message that's signed by that key=
, and I didn't sign the message then obviously it came from the other guy. =
 If three entities share a key Alice, Bob and Charlie, and Alice receives a=
 message that purports to be from Bob, but is actually originating from Cha=
rlie, she cannot determine that the message did not come from Bob through a=
ny cryptographic means with this key]

Continuing:

The usual model for symmetric key authentication of a message is:

Sender does:  messageAuthenticationCode =3D MAC (sharedKey, Message).  Send=
 Message || messageAuthenticationCode.

Receiver does:  receivedMessageAuthenticationCode =3D MAC (sharedKey, Messa=
ge).  Compare receivedMessageAuthenticationCode with messageAuthenticationC=
ode and if they match (according to match rules), message is authenticate.

Note the similarities.  In a symmetric key authentication -  the sign and v=
erify steps differ only on what you do with the output of the MAC calculati=
on.  Which implies that basically if you can verify it, you can forge it.
[AS] This point is completely clear. We CAN NOT DO SOURCE AUTHENTICATION.

Please let's consider the cryptography rather than something that doesn't a=
ctually provide an enforceable mechanism.
[AS] Again, I repeat the comments above. It is clear that if a symmetric gr=
oup key is used, then source authentication is no longer possible. But, con=
sidering cryptography, it is possible to authenticate group membership. Aut=
hentication of group membership is sufficient for this use case. The main i=
ssues to weigh are: "The greater likelihood of key compromise when the secr=
et is shared by a large number of identical and permanently installed nodes=
 compared to a similar single node" vs "The requirements of low latency com=
munication".

Mike

ps - someplace along the way someone came up with the meme that the lightbu=
lbs and locks were on the same key domain and that was what I was complaini=
ng about.  Instead, see above.    What I'm complaining about - indeed what =
we settled upon in DICE - is that symmetric key group communications system=
s are not secure enough for any cyber-physical control system without speci=
fic mitigations.
[AS] Agree. We are looking at various mitigation issues. The main ones are:=
 Ensure permissions are properly scoped so that compromise of group key onl=
y results in little harm. Propose methods for recycling group key. Ensure t=
hat devices use PKI to authenticate themselves before receiving a group key=
. This list is clearly not complete and would be great to receive more inpu=
t as to how more mitigation is possible.

(For a definition of cyber-physical - Wiki is pretty good - https://en.wiki=
pedia.org/wiki/Cyber-physical_system)
Cyber-physical system - Wikipedia, the free encyclopedia
en.wikipedia.org
A cyber-physical system (CPS) is a mechanism controlled or monitored by com=
puter-based algorithms. Examples of CPS include smart grid, autonomous auto=
mobile systems, ...








In general, authentication comes with the key that you have - authorization=
 is then tied to that key.  In DTLS  (as in TLS), your session key is also =
your authorization key once your TLS session is tied to a particular identi=
ty (e.g. via an HTTP login, via a client cert exchange, via OAuth).

So - cosmetic differences only.

Mike


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Let'=
s try one more time here.  




[AS]=
 Good. Much clearer now.




1) If a group of devices share a key, and

2) If some of that group of devices are controllers, and

3) The majority are actuators (e.g. lightbulbs, locks), and,

4) The shared key is the only cryptographic protection on authentication, T=
HEN,

5) The compromise of any device, even an actuator can be used to successful=
ly forge messages that appear to come from controller nodes. 


[AS] Agree.




Permissions notwithstanding - if more than two entities share a symmetric k=
ey, a receiver of a symmetrically signed message cannot trust that the mess=
age it received came from the identified source. 


[AS] Agree, but I have a few comments:


1) Source authentication vs group membership authentication: I agree w=
ith you that the receiver can not authenticate the source of the message. H=
owever, if the key is not compromised, then the receiver can authenticate t=
hat the source of the message is
 from a group member.


2) Group membership authentication is sufficient: I am only knowledgea=
ble about lighting applications and will talk about how this occurs (but th=
is is also applicable to other building automation applications AFAIK). In =
this application, a commissioner
 verifies the existence of devices that are permanently installed in a buil=
ding using public key crypto and can give group keys to devices that should=
 be a part of the group. Note that these groups are not dynamically changin=
g and members of the group are permanently
 installed in a building. Therefore, typically authentication of group memb=
ership is sufficient for application requirements. 


3) Probability of key compromise: This is the point where group symmet=
ric key crypto suffers compared to using symmetric key for a pair of device=
s. The claim here is that it is easier to compromise a key that is stored i=
n a large number (e.g. 1000) of
 identical devices rather than a specific device in a network. I do no=
t disagree with this claim. However, I do not think this is a big price to =
pay at least for lighting applications. The claim here is that it is easier=
 to hack into one of a thousand identical
 devices than a small number of these identical devices. You have to weigh =
this against the fact that it solves an application problem with no other f=
easible solution. I am prepared to be educated in this regard but we essent=
ially have 50-100 ms for the signing+verification
 process and I do not know of a solution that does this.




[If two entities share a key, and I get a message that's signed by that key=
, and I didn't sign the message then obviously it came from the other guy.&=
nbsp; If three entities share a key Alice, Bob and Charlie, and Alice recei=
ves a message that purports to be from
 Bob, but is actually originating from Charlie, she cannot determine that t=
he message did not come from Bob through any cryptographic means with this =
key]



Continuing:



The usual model for symmetric key authentication of a message is:



Sender does:  messageAuthenticationCode =3D MAC (sharedKey, Message).&=
nbsp; Send Message || messageAuthenticationCode.



Receiver does:  receivedMessageAuthenticationCode =3D MAC (sharedKey, =
Message).  Compare receivedMessageAuthenticationCode with messageAuthe=
nticationCode and if they match (according to match rules), message is auth=
enticate.



Note the similarities.  In a symmetric key authentication -  the =
sign and verify steps differ only on what you do with the output of the MAC=
 calculation.  Which implies that basically if you can verify it, you =
can forge it.


[AS] This point is completely clear. We CAN NOT DO SOURCE AUTHENTICATI=
ON. 



Please let's consider the cryptography rather than something that doesn't a=
ctually provide an enforceable mechanism.


[AS] Again, I repeat the comments above. It is clear that if a symmetr=
ic group key is used, then source authentication is no longer possible. But=
, considering cryptography, it is possible to authenticate group membe=
rship. Authentication of group membership
 is sufficient for this use case. The main issues to weigh are: "=
The greater likelihood of key compromise when the secret is shared by a lar=
ge number of identical and permanently installed nodes compared to a simila=
r single node" vs "The requirements of low
 latency communication".



Mike



ps - someplace along the way someone came up with the meme that the lightbu=
lbs and locks were on the same key domain and that was what I was complaini=
ng about.  Instead, see above.    What I'm complaining =
about - indeed what we settled upon in DICE - is that
 symmetric key group communications systems are not secure enough for any c=
yber-physical control system without specific mitigations. 


[AS] Agree. We are looking at various mitigation issues. The main ones=
 are: Ensure permissions are properly scoped so that compromise of group ke=
y only results in little harm. Propose methods for recycling group key. Ens=
ure that devices use PKI to authenticate
 themselves before receiving a group key. This list is clearly not complete=
 and would be great to receive more input as to how more mitigation is poss=
ible. 







(For a definition of cyber-physical - Wiki is pretty good - 
https://en.wikipedia.org/wiki/Cyber-physical_system)













en.wikipedia.org



A cyber-physical system (CPS) is a mechanism controlled or monitored by com=
puter-based algorithms. Examples of CPS include smart grid, autonomous auto=
mobile systems, ...






























In general, authentication comes with the key that you have - authorization=
 is then tied to that key.  In DTLS  (as in TLS), your session ke=
y is also your authorization key once your TLS session is tied to a particu=
lar identity (e.g. via an HTTP login, via
 a client cert exchange, via OAuth). 



So - cosmetic differences only.



Mike

















________________________________________________________ The contents of th=
is e-mail and any attachments are confidential to the intended recipient. T=
hey may not be disclosed to or used by or copied in any way by anyone other=
 than the intended recipient. If
 this e-mail is received in error, please immediately notify the sender and=
 delete the e-mail and attached documents. Please note that neither the sen=
der nor the sender's company accept any responsibility for viruses and it i=
s your responsibility to scan or
 otherwise check this e-mail and any attachments.



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From nobody Mon Jul 25 10:06:23 2016
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To: Mohit Sethi , Eliot Lear , Michael StJohns , ace@ietf.org
References: <57909032.10809@gmx.net> <6d259c5b-28e3-c748-4590-0c9f942fe343@comcast.net> <378a0359-6b31-a30c-af28-8ea567b06b00@cisco.com> <57963480.2000809@gmx.net> <0d4c6d56-ebb5-2f43-d555-29c336396033@ericsson.com>
From: Hannes Tschofenig 
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Date: Mon, 25 Jul 2016 19:06:07 +0200
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Archived-At: 
Subject: Re: [Ace] Group Communication Security Disagreements
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Hi Mohit,

there are always things that can go wrong.

I have not seen a solution where nothing can go wrong.

Even not standardizing anything isn't a preventing companies, or
developers designing their own solutions. We know how well that works.

Ciao
Hannes

On 07/25/2016 06:36 PM, Mohit Sethi wrote:
> Hi
>=20
> A quick comment. Developers often end up using
> things/protocols/technologies which were not
> designed/developed/specified for their use-case. I could definitely see=

> some IoT startup building a solution that switches on the lights in a
> room as soon as you unlock the door (thus keeping them in the same grou=
p).
>=20
> Thanks
> /--Mohit
> On 07/25/2016 11:47 AM, Hannes Tschofenig wrote:
>> Hi Eliot,
>>
>> a quick response.
>>
>> On 07/25/2016 05:12 PM, Eliot Lear wrote:
>>>
>>> On 7/21/16 3:48 PM, Michael StJohns wrote:
>>>> Without unique source identification (and for that matter role
>>>> identification either inband or implicit) any compromised device
>>>> results in your attacker being able to act as a controller for the
>>>> group.  Again, not a large problem (but a problem nonetheless) for a=

>>>> small group of lights inside an office behind locked doors. But a ve=
ry
>>>> large problem for a system that's possibly controlling 100 or 1000
>>>> lights in a group.
>>> +1, and I'm not even sure if it's not a problem for a small group of
>>> lights behind locked doors if wireless is involved.
>> In order for the attack to work a luminary and a door lock need to be =
in
>> the same group and share the same group key.
>>
>> For me the question is (from an authorization point of view) why the
>> door lock as well as a luminary belong to the same group. Would a door=

>> lock participate in a group communication interaction altogether?
>>
>>>> As I said at the microphone, if I thought you could just do this as
>>>> the "ACE protocol for group control of lights" and keep people from
>>>> using it for other things I'd be a lot less concerned (but still
>>>> there's the whole threat of turning off all the lights in a building=

>>>> all at once).  But the reality is this protocol will be used for
>>>> control of things beyond lights and it would be irresponsible to
>>>> standardize a protocol with a real possibility for direct real-world=

>>>> negative impacts on safety and health.
>>>>
>>> Yes, but I would go further and say that network owners ask two quest=
ions:
>>>
>>>  1. What is this Thing?
>>>  2. And what access does it require/not want?
>>>
>>> Absent device identity they cannot answer the 2nd question.  This is =
as
>>> important for lighting as for any other application, because it is ho=
w a
>>> network will distinguish what those applications are.
>>>
>> In ACE we don't care what the network does. This is outside the scope =
of
>> the charter, intentionally. The identifier for the device is what the
>> device uses to authenticate itself to the authorization server in our
>> setup. We don't call this "device identity" though.
>>
>> The authorization server is, as the name indicates, about storing
>> authorization decisions typically provided by some human. This human
>> could be a user in a home network or could as well an administrator in=

>> an enterprise network. We don't care that much. Call it policy.
>>
>>>> The way to solve this for a general involves public key cryptography=
 -
>>>> that's just how the security and physics and math work out.
>>>>
>>> Yes.  And as I believe has also been discussed, use of PSK seems to
>>> cause us to muddle the authentication and authorization aspects of
>>> OAUTH, for instance.
>> I am not sure this is a fair summary of the work in OAuth. OAuth 2.0 a=
s
>> used today on the Web and in smart phone applications with bearer toke=
ns
>> makes heavy use of public key cryptography. It just has to work in a
>> fragile environment -- the Web.
>>
>>
>> Ciao
>> Hannes
>>
>>
>>> Eliot
>>>
>>>
>>> _______________________________________________
>>> Ace mailing list
>>> Ace@ietf.org
>>> https://www.ietf.org/mailman/listinfo/ace
>>>
>>
>>
>> _______________________________________________
>> Ace mailing list
>> Ace@ietf.org
>> https://www.ietf.org/mailman/listinfo/ace
>=20
>=20
>=20
> _______________________________________________
> Ace mailing list
> Ace@ietf.org
> https://www.ietf.org/mailman/listinfo/ace
>=20


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To: Hannes Tschofenig , Eliot Lear , Michael StJohns , 
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I Agree.

Thanks
/--Mohit

On 07/25/2016 01:06 PM, Hannes Tschofenig wrote:
> Hi Mohit,
>
> there are always things that can go wrong.
>
> I have not seen a solution where nothing can go wrong.
>
> Even not standardizing anything isn't a preventing companies, or
> developers designing their own solutions. We know how well that works.
>
> Ciao
> Hannes
>
> On 07/25/2016 06:36 PM, Mohit Sethi wrote:
>> Hi
>>
>> A quick comment. Developers often end up using
>> things/protocols/technologies which were not
>> designed/developed/specified for their use-case. I could definitely se=
e
>> some IoT startup building a solution that switches on the lights in a
>> room as soon as you unlock the door (thus keeping them in the same gro=
up).
>>
>> Thanks
>> /--Mohit
>> On 07/25/2016 11:47 AM, Hannes Tschofenig wrote:
>>> Hi Eliot,
>>>
>>> a quick response.
>>>
>>> On 07/25/2016 05:12 PM, Eliot Lear wrote:
>>>> On 7/21/16 3:48 PM, Michael StJohns wrote:
>>>>> Without unique source identification (and for that matter role
>>>>> identification either inband or implicit) any compromised device
>>>>> results in your attacker being able to act as a controller for the
>>>>> group.  Again, not a large problem (but a problem nonetheless) for =
a
>>>>> small group of lights inside an office behind locked doors. But a v=
ery
>>>>> large problem for a system that's possibly controlling 100 or 1000
>>>>> lights in a group.
>>>> +1, and I'm not even sure if it's not a problem for a small group of=

>>>> lights behind locked doors if wireless is involved.
>>> In order for the attack to work a luminary and a door lock need to be=
 in
>>> the same group and share the same group key.
>>>
>>> For me the question is (from an authorization point of view) why the
>>> door lock as well as a luminary belong to the same group. Would a doo=
r
>>> lock participate in a group communication interaction altogether?
>>>
>>>>> As I said at the microphone, if I thought you could just do this as=

>>>>> the "ACE protocol for group control of lights" and keep people from=

>>>>> using it for other things I'd be a lot less concerned (but still
>>>>> there's the whole threat of turning off all the lights in a buildin=
g
>>>>> all at once).  But the reality is this protocol will be used for
>>>>> control of things beyond lights and it would be irresponsible to
>>>>> standardize a protocol with a real possibility for direct real-worl=
d
>>>>> negative impacts on safety and health.
>>>>>
>>>> Yes, but I would go further and say that network owners ask two ques=
tions:
>>>>
>>>>   1. What is this Thing?
>>>>   2. And what access does it require/not want?
>>>>
>>>> Absent device identity they cannot answer the 2nd question.  This is=
 as
>>>> important for lighting as for any other application, because it is h=
ow a
>>>> network will distinguish what those applications are.
>>>>
>>> In ACE we don't care what the network does. This is outside the scope=
 of
>>> the charter, intentionally. The identifier for the device is what the=

>>> device uses to authenticate itself to the authorization server in our=

>>> setup. We don't call this "device identity" though.
>>>
>>> The authorization server is, as the name indicates, about storing
>>> authorization decisions typically provided by some human. This human
>>> could be a user in a home network or could as well an administrator i=
n
>>> an enterprise network. We don't care that much. Call it policy.
>>>
>>>>> The way to solve this for a general involves public key cryptograph=
y -
>>>>> that's just how the security and physics and math work out.
>>>>>
>>>> Yes.  And as I believe has also been discussed, use of PSK seems to
>>>> cause us to muddle the authentication and authorization aspects of
>>>> OAUTH, for instance.
>>> I am not sure this is a fair summary of the work in OAuth. OAuth 2.0 =
as
>>> used today on the Web and in smart phone applications with bearer tok=
ens
>>> makes heavy use of public key cryptography. It just has to work in a
>>> fragile environment -- the Web.
>>>
>>>
>>> Ciao
>>> Hannes
>>>
>>>
>>>> Eliot
>>>>
>>>>
>>>> _______________________________________________
>>>> Ace mailing list
>>>> Ace@ietf.org
>>>> https://www.ietf.org/mailman/listinfo/ace
>>>>
>>>
>>> _______________________________________________
>>> Ace mailing list
>>> Ace@ietf.org
>>> https://www.ietf.org/mailman/listinfo/ace
>>
>>
>> _______________________________________________
>> Ace mailing list
>> Ace@ietf.org
>> https://www.ietf.org/mailman/listinfo/ace
>>



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To: Pascal Urien , Somaraju Abhinav 
References:     
From: Hannes Tschofenig 
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Archived-At: 
Cc: Michael StJohns , "ace@ietf.org" 
Subject: Re: [Ace] on signature verification times for sec192r1
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Hi Pascal,

I guess you are saying that the performance of the verify operation is
60ms + the hash needed over the actual message (which is 3.5 msec for a
64 byte block).

In another paper I have seen that some hardware crypto chips have a
fairly slow interface and that has to be taken into account as well. Is
this an issue with this smart card? What is your experience there?

Ciao
Hannes

On 07/25/2016 12:28 PM, Pascal Urien wrote:
> Hi Abhinav
>=20
> The extra time (2ms/bloc)  comes from the hash procedure (sha1 in the
> example) that works with 64 bytes blocs
>=20
> Rgs
>=20
> Pascal
>=20
> 2016-07-25 12:04 GMT+02:00 Somaraju Abhinav
> >:=

>=20
>     Hi Pascal,____
>=20
>     __ __
>=20
>     Thanks for the information. Could you please explain what is
>     nb_bloc_512bits?____
>=20
>     __ __
>=20
>     Regards,____
>=20
>     Abhinav____
>=20
>     __ __
>=20
>     *From:*Ace [mailto:ace-bounces@ietf.org
>     ] *On Behalf Of *Pascal Urien
>     *Sent:* Sonntag, 24. Juli 2016 11:51
>     *To:* Michael StJohns      >
>     *Cc:* ace@ietf.org 
>     *Subject:* Re: [Ace] on signature verification times for sec192r1__=
__
>=20
>     __ __
>=20
>     I fully agree...____
>=20
>     __ __
>=20
>     J3A081M  can be found at 10$ over the WEB____
>=20
>     __ __
>=20
>     Futhermore this class of cheap device can process TLS or DTLS as
>     illustrated in____
>=20
>     __ __
>=20
>     https://tools.ietf.org/html/draft-urien-uta-tls-dtls-security-modul=
e-00____
>=20
>     __ __
>=20
>     They could be used for numerous applications in the IoT____
>=20
>     __ __
>=20
>     Rgs____
>=20
>     __ __
>=20
>     Pascal____
>=20
>     __ __
>=20
>     __ __
>=20
>     2016-07-23 23:59 GMT+02:00 Michael StJohns      >:____
>=20
>         On 7/23/2016 11:10 AM, Pascal Urien wrote:____
>=20
>             Hi All____
>=20
>             __ __
>=20
>             J3A081M is a javacard device from NXP____
>=20
>             __ __
>=20
>             The micocontroller should be the P5CD081V1A, which comprise=
s
>             a crypto processor____
>=20
>=20
>         There's a number of these from a number of vendors.  I'd
>         actually look at the A7xxx series of chips as they're designed
>         to be embeddable.  I've become a big fan of javacard style
>         solutions over the years.
>=20
>         In any event, the number of relatively inexpensive public key
>         crypto accelerator chips (e.g. googl for "secure authentication=

>         chips") is greater than zero and continues to climb.  And for
>         not a lot of money.  Estimating what from prices on Digikey, I'=
d
>         think something less than $.50 for Quantity large as of today
>         and half that or less in 1-2 years as its gets bundled into the=

>         "Swiss Army Knife" style of process (e.g. support for wireless
>         900mhz plus ... plus ... plus ... plus security...) (google for=

>         iot module secure element 900mhz for example).
>=20
>         Later, Mike
>=20
>=20
>=20
>=20
>         ____
>=20
>             __ __
>=20
>             The performances with the curve secp192r1 are the following=

>             (for ECDSA + SHA1)____
>=20
>             __ __
>=20
>             Sign    =3D 40ms +  nb_bloc_512bits x 3.5 ms____
>=20
>             Verify  =3D 60ms  + nb_bloc_512bits x 3,5 ms____
>=20
>             __ __
>=20
>             __ __
>=20
>             By the way this chip has enough crypto ressouces for
>             processing TLS or DTLS____
>=20
>             __ __
>=20
>             Rgs____
>=20
>             __ __
>=20
>             Pascal____
>=20
>             __ __
>=20
>             ___________________________________________________
>=20
>             Ace mailing list____
>=20
>             Ace@ietf.org ____
>=20
>             https://www.ietf.org/mailman/listinfo/ace____
>=20
>         __ __
>=20
>=20
>         _______________________________________________
>         Ace mailing list
>         Ace@ietf.org 
>         https://www.ietf.org/mailman/listinfo/ace____
>=20
>     __ __
>=20
>     ________________________________________________________ The
>     contents of this e-mail and any attachments are confidential to the=

>     intended recipient. They may not be disclosed to or used by or
>     copied in any way by anyone other than the intended recipient. If
>     this e-mail is received in error, please immediately notify the
>     sender and delete the e-mail and attached documents. Please note
>     that neither the sender nor the sender's company accept any
>     responsibility for viruses and it is your responsibility to scan or=

>     otherwise check this e-mail and any attachments.
>=20
>=20
>=20
>=20
> _______________________________________________
> Ace mailing list
> Ace@ietf.org
> https://www.ietf.org/mailman/listinfo/ace
>=20


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From: Somaraju Abhinav 
To: Somaraju Abhinav , Michael StJohns , "ace@ietf.org" 
Thread-Topic: [Ace] Adoption of Low Latency Group Communication Security Work in ACE
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Subject: Re: [Ace] Adoption of Low Latency Group Communication Security Work in ACE
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Hi Mike,
Would it help if the draft allows two solutions one based on symmetrical ke=
ys and one based on asymmetric keys and allows the system designers to pick=
 one of the two options?
Abhinav
________________________________
From: Somaraju Abhinav
Sent: =FD25/=FD07/=FD2016 19:00
To: Michael StJohns; ace@ietf.org
Subject: Re: [Ace] Adoption of Low Latency Group Communication Security Wor=
k in ACE




________________________________
Let's try one more time here.
[AS] Good. Much clearer now.

1) If a group of devices share a key, and
2) If some of that group of devices are controllers, and
3) The majority are actuators (e.g. lightbulbs, locks), and,
4) The shared key is the only cryptographic protection on authentication, T=
HEN,
5) The compromise of any device, even an actuator can be used to successful=
ly forge messages that appear to come from controller nodes.
[AS] Agree.

Permissions notwithstanding - if more than two entities share a symmetric k=
ey, a receiver of a symmetrically signed message cannot trust that the mess=
age it received came from the identified source.
[AS] Agree, but I have a few comments:
1) Source authentication vs group membership authentication: I agree with y=
ou that the receiver can not authenticate the source of the message. Howeve=
r, if the key is not compromised, then the receiver can authenticate that t=
he source of the message is from a group member.
2) Group membership authentication is sufficient: I am only knowledgeable a=
bout lighting applications and will talk about how this occurs (but this is=
 also applicable to other building automation applications AFAIK). In this =
application, a commissioner verifies the existence of devices that are perm=
anently installed in a building using public key crypto and can give group =
keys to devices that should be a part of the group. Note that these groups =
are not dynamically changing and members of the group are permanently insta=
lled in a building. Therefore, typically authentication of group membership=
 is sufficient for application requirements.
3) Probability of key compromise: This is the point where group symmetric k=
ey crypto suffers compared to using symmetric key for a pair of devices. Th=
e claim here is that it is easier to compromise a key that is stored in a l=
arge number (e.g. 1000) of identical devices rather than a specific device =
in a network. I do not disagree with this claim. However, I do not think th=
is is a big price to pay at least for lighting applications. The claim here=
 is that it is easier to hack into one of a thousand identical devices than=
 a small number of these identical devices. You have to weigh this against =
the fact that it solves an application problem with no other feasible solut=
ion. I am prepared to be educated in this regard but we essentially have 50=
-100 ms for the signing+verification process and I do not know of a solutio=
n that does this.

[If two entities share a key, and I get a message that's signed by that key=
, and I didn't sign the message then obviously it came from the other guy. =
 If three entities share a key Alice, Bob and Charlie, and Alice receives a=
 message that purports to be from Bob, but is actually originating from Cha=
rlie, she cannot determine that the message did not come from Bob through a=
ny cryptographic means with this key]

Continuing:

The usual model for symmetric key authentication of a message is:

Sender does:  messageAuthenticationCode =3D MAC (sharedKey, Message).  Send=
 Message || messageAuthenticationCode.

Receiver does:  receivedMessageAuthenticationCode =3D MAC (sharedKey, Messa=
ge).  Compare receivedMessageAuthenticationCode with messageAuthenticationC=
ode and if they match (according to match rules), message is authenticate.

Note the similarities.  In a symmetric key authentication -  the sign and v=
erify steps differ only on what you do with the output of the MAC calculati=
on.  Which implies that basically if you can verify it, you can forge it.
[AS] This point is completely clear. We CAN NOT DO SOURCE AUTHENTICATION.

Please let's consider the cryptography rather than something that doesn't a=
ctually provide an enforceable mechanism.
[AS] Again, I repeat the comments above. It is clear that if a symmetric gr=
oup key is used, then source authentication is no longer possible. But, con=
sidering cryptography, it is possible to authenticate group membership. Aut=
hentication of group membership is sufficient for this use case. The main i=
ssues to weigh are: "The greater likelihood of key compromise when the secr=
et is shared by a large number of identical and permanently installed nodes=
 compared to a similar single node" vs "The requirements of low latency com=
munication".

Mike

ps - someplace along the way someone came up with the meme that the lightbu=
lbs and locks were on the same key domain and that was what I was complaini=
ng about.  Instead, see above.    What I'm complaining about - indeed what =
we settled upon in DICE - is that symmetric key group communications system=
s are not secure enough for any cyber-physical control system without speci=
fic mitigations.
[AS] Agree. We are looking at various mitigation issues. The main ones are:=
 Ensure permissions are properly scoped so that compromise of group key onl=
y results in little harm. Propose methods for recycling group key. Ensure t=
hat devices use PKI to authenticate themselves before receiving a group key=
. This list is clearly not complete and would be great to receive more inpu=
t as to how more mitigation is possible.

(For a definition of cyber-physical - Wiki is pretty good - https://en.wiki=
pedia.org/wiki/Cyber-physical_system)
Cyber-physical system - Wikipedia, the free encyclopedia
en.wikipedia.org
A cyber-physical system (CPS) is a mechanism controlled or monitored by com=
puter-based algorithms. Examples of CPS include smart grid, autonomous auto=
mobile systems, ...








In general, authentication comes with the key that you have - authorization=
 is then tied to that key.  In DTLS  (as in TLS), your session key is also =
your authorization key once your TLS session is tied to a particular identi=
ty (e.g. via an HTTP login, via a client cert exchange, via OAuth).

So - cosmetic differences only.

Mike


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Hi Mike,

Would it help if the draft allows two solutions one based on symmetrical ke=
ys and one based on asymmetric keys and allows the system designers to pick=
 one of the two options?

Abhinav







From:
Somaraju Abhinav

Sent:
=FD25=
/=FD07/=FD2016 19:00

To:
Michael StJohns;
ace@ietf.org

Subject:
Re: [=
Ace] Adoption of Low Latency Group Communication Security Work in ACE























Let's =
try one more time here.  




[AS] G=
ood. Much clearer now.




1) If a group of devices share a key, and

2) If some of that group of devices are controllers, and

3) The majority are actuators (e.g. lightbulbs, locks), and,

4) The shared key is the only cryptographic protection on authentication, T=
HEN,

5) The compromise of any device, even an actuator can be used to successful=
ly forge messages that appear to come from controller nodes. 


[AS] Agree.




Permissions notwithstanding - if more than two entities share a symmetric k=
ey, a receiver of a symmetrically signed message cannot trust that the mess=
age it received came from the identified source. 


[AS] Agree, but I have a few comments:


1) Source authentication vs group membership authentication: I agree w=
ith you that the receiver can not authenticate the source of the message. H=
owever, if the key is not compromised, then the receiver can authenticate t=
hat the source of the message is
 from a group member.


2) Group membership authentication is sufficient: I am only knowledgea=
ble about lighting applications and will talk about how this occurs (but th=
is is also applicable to other building automation applications AFAIK). In =
this application, a commissioner
 verifies the existence of devices that are permanently installed in a buil=
ding using public key crypto and can give group keys to devices that should=
 be a part of the group. Note that these groups are not dynamically changin=
g and members of the group are permanently
 installed in a building. Therefore, typically authentication of group memb=
ership is sufficient for application requirements. 


3) Probability of key compromise: This is the point where group symmet=
ric key crypto suffers compared to using symmetric key for a pair of device=
s. The claim here is that it is easier to compromise a key that is stored i=
n a large number (e.g. 1000) of
 identical devices rather than a specific device in a network. I do no=
t disagree with this claim. However, I do not think this is a big price to =
pay at least for lighting applications. The claim here is that it is easier=
 to hack into one of a thousand identical
 devices than a small number of these identical devices. You have to weigh =
this against the fact that it solves an application problem with no other f=
easible solution. I am prepared to be educated in this regard but we essent=
ially have 50-100 ms for the signing+verification
 process and I do not know of a solution that does this.




[If two entities share a key, and I get a message that's signed by that key=
, and I didn't sign the message then obviously it came from the other guy.&=
nbsp; If three entities share a key Alice, Bob and Charlie, and Alice recei=
ves a message that purports to be from
 Bob, but is actually originating from Charlie, she cannot determine that t=
he message did not come from Bob through any cryptographic means with this =
key]



Continuing:



The usual model for symmetric key authentication of a message is:



Sender does:  messageAuthenticationCode =3D MAC (sharedKey, Message).&=
nbsp; Send Message || messageAuthenticationCode.



Receiver does:  receivedMessageAuthenticationCode =3D MAC (sharedKey, =
Message).  Compare receivedMessageAuthenticationCode with messageAuthe=
nticationCode and if they match (according to match rules), message is auth=
enticate.



Note the similarities.  In a symmetric key authentication -  the =
sign and verify steps differ only on what you do with the output of the MAC=
 calculation.  Which implies that basically if you can verify it, you =
can forge it.


[AS] This point is completely clear. We CAN NOT DO SOURCE AUTHENTICATI=
ON. 



Please let's consider the cryptography rather than something that doesn't a=
ctually provide an enforceable mechanism.


[AS] Again, I repeat the comments above. It is clear that if a symmetr=
ic group key is used, then source authentication is no longer possible. But=
, considering cryptography, it is possible to authenticate group membe=
rship. Authentication of group membership
 is sufficient for this use case. The main issues to weigh are: "=
The greater likelihood of key compromise when the secret is shared by a lar=
ge number of identical and permanently installed nodes compared to a simila=
r single node" vs "The requirements of low
 latency communication".



Mike



ps - someplace along the way someone came up with the meme that the lightbu=
lbs and locks were on the same key domain and that was what I was complaini=
ng about.  Instead, see above.    What I'm complaining =
about - indeed what we settled upon in DICE - is that
 symmetric key group communications systems are not secure enough for any c=
yber-physical control system without specific mitigations. 


[AS] Agree. We are looking at various mitigation issues. The main ones=
 are: Ensure permissions are properly scoped so that compromise of group ke=
y only results in little harm. Propose methods for recycling group key. Ens=
ure that devices use PKI to authenticate
 themselves before receiving a group key. This list is clearly not complete=
 and would be great to receive more input as to how more mitigation is poss=
ible. 







(For a definition of cyber-physical - Wiki is pretty good - 
https://en.wikipedia.org/wiki/Cyber-physical_system)












Cyber-physical system - Wikipedia, the free encyclopedia


en.wikipedia.org



A cyber-physical system (CPS) is a mechanism controlled or monitored by com=
puter-based algorithms. Examples of CPS include smart grid, autonomous auto=
mobile systems, ...































In general, authentication comes with the key that you have - authorization=
 is then tied to that key.  In DTLS  (as in TLS), your session ke=
y is also your authorization key once your TLS session is tied to a particu=
lar identity (e.g. via an HTTP login, via
 a client cert exchange, via OAuth). 



So - cosmetic differences only.



Mike

















________________________________________________________ The contents of th=
is e-mail and any attachments are confidential to the intended recipient. T=
hey may not be disclosed to or used by or copied in any way by anyone other=
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Subject: Re: [Ace] Adoption of Low Latency Group Communication Security Work in ACE
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On 7/25/2016 12:59 PM, Somaraju Abhinav wrote:
>
>
>
>
> ------------------------------------------------------------------------
> Let's try one more time here.
> [AS] Good. Much clearer now.
>
> 1) If a group of devices share a key, and
> 2) If some of that group of devices are controllers, and
> 3) The majority are actuators (e.g. lightbulbs, locks), and,
> 4) The shared key is the only cryptographic protection on 
> authentication, THEN,
> 5) The compromise of any device, even an actuator can be used to 
> successfully forge messages that appear to come from controller nodes.
> [AS] Agree.
>
> Permissions notwithstanding - if more than two entities share a 
> symmetric key, a receiver of a symmetrically signed message cannot 
> trust that the message it received came from the identified source.
> [AS] Agree, but I have a few comments:
> 1) Source authentication vs group membership authentication: I agree 
> with you that the receiver can not authenticate the source of the 
> message. However, if the key is not compromised, then the receiver can 
> authenticate that the source of the message is from a group member.

The receiver has no guaranteed way of knowing whether or not ANY group 
member is compromised so the authentication is pretty much meaningless.

Also any assertion in the message as to the role of the purported sender 
is meaningless as well as you can't actually enforce responsible 
behavior on an end-node.

> 2) Group membership authentication is sufficient: I am only 
> knowledgeable about lighting applications and will talk about how this 
> occurs (but this is also applicable to other building automation 
> applications AFAIK). In this application, a commissioner verifies the 
> existence of devices that are permanently installed in a building 
> using public key crypto and can give group keys to devices that should 
> be a part of the group. Note that these groups are not dynamically 
> changing and members of the group are permanently installed in a 
> building. Therefore, typically authentication of group membership is 
> sufficient for application requirements.

Again - no.  Compromise of a single device that is legitimately part of 
the group can be done on an on-going basis.  E.g. the device gets and 
keeps getting group keys and then sends them off to the attacker.

> 3) Probability of key compromise: This is the point where group 
> symmetric key crypto suffers compared to using symmetric key for a 
> pair of devices. The claim here is that it is easier to compromise a 
> key that is stored in a large number (e.g. 1000) of identical devices 
> rather than a specific device in a network. I do not disagree with 
> this claim. However, I do not think this is a big price to pay at 
> least for lighting applications. The claim here is that it is easier 
> to hack into one of a thousand identical devices than a small number 
> of these identical devices. You have to weigh this against the fact 
> that it solves an application problem with no other feasible solution. 
> I am prepared to be educated in this regard but we essentially have 
> 50-100 ms for the signing+verification process and I do not know of a 
> solution that does this.

*sigh*  The formula for the probability of the compromised of a mesh is  
1-(1-p)^N.  Where p is the probability of the compromise of a single 
device and N is the number of devices.

The table is here: 
https://www.ietf.org/mail-archive/web/dtls-iot/current/msg00165.html

The cost formula for actually attacking the mesh is MIN 
(costAttack[0..N]) where costAttack[0..N] is the array of costs to break 
into any given node.

The probability approaches unity that someone will figure out how to 
hack any give product assuming that product is wide spread (cf Philips 
lightbulbs).

And - I repeat - there is a feasible solution - public key control 
message authentication.   (I note with amusement that the figure of 
merit of 50-100ms performance is a decrease from what I think was the 
original figure of merit of 200-300ms and that it seems to be getting 
lower as the performance of commodity hardware increases). And note that 
special purpose hardware can do this will within this time window. 
(https://www.ietf.org/mail-archive/web/dtls-iot/current/msg00316.html, 
https://www.ietf.org/mail-archive/web/dtls-iot/current/msg00317.html)

>
> [If two entities share a key, and I get a message that's signed by 
> that key, and I didn't sign the message then obviously it came from 
> the other guy.  If three entities share a key Alice, Bob and Charlie, 
> and Alice receives a message that purports to be from Bob, but is 
> actually originating from Charlie, she cannot determine that the 
> message did not come from Bob through any cryptographic means with 
> this key]
>
> Continuing:
>
> The usual model for symmetric key authentication of a message is:
>
> Sender does:  messageAuthenticationCode = MAC (sharedKey, Message).  
> Send Message || messageAuthenticationCode.
>
> Receiver does:  receivedMessageAuthenticationCode = MAC (sharedKey, 
> Message).  Compare receivedMessageAuthenticationCode with 
> messageAuthenticationCode and if they match (according to match 
> rules), message is authenticate.
>
> Note the similarities.  In a symmetric key authentication - the sign 
> and verify steps differ only on what you do with the output of the MAC 
> calculation.  Which implies that basically if you can verify it, you 
> can forge it.
> [AS] This point is completely clear. We CAN NOT DO SOURCE AUTHENTICATION.

To be clear, you can't do source authentication with group symmetric keys.

So given that you can't do source authentication, why do group keys at 
all?  It's no better than a sturdy lock on an outhouse with no roof.



>
> Please let's consider the cryptography rather than something that 
> doesn't actually provide an enforceable mechanism.
> [AS] Again, I repeat the comments above. It is clear that if a 
> symmetric group key is used, then source authentication is no longer 
> possible. But, considering cryptography, it is possible to 
> authenticate group membership. Authentication of group membership is 
> sufficient for this use case. The main issues to weigh are: "The 
> greater likelihood of key compromise when the secret is shared by a 
> large number of identical and permanently installed nodes compared to 
> a similar single node" vs "The requirements of low latency communication".

You've stated your restrictions.  I've stated my objections.  I see 
nothing at all new in the discussion since DICE.

>
> Mike
>
> ps - someplace along the way someone came up with the meme that the 
> lightbulbs and locks were on the same key domain and that was what I 
> was complaining about.  Instead, see above.    What I'm complaining 
> about - indeed what we settled upon in DICE - is that symmetric key 
> group communications systems are not secure enough for any 
> cyber-physical control system without specific mitigations.
> [AS] Agree. We are looking at various mitigation issues. The main ones 
> are: Ensure permissions are properly scoped so that compromise of 
> group key only results in little harm. Propose methods for recycling 
> group key. Ensure that devices use PKI to authenticate themselves 
> before receiving a group key. This list is clearly not complete and 
> would be great to receive more input as to how more mitigation is 
> possible.

You have locked on to one particular solution that will not work. Using 
PKI to get symmetric group keys WILL NOT give you any protection.


>
> (For a definition of cyber-physical - Wiki is pretty good - 
> https://en.wikipedia.org/wiki/Cyber-physical_system)
> Cyber-physical system - Wikipedia, the free encyclopedia 
> 
> en.wikipedia.org
> A cyber-physical system (CPS) is a mechanism controlled or monitored 
> by computer-based algorithms. Examples of CPS include smart grid, 
> autonomous automobile systems, ...
>
>
>
>
>
>
>
>>
>> In general, authentication comes with the key that you have - 
>> authorization is then tied to that key.  In DTLS  (as in TLS), your 
>> session key is also your authorization key once your TLS session is 
>> tied to a particular identity (e.g. via an HTTP login, via a client 
>> cert exchange, via OAuth).
>>
>> So - cosmetic differences only.
>>
>> Mike
>>
>
> ________________________________________________________ The contents 
> of this e-mail and any attachments are confidential to the intended 
> recipient. They may not be disclosed to or used by or copied in any 
> way by anyone other than the intended recipient. If this e-mail is 
> received in error, please immediately notify the sender and delete the 
> e-mail and attached documents. Please note that neither the sender nor 
> the sender's company accept any responsibility for viruses and it is 
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On 7/25/2016 12:59 PM, Somaraju Abhinav
      wrote:

    

    

      
      
      

        


        

        

        

        

          

          
Let's try one more time here.  

          

          
[AS] Good. Much clearer now.

          


            1) If a group of devices share a key, and

            2) If some of that group of devices are controllers, and

            3) The majority are actuators (e.g. lightbulbs, locks), and,

            4) The shared key is the only cryptographic protection on
            authentication, THEN,

            5) The compromise of any device, even an actuator can be
            used to successfully forge messages that appear to come from
            controller nodes. 
            

            [AS] Agree.

          


            Permissions notwithstanding - if more than two entities
            share a symmetric key, a receiver of a symmetrically signed
            message cannot trust that the message it received came from
            the identified source. 
            

            [AS] Agree, but I have a few comments:

          
1) Source authentication vs group membership
            authentication: I agree with you that the receiver can not
            authenticate the source of the message. However, if the key
            is not compromised, then the receiver can authenticate that
            the source of the message is from a group member.

        

      

    

    

    The receiver has no guaranteed way of knowing whether or not ANY
    group member is compromised so the authentication is pretty much
    meaningless.

    

    Also any assertion in the message as to the role of the purported
    sender is meaningless as well as you can't actually enforce
    responsible behavior on an end-node.

    

    

      

        

          
2) Group membership authentication is sufficient: I am
            only knowledgeable about lighting applications and will talk
            about how this occurs (but this is also applicable to other
            building automation applications AFAIK). In this
            application, a commissioner verifies the existence of
            devices that are permanently installed in a building using
            public key crypto and can give group keys to devices that
            should be a part of the group. Note that these groups are
            not dynamically changing and members of the group are
            permanently installed in a building. Therefore, typically
            authentication of group membership is sufficient for
            application requirements. 

          

        

      

    

    

    Again - no.  Compromise of a single device that is legitimately part
    of the group can be done on an on-going basis.  E.g. the device gets
    and keeps getting group keys and then sends them off to the
    attacker.

    

    

      

        

          
3) Probability of key compromise: This is the point where
            group symmetric key crypto suffers compared to using
            symmetric key for a pair of devices. The claim here is that
            it is easier to compromise a key that is stored in a large
            number (e.g. 1000) of identical devices rather than a
            specific device in a network. I do not disagree with this
            claim. However, I do not think this is a big price to pay at
            least for lighting applications. The claim here is that it
            is easier to hack into one of a thousand identical devices
            than a small number of these identical devices. You have to
            weigh this against the fact that it solves an application
            problem with no other feasible solution. I am prepared to be
            educated in this regard but we essentially have 50-100 ms
            for the signing+verification process and I do not know of a
            solution that does this.

        

      

    

    

    *sigh*  The formula for the probability of the compromised of a mesh
    is  1-(1-p)^N.  Where p is the probability of the compromise of a
    single device and N is the number of devices.

    

    The table is here:
    https://www.ietf.org/mail-archive/web/dtls-iot/current/msg00165.html

    

    The cost formula for actually attacking the mesh is MIN
    (costAttack[0..N]) where costAttack[0..N] is the array of costs to
    break into any given node.

    

    The probability approaches unity that someone will figure out how to
    hack any give product assuming that product is wide spread (cf
    Philips lightbulbs).

    

    And - I repeat - there is a feasible solution - public key control
    message authentication.   (I note with amusement that the figure of
    merit of 50-100ms performance is a decrease from what I think was
    the original figure of merit of 200-300ms and that it seems to be
    getting lower as the performance of commodity hardware increases). 
    And note that special purpose hardware can do this will within this
    time window. 
    (https://www.ietf.org/mail-archive/web/dtls-iot/current/msg00316.html,
https://www.ietf.org/mail-archive/web/dtls-iot/current/msg00317.html)

    

    

      

        

          


            [If two entities share a key, and I get a message that's
            signed by that key, and I didn't sign the message then
            obviously it came from the other guy.  If three entities
            share a key Alice, Bob and Charlie, and Alice receives a
            message that purports to be from Bob, but is actually
            originating from Charlie, she cannot determine that the
            message did not come from Bob through any cryptographic
            means with this key]

            

            Continuing:

            

            The usual model for symmetric key authentication of a
            message is:

            

            Sender does:  messageAuthenticationCode = MAC (sharedKey,
            Message).  Send Message || messageAuthenticationCode.

            

            Receiver does:  receivedMessageAuthenticationCode = MAC
            (sharedKey, Message).  Compare
            receivedMessageAuthenticationCode with
            messageAuthenticationCode and if they match (according to
            match rules), message is authenticate.

            

            Note the similarities.  In a symmetric key authentication - 
            the sign and verify steps differ only on what you do with
            the output of the MAC calculation.  Which implies that
            basically if you can verify it, you can forge it.

          
[AS] This point is completely clear. We CAN NOT DO SOURCE
            AUTHENTICATION. 

          

        

      

    

    

    To be clear, you can't do source authentication with group symmetric
    keys.  

    

    So given that you can't do source authentication, why do group keys
    at all?  It's no better than a sturdy lock on an outhouse with no
    roof.  

    

    

    

    

      

        

          

            

            Please let's consider the cryptography rather than something
            that doesn't actually provide an enforceable mechanism.

          
[AS] Again, I repeat the comments above. It is clear that
            if a symmetric group key is used, then source authentication
            is no longer possible. But, considering cryptography, it is
            possible to authenticate group membership. Authentication of
            group membership is sufficient for this use case. The main
            issues to weigh are: "The greater likelihood of key
            compromise when the secret is shared by a large number of
            identical and permanently installed nodes compared to a
            similar single node" vs "The requirements of low latency
            communication".

          

        

      

    

    

    You've stated your restrictions.  I've stated my objections.  I see
    nothing at all new in the discussion since DICE.

    

    

      

        

          

            

            Mike

            

            ps - someplace along the way someone came up with the meme
            that the lightbulbs and locks were on the same key domain
            and that was what I was complaining about.  Instead, see
            above.    What I'm complaining about - indeed what we
            settled upon in DICE - is that symmetric key group
            communications systems are not secure enough for any
            cyber-physical control system without specific mitigations. 

          
[AS] Agree. We are looking at various mitigation issues.
            The main ones are: Ensure permissions are properly scoped so
            that compromise of group key only results in little harm.
            Propose methods for recycling group key. Ensure that devices
            use PKI to authenticate themselves before receiving a group
            key. This list is clearly not complete and would be great to
            receive more input as to how more mitigation is possible. 

          

        

      

    

    

    You have locked on to one particular solution that will not work. 
    Using PKI to get symmetric group keys WILL NOT give you any
    protection.

    

    

    

      

        

          


          

          
(For a definition of cyber-physical - Wiki is pretty good
            - 
              https://en.wikipedia.org/wiki/Cyber-physical_system)
            

              

                
                  

                    
                      
                      

                        en.wikipedia.org

                      

                        A cyber-physical system (CPS) is a mechanism
                        controlled or monitored by computer-based
                        algorithms. Examples of CPS include smart grid,
                        autonomous automobile systems, ...

                    		
                  

                
              

            

            

            

            

            

            

            

            

              

                

                


                  In general, authentication comes with the key that you
                  have - authorization is then tied to that key.  In
                  DTLS  (as in TLS), your session key is also your
                  authorization key once your TLS session is tied to a
                  particular identity (e.g. via an HTTP login, via a
                  client cert exchange, via OAuth). 

                  

                  So - cosmetic differences only.

                  

                  Mike

                  

                

              

            

            

          

        

      

      ________________________________________________________ The
      contents of this e-mail and any attachments are confidential to
      the intended recipient. They may not be disclosed to or used by or
      copied in any way by anyone other than the intended recipient. If
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      that neither the sender nor the sender's company accept any
      responsibility for viruses and it is your responsibility to scan
      or otherwise check this e-mail and any attachments.
    

    


    

  


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To: Michael StJohns , Somaraju Abhinav , "ace@ietf.org" 
References: <578F4D59.8050005@gmx.net> <5E393DF26B791A428E5F003BB6C5342AB3716D64@OC11EXPO33.exchange.mit.edu> <23666.1469091857@obiwan.sandelman.ca> <95b0103c-ba2d-6cd8-6241-228df46e530b@sics.se> <8ca27108-a8b9-7b07-e752-656247716708@comcast.net>    <374883b2-f69f-e36b-8b56-92cae2a0e1c6@comcast.net>
From: Eliot Lear 
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Date: Mon, 25 Jul 2016 20:23:00 +0200
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Subject: Re: [Ace] Adoption of Low Latency Group Communication Security Work in ACE
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From: Eliot Lear 
To: Michael StJohns ,
 Somaraju Abhinav , "ace@ietf.org"
 
Message-ID: <3d753504-a252-f181-dfb2-576a7ad322b4@cisco.com>
Subject: Re: [Ace] Adoption of Low Latency Group Communication Security Work
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References: <578F4D59.8050005@gmx.net>
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On 7/25/16 8:07 PM, Michael StJohns wrote:
>
> The receiver has no guaranteed way of knowing whether or not ANY group
> member is compromised so the authentication is pretty much meaningless.=


I would just add that it is also more difficult to determine just which
device has been broken into after the fact.

Eliot




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From: Pascal Urien 
Date: Mon, 25 Jul 2016 20:45:06 +0200
Message-ID: 
To: Hannes Tschofenig 
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Cc: Michael StJohns , "ace@ietf.org" , Somaraju Abhinav 
Subject: Re: [Ace] on signature verification times for sec192r1
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Hi Hannes


2016-07-25 19:16 GMT+02:00 Hannes Tschofenig :

> Hi Pascal,
>
> I guess you are saying that the performance of the verify operation is
> 60ms + the hash needed over the actual message (which is 3.5 msec for a
> 64 byte block).
>
>
That 's right. A few ms per bloc is a common figure


> In another paper I have seen that some hardware crypto chips have a
> fairly slow interface and that has to be taken into account as well. Is
> this an issue with this smart card? What is your experience there?
>

I have not a lot of data for ECC processing in smartcards, because of the
difficulty in finding this type of component with ECC support.

Neverless ECC is usually faster than RSA

An other issue is to estimate the cost of countermeasures; computing
performance is not always the first cobjective of crypto processors
according to the EAL evaluation needed

Let's say there is a balance between the sign/verify cost and the function
computing

Rgs


> Ciao
> Hannes
>
> On 07/25/2016 12:28 PM, Pascal Urien wrote:
> > Hi Abhinav
> >
> > The extra time (2ms/bloc)  comes from the hash procedure (sha1 in the
> > example) that works with 64 bytes blocs
> >
> > Rgs
> >
> > Pascal
> >
> > 2016-07-25 12:04 GMT+02:00 Somaraju Abhinav
> > >:
> >
> >     Hi Pascal,____
> >
> >     __ __
> >
> >     Thanks for the information. Could you please explain what is
> >     nb_bloc_512bits?____
> >
> >     __ __
> >
> >     Regards,____
> >
> >     Abhinav____
> >
> >     __ __
> >
> >     *From:*Ace [mailto:ace-bounces@ietf.org
> >     ] *On Behalf Of *Pascal Urien
> >     *Sent:* Sonntag, 24. Juli 2016 11:51
> >     *To:* Michael StJohns  >     >
> >     *Cc:* ace@ietf.org 
> >     *Subject:* Re: [Ace] on signature verification times for sec192r1____
> >
> >     __ __
> >
> >     I fully agree...____
> >
> >     __ __
> >
> >     J3A081M  can be found at 10$ over the WEB____
> >
> >     __ __
> >
> >     Futhermore this class of cheap device can process TLS or DTLS as
> >     illustrated in____
> >
> >     __ __
> >
> >
> https://tools.ietf.org/html/draft-urien-uta-tls-dtls-security-module-00____
> >
> >     __ __
> >
> >     They could be used for numerous applications in the IoT____
> >
> >     __ __
> >
> >     Rgs____
> >
> >     __ __
> >
> >     Pascal____
> >
> >     __ __
> >
> >     __ __
> >
> >     2016-07-23 23:59 GMT+02:00 Michael StJohns  >     >:____
> >
> >         On 7/23/2016 11:10 AM, Pascal Urien wrote:____
> >
> >             Hi All____
> >
> >             __ __
> >
> >             J3A081M is a javacard device from NXP____
> >
> >             __ __
> >
> >             The micocontroller should be the P5CD081V1A, which comprises
> >             a crypto processor____
> >
> >
> >         There's a number of these from a number of vendors.  I'd
> >         actually look at the A7xxx series of chips as they're designed
> >         to be embeddable.  I've become a big fan of javacard style
> >         solutions over the years.
> >
> >         In any event, the number of relatively inexpensive public key
> >         crypto accelerator chips (e.g. googl for "secure authentication
> >         chips") is greater than zero and continues to climb.  And for
> >         not a lot of money.  Estimating what from prices on Digikey, I'd
> >         think something less than $.50 for Quantity large as of today
> >         and half that or less in 1-2 years as its gets bundled into the
> >         "Swiss Army Knife" style of process (e.g. support for wireless
> >         900mhz plus ... plus ... plus ... plus security...) (google for
> >         iot module secure element 900mhz for example).
> >
> >         Later, Mike
> >
> >
> >
> >
> >         ____
> >
> >             __ __
> >
> >             The performances with the curve secp192r1 are the following
> >             (for ECDSA + SHA1)____
> >
> >             __ __
> >
> >             Sign    = 40ms +  nb_bloc_512bits x 3.5 ms____
> >
> >             Verify  = 60ms  + nb_bloc_512bits x 3,5 ms____
> >
> >             __ __
> >
> >             __ __
> >
> >             By the way this chip has enough crypto ressouces for
> >             processing TLS or DTLS____
> >
> >             __ __
> >
> >             Rgs____
> >
> >             __ __
> >
> >             Pascal____
> >
> >             __ __
> >
> >             ___________________________________________________
> >
> >             Ace mailing list____
> >
> >             Ace@ietf.org ____
> >
> >             https://www.ietf.org/mailman/listinfo/ace____
> >
> >         __ __
> >
> >
> >         _______________________________________________
> >         Ace mailing list
> >         Ace@ietf.org 
> >         https://www.ietf.org/mailman/listinfo/ace____
> >
> >     __ __
> >
> >     ________________________________________________________ The
> >     contents of this e-mail and any attachments are confidential to the
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> >
> >
> >
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> > _______________________________________________
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> > Ace@ietf.org
> > https://www.ietf.org/mailman/listinfo/ace
> >
>
>

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Hi Hannes


2016-07-25 19:16 GMT+02:00 Hannes Tschofenig <hannes.tschofenig@gmx.net>:
Hi Pascal=
,



I guess you are saying that the performance of the verify operation is

60ms + the hash needed over the actual message (which is 3.5 msec for a

64 byte block).



That 's right. A few ms per bloc i=
s a common figure
=C2=A0

In another paper I have seen that some hardware crypto chips have a

fairly slow interface and that has to be taken into account as well. Is

this an issue with this smart card? What is your experience there?

I have not a lot of data for ECC processing in =
smartcards, because of the difficulty in finding this type of component wit=
h ECC support.

Neverless ECC is usually faster tha=
n RSA

An other issue is to estimate the cost of co=
untermeasures; computing performance is not always the first cobjective of =
crypto processors according to the EAL evaluation needed

Let's say there is a balance between the sign/verify cost and th=
e function computing

Rgs




Ciao

Hannes



On 07/25/2016 12:28 PM, Pascal Urien wrote:

> Hi Abhinav

>

> The extra time (2ms/bloc)=C2=A0 comes from the hash procedure (sha1 in=
 the

> example) that works with 64 bytes blocs

>

> Rgs

>

> Pascal

>

> 2016-07-25 12:04 GMT+02:00 Somaraju Abhinav

> <abhinav.so=
maraju@tridonic.com <mailto:abhinav.somaraju@tridonic.com>>:

>

>=C2=A0 =C2=A0 =C2=A0Hi Pascal,____

>

>=C2=A0 =C2=A0 =C2=A0__ __

>

>=C2=A0 =C2=A0 =C2=A0Thanks for the information. Could you please explai=
n what is

>=C2=A0 =C2=A0 =C2=A0nb_bloc_512bits?____

>

>=C2=A0 =C2=A0 =C2=A0__ __

>

>=C2=A0 =C2=A0 =C2=A0Regards,____

>

>=C2=A0 =C2=A0 =C2=A0Abhinav____

>

>=C2=A0 =C2=A0 =C2=A0__ __

>

>=C2=A0 =C2=A0 =C2=A0*From:*Ace [mailto:ace-bounces@ietf.org

>=C2=A0 =C2=A0 =C2=A0<mailto:=
ace-bounces@ietf.org>] *On Behalf Of *Pascal Urien

>=C2=A0 =C2=A0 =C2=A0*Sent:* Sonntag, 24. Juli 2016 11:51

>=C2=A0 =C2=A0 =C2=A0*To:* Michael StJohns <mstjohns@comcast.net

>=C2=A0 =C2=A0 =C2=A0<mailto:=
mstjohns@comcast.net>>

>=C2=A0 =C2=A0 =C2=A0*Cc:* ace@ietf.org<=
/a> <mailto:ace@ietf.org>

>=C2=A0 =C2=A0 =C2=A0*Subject:* Re: [Ace] on signature verification time=
s for sec192r1____

>

>=C2=A0 =C2=A0 =C2=A0__ __

>

>=C2=A0 =C2=A0 =C2=A0I fully agree...____

>

>=C2=A0 =C2=A0 =C2=A0__ __

>

>=C2=A0 =C2=A0 =C2=A0J3A081M=C2=A0 can be found at 10$ over the WEB____<=
br>
>

>=C2=A0 =C2=A0 =C2=A0__ __

>

>=C2=A0 =C2=A0 =C2=A0Futhermore this class of cheap device can process T=
LS or DTLS as

>=C2=A0 =C2=A0 =C2=A0illustrated in____

>

>=C2=A0 =C2=A0 =C2=A0__ __

>

>=C2=A0 =C2=A0 =C2=A0h=
ttps://tools.ietf.org/html/draft-urien-uta-tls-dtls-security-module-00____<=
/a>

>

>=C2=A0 =C2=A0 =C2=A0__ __

>

>=C2=A0 =C2=A0 =C2=A0They could be used for numerous applications in the=
 IoT____

>

>=C2=A0 =C2=A0 =C2=A0__ __

>

>=C2=A0 =C2=A0 =C2=A0Rgs____

>

>=C2=A0 =C2=A0 =C2=A0__ __

>

>=C2=A0 =C2=A0 =C2=A0Pascal____

>

>=C2=A0 =C2=A0 =C2=A0__ __

>

>=C2=A0 =C2=A0 =C2=A0__ __

>

>=C2=A0 =C2=A0 =C2=A02016-07-23 23:59 GMT+02:00 Michael StJohns <mstjohns@comcast.net

>=C2=A0 =C2=A0 =C2=A0<mailto:mstjohns@comcast.net>>:____

>

>=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0On 7/23/2016 11:10 AM, Pascal Urien w=
rote:____

>

>=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0Hi All____

>

>=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0__ __

>

>=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0J3A081M is a javacard d=
evice from NXP____

>

>=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0__ __

>

>=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0The micocontroller shou=
ld be the P5CD081V1A, which comprises

>=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0a crypto process=
or____

>

>

>=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0There's a number of these from a =
number of vendors.=C2=A0 I'd

>=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0actually look at the A7xxx series of =
chips as they're designed

>=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0to be embeddable.=C2=A0 I've beco=
me a big fan of javacard style

>=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0solutions over the years.

>

>=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0In any event, the number of relativel=
y inexpensive public key

>=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0crypto accelerator chips (e.g. googl =
for "secure authentication

>=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0chips") is greater than zero and=
 continues to climb.=C2=A0 And for

>=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0not a lot of money.=C2=A0 Estimating =
what from prices on Digikey, I'd

>=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0think something less than $.50 for Qu=
antity large as of today

>=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0and half that or less in 1-2 years as=
 its gets bundled into the

>=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0"Swiss Army Knife" style of=
 process (e.g. support for wireless

>=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0900mhz plus ... plus ... plus ... plu=
s security...) (google for

>=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0iot module secure element 900mhz for =
example).

>

>=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0Later, Mike

>

>

>

>

>=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0____

>

>=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0__ __

>

>=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0The performances with t=
he curve secp192r1 are the following

>=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0(for ECDSA + SHA=
1)____

>

>=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0__ __

>

>=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0Sign=C2=A0 =C2=A0 =3D 4=
0ms +=C2=A0 nb_bloc_512bits x 3.5 ms____

>

>=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0Verify=C2=A0 =3D 60ms=
=C2=A0 + nb_bloc_512bits x 3,5 ms____

>

>=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0__ __

>

>=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0__ __

>

>=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0By the way this chip ha=
s enough crypto ressouces for

>=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0processing TLS o=
r DTLS____

>

>=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0__ __

>

>=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0Rgs____

>

>=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0__ __

>

>=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0Pascal____

>

>=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0__ __

>

>=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0_______________________=
____________________________

>

>=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0Ace mailing list____
>

>=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0Ace@ietf.org <mailto:Ace@ie=
tf.org>____

>

>=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0htt=
ps://www.ietf.org/mailman/listinfo/ace____

>

>=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0__ __

>

>

>=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0_____________________________________=
__________

>=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0Ace mailing list

>=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0Ace@i=
etf.org <mailto:Ace@ietf.org>=


>=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0https://www.ietf.=
org/mailman/listinfo/ace____

>

>=C2=A0 =C2=A0 =C2=A0__ __

>

>=C2=A0 =C2=A0 =C2=A0___________________________________________________=
_____ The

>=C2=A0 =C2=A0 =C2=A0contents of this e-mail and any attachments are con=
fidential to the

>=C2=A0 =C2=A0 =C2=A0intended recipient. They may not be disclosed to or=
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>=C2=A0 =C2=A0 =C2=A0copied in any way by anyone other than the intended=
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>=C2=A0 =C2=A0 =C2=A0this e-mail is received in error, please immediatel=
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>=C2=A0 =C2=A0 =C2=A0sender and delete the e-mail and attached documents=
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>=C2=A0 =C2=A0 =C2=A0otherwise check this e-mail and any attachments.
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>

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> ___________=
____________________________________

> Ace mailing list

> Ace@ietf.org

> https://www.ietf.org/mailman/listinfo/ace

>







--001a11495740e3ef4505387a2ef6--


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To: Somaraju Abhinav , Michael StJohns , "ace@ietf.org" 
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From: Stephen Farrell 
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Subject: Re: [Ace] Adoption of Low Latency Group Communication Security Work in ACE
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On 25/07/16 17:59, Somaraju Abhinav wrote:
> we essentially have 50-100 ms for the signing+verification process
> and I do not know of a solution that does this

Just a clarifying question: why can't the signing possibly be
done asynchronously? E.g. the private key holder could sign a
value that will only be sent later - as long as it has one of
those ready to emit whenever needed one can ignore the signing
time. That can have power consumption consequences but I'd
guess that's ok for a lightswitch.

If signing can be done ahead of time, then only verification
time has to be considered.

S.



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AAAAAAAA
--------------ms030003020700070304030408--


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From: "Kumar, Sandeep" 
To: Stephen Farrell , Somaraju Abhinav , Michael StJohns , "ace@ietf.org" 
Thread-Topic: [Ace] Adoption of Low Latency Group Communication Security Work in ACE
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Date: Mon, 25 Jul 2016 21:34:05 +0000
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To: "Kumar, Sandeep" , Stephen Farrell , Somaraju Abhinav , Michael StJohns , "ace@ietf.org" 
References: <578F4D59.8050005@gmx.net> <5E393DF26B791A428E5F003BB6C5342AB3716D64@OC11EXPO33.exchange.mit.edu> <23666.1469091857@obiwan.sandelman.ca> <95b0103c-ba2d-6cd8-6241-228df46e530b@sics.se> <8ca27108-a8b9-7b07-e752-656247716708@comcast.net>     
From: Rene Struik 
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Date: Mon, 25 Jul 2016 21:00:21 -0400
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Subject: Re: [Ace] Adoption of Low Latency Group Communication Security Work in ACE
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Hi Sandeep:

Fair enough, but with, e.g., ECDSA, computation of the ephemeral key 
R:=kG can be carried out independently of the remainder of the signature 
computation (where one computes e:=h(m), and calculates 
s:=(1/k)(e-r*d)(mod n) and subsequently outputs (r,s), where r is 
derived from R). So, if one wishes to, one can pre-compute many 
ephemeral key pairs (k, kG) and use those on demand {David Naccache, if 
I remember correctly, elaborated on these types of "labor division" in a 
1998 paper}. So, in the Philips high-granularity luminary, the one 
simply hashes the state (still only a few-bytes entry) and then combines 
e with r, d, k, to produce signature component s -- a simple linear 
equation with two modular multiplies as cost.

Let's make things better...

Rene

On 7/25/2016 5:34 PM, Kumar, Sandeep wrote:
>
> Because sometimes a lightswitch can have more than two states.
>
> http://images.philips.com/is/image/PhilipsConsumer/6916431PH-IMS-en_GB?wid=494&hei=435&$pnglarge$
>
> The color dial on this switch (src: 
> http://www.philips.co.uk/c-p/6916431PH/livingcolors-remote-control) 
> can set the color of lights one chooses. That would be quite some 
> precomputations.
>
> Sandeep
>
> -----Original Message-----
> From: Ace [mailto:ace-bounces@ietf.org] On Behalf Of Stephen Farrell
> Sent: Monday, July 25, 2016 9:26 PM
> To: Somaraju Abhinav; Michael StJohns; ace@ietf.org
> Subject: Re: [Ace] Adoption of Low Latency Group Communication 
> Security Work in ACE
>
> On 25/07/16 17:59, Somaraju Abhinav wrote:
>
> > we essentially have 50-100 ms for the signing+verification process and
>
> > I do not know of a solution that does this
>
> Just a clarifying question: why can't the signing possibly be done 
> asynchronously? E.g. the private key holder could sign a value that 
> will only be sent later - as long as it has one of those ready to emit 
> whenever needed one can ignore the signing time. That can have power 
> consumption consequences but I'd guess that's ok for a lightswitch.
>
> If signing can be done ahead of time, then only verification time has 
> to be considered.
>
> S.
>
>
> ------------------------------------------------------------------------
> The information contained in this message may be confidential and 
> legally protected under applicable law. The message is intended solely 
> for the addressee(s). If you are not the intended recipient, you are 
> hereby notified that any use, forwarding, dissemination, or 
> reproduction of this message is strictly prohibited and may be 
> unlawful. If you are not the intended recipient, please contact the 
> sender by return e-mail and destroy all copies of the original message.
>
>
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-- 
email: rstruik.ext@gmail.com | Skype: rstruik
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Hi Sandeep:

      

      Fair enough, but with, e.g., ECDSA, computation of the ephemeral
      key R:=kG can be carried out independently of the remainder of the
      signature computation (where one computes e:=h(m), and calculates
      s:=(1/k)(e-r*d)(mod n) and subsequently outputs (r,s), where r is
      derived from R). So, if one wishes to, one can pre-compute many
      ephemeral key pairs (k, kG) and use those on demand {David
      Naccache, if I remember correctly, elaborated on these types of
      "labor division" in a 1998 paper}. So, in the Philips
      high-granularity luminary, the one simply hashes the state (still
      only a few-bytes entry) and then combines e with r, d, k, to
      produce signature component s -- a simple linear equation with two
      modular multiplies as cost.

      

      Let's make things better...

      

      Rene

      

      On 7/25/2016 5:34 PM, Kumar, Sandeep wrote:

    

    

      
      
      
      
      

        
Because sometimes a lightswitch can have
          more than two states.

        
http://images.philips.com/is/image/PhilipsConsumer/6916431PH-IMS-en_GB?wid=494&hei=435&$pnglarge$

        
The color dial on this switch (src:
          http://www.philips.co.uk/c-p/6916431PH/livingcolors-remote-control)
          can set the color of lights one chooses. That would be quite
          some precomputations.

        
 

        
Sandeep

        
 

        
 

        
-----Original Message-----

          From: Ace [mailto:ace-bounces@ietf.org] On Behalf Of Stephen
          Farrell

          Sent: Monday, July 25, 2016 9:26 PM

          To: Somaraju Abhinav; Michael StJohns; ace@ietf.org

          Subject: Re: [Ace] Adoption of Low Latency Group Communication
          Security Work in ACE

        
 

        
 

        
 

        
On 25/07/16 17:59, Somaraju Abhinav
          wrote:

        
> we essentially have 50-100 ms for
          the signing+verification process and
          

        
> I do not know of a solution that
          does this

        
 

        
Just a clarifying question: why can't
          the signing possibly be done asynchronously? E.g. the private
          key holder could sign a value that will only be sent later -
          as long as it has one of those ready to emit whenever needed
          one can ignore the signing time. That can have power
          consumption consequences but I'd guess that's ok for a
          lightswitch.

        
 

        
If signing can be done ahead of time,
          then only verification time has to be considered.

        
 

        
S.

        
 

        
 

      

      

      

      The information contained
        in this message may be confidential and legally protected under
        applicable law. The message is intended solely for the
        addressee(s). If you are not the intended recipient, you are
        hereby notified that any use, forwarding, dissemination, or
        reproduction of this message is strictly prohibited and may be
        unlawful. If you are not the intended recipient, please contact
        the sender by return e-mail and destroy all copies of the
        original message.

      
      

      

      

      
_______________________________________________
Ace mailing list
Ace@ietf.org
https://www.ietf.org/mailman/listinfo/ace


    

    

    


    

    
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--------------F7C90CB2B02A99FAFD1829BB--

--------------A563B726F58E75ADC544F316--


From nobody Tue Jul 26 03:23:44 2016
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From: Somaraju Abhinav 
To: Michael StJohns , "ace@ietf.org" 
Thread-Topic: [Ace] Adoption of Low Latency Group Communication Security Work in ACE
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Subject: Re: [Ace] Adoption of Low Latency Group Communication Security Work in ACE
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________________________________
Let's try one more time here.
[AS] Good. Much clearer now.

1) If a group of devices share a key, and
2) If some of that group of devices are controllers, and
3) The majority are actuators (e.g. lightbulbs, locks), and,
4) The shared key is the only cryptographic protection on authentication, T=
HEN,
5) The compromise of any device, even an actuator can be used to successful=
ly forge messages that appear to come from controller nodes.
[AS] Agree.

Permissions notwithstanding - if more than two entities share a symmetric k=
ey, a receiver of a symmetrically signed message cannot trust that the mess=
age it received came from the identified source.
[AS] Agree, but I have a few comments:
1) Source authentication vs group membership authentication: I agree with y=
ou that the receiver can not authenticate the source of the message. Howeve=
r, if the key is not compromised, then the receiver can authenticate that t=
he source of the message is from a group member.

The receiver has no guaranteed way of knowing whether or not ANY group memb=
er is compromised so the authentication is pretty much meaningless.
[AS] But this is also the case when we have two entities. The receiver has =
no way of knowing whether the other entity is compromised. You are simply s=
tating my point 3 below again here. It is more likely that a group key is s=
tolen.

Also any assertion in the message as to the role of the purported sender is=
 meaningless as well as you can't actually enforce responsible behavior on =
an end-node.
[AS] Again this applies to the two entity case. If we cannot enforce respon=
sible behaviour on the senders then having crypto makes no sense.

2) Group membership authentication is sufficient: I am only knowledgeable a=
bout lighting applications and will talk about how this occurs (but this is=
 also applicable to other building automation applications AFAIK). In this =
application, a commissioner verifies the existence of devices that are perm=
anently installed in a building using public key crypto and can give group =
keys to devices that should be a part of the group. Note that these groups =
are not dynamically changing and members of the group are permanently insta=
lled in a building. Therefore, typically authentication of group membership=
 is sufficient for application requirements.

Again - no.  Compromise of a single device that is legitimately part of the=
 group can be done on an on-going basis.  E.g. the device gets and keeps ge=
tting group keys and then sends them off to the attacker.
[AS] Again, this is the case with the single sender. The only issue goes ba=
ck to greater likelihood of stealing a key that is shared between multiple =
senders.

3) Probability of key compromise: This is the point where group symmetric k=
ey crypto suffers compared to using symmetric key for a pair of devices. Th=
e claim here is that it is easier to compromise a key that is stored in a l=
arge number (e.g. 1000) of identical devices rather than a specific device =
in a network. I do not disagree with this claim. However, I do not think th=
is is a big price to pay at least for lighting applications. The claim here=
 is that it is easier to hack into one of a thousand identical devices than=
 a small number of these identical devices. You have to weigh this against =
the fact that it solves an application problem with no other feasible solut=
ion. I am prepared to be educated in this regard but we essentially have 50=
-100 ms for the signing+verification process and I do not know of a solutio=
n that does this.

*sigh*  The formula for the probability of the compromised of a mesh is  1-=
(1-p)^N.  Where p is the probability of the compromise of a single device a=
nd N is the number of devices.
[AS] You are assuming an independent probability distribution in this calcu=
lation - if the probability of key compromise from one device is p then the=
 probability of key compromise from N devices is clearly greater than p but=
 it is only equal to your formula in a theoretic world of independent distr=
ibutions. Now if we have N identical devices in a building, I do not know w=
hat this number is but without proper experimentation there is no way to de=
termine this number.


The table is here: https://www.ietf.org/mail-archive/web/dtls-iot/current/m=
sg00165.html

The cost formula for actually attacking the mesh is MIN (costAttack[0..N]) =
where costAttack[0..N] is the array of costs to break into any given node.
[AS] Agree.

The probability approaches unity that someone will figure out how to hack a=
ny give product assuming that product is wide spread (cf Philips lightbulbs=
).
[AS] Agree. But you are saying here the p goes to 1 in your formula. So we =
get to the situation of no difference between the group key vs pairwise key=
s because (1-p ~=3D (1 - (1-p)^N).


And - I repeat - there is a feasible solution - public key control message =
authentication.   (I note with amusement that the figure of merit of 50-100=
ms performance is a decrease from what I think was the original figure of m=
erit of 200-300ms and that it seems to be getting lower as the performance =
of commodity hardware increases).
[AS] The original figure of merit of 200ms is still valid. However, not all=
 of these 200 ms are available for crypto. It is difficult to come up with =
an exact number for how much is available for crypto because this really de=
pends on the number of hops in the mesh and also whether or not a controlle=
r is present as an intermediate step between sensor and actuator. The 50-10=
0ms I provided is already very generous from an application point of view -=
 which we understand quite will.

And note that special purpose hardware can do this will within this time wi=
ndow.  (https://www.ietf.org/mail-archive/web/dtls-iot/current/msg00316.htm=
l, https://www.ietf.org/mail-archive/web/dtls-iot/current/msg00317.html)
[AS] I do not know of any special purpose hardware that does this at the co=
st levels we need. We are already using ECDSA capable hardware in our devel=
opment because we use asymmetric crypto for almost everything other than to=
 turn light on/off (e.g. to configure/commission the system). The best part=
s we have seen offer us about 200 ms for sing+verify. The links you provide=
d do not tell me what hardware parts you are proposing we use.

[If two entities share a key, and I get a message that's signed by that key=
, and I didn't sign the message then obviously it came from the other guy. =
 If three entities share a key Alice, Bob and Charlie, and Alice receives a=
 message that purports to be from Bob, but is actually originating from Cha=
rlie, she cannot determine that the message did not come from Bob through a=
ny cryptographic means with this key]

Continuing:

The usual model for symmetric key authentication of a message is:

Sender does:  messageAuthenticationCode =3D MAC (sharedKey, Message).  Send=
 Message || messageAuthenticationCode.

Receiver does:  receivedMessageAuthenticationCode =3D MAC (sharedKey, Messa=
ge).  Compare receivedMessageAuthenticationCode with messageAuthenticationC=
ode and if they match (according to match rules), message is authenticate.

Note the similarities.  In a symmetric key authentication -  the sign and v=
erify steps differ only on what you do with the output of the MAC calculati=
on.  Which implies that basically if you can verify it, you can forge it.
[AS] This point is completely clear. We CAN NOT DO SOURCE AUTHENTICATION.

To be clear, you can't do source authentication with group symmetric keys.

So given that you can't do source authentication, why do group keys at all?=
  It's no better than a sturdy lock on an outhouse with no roof.





Please let's consider the cryptography rather than something that doesn't a=
ctually provide an enforceable mechanism.
[AS] Again, I repeat the comments above. It is clear that if a symmetric gr=
oup key is used, then source authentication is no longer possible. But, con=
sidering cryptography, it is possible to authenticate group membership. Aut=
hentication of group membership is sufficient for this use case. The main i=
ssues to weigh are: "The greater likelihood of key compromise when the secr=
et is shared by a large number of identical and permanently installed nodes=
 compared to a similar single node" vs "The requirements of low latency com=
munication".

You've stated your restrictions.  I've stated my objections.  I see nothing=
 at all new in the discussion since DICE.



Mike

ps - someplace along the way someone came up with the meme that the lightbu=
lbs and locks were on the same key domain and that was what I was complaini=
ng about.  Instead, see above.    What I'm complaining about - indeed what =
we settled upon in DICE - is that symmetric key group communications system=
s are not secure enough for any cyber-physical control system without speci=
fic mitigations.
[AS] Agree. We are looking at various mitigation issues. The main ones are:=
 Ensure permissions are properly scoped so that compromise of group key onl=
y results in little harm. Propose methods for recycling group key. Ensure t=
hat devices use PKI to authenticate themselves before receiving a group key=
. This list is clearly not complete and would be great to receive more inpu=
t as to how more mitigation is possible.

You have locked on to one particular solution that will not work.  Using PK=
I to get symmetric group keys WILL NOT give you any protection.




(For a definition of cyber-physical - Wiki is pretty good - https://en.wiki=
pedia.org/wiki/Cyber-physical_system)
Cyber-physical system - Wikipedia, the free encyclopedia
en.wikipedia.org
A cyber-physical system (CPS) is a mechanism controlled or monitored by com=
puter-based algorithms. Examples of CPS include smart grid, autonomous auto=
mobile systems, ...









In general, authentication comes with the key that you have - authorization=
 is then tied to that key.  In DTLS  (as in TLS), your session key is also =
your authorization key once your TLS session is tied to a particular identi=
ty (e.g. via an HTTP login, via a client cert exchange, via OAuth).

So - cosmetic differences only.

Mike

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Let's try one more time here.  =







[AS] Good. Much clearer now.








1) If a group of devices share a key, and

2) If some of that group of devices are controllers, and

3) The majority are actuators (e.g. lightbulbs, locks), and,

4) The shared key is the only cryptographic protection on authentication, T=
HEN,

5) The compromise of any device, even an actuator can be used to successful=
ly forge messages that appear to come from controller nodes. 


[AS] Agree.








Permissions notwithstanding - if more than two entities share a symmetric k=
ey, a receiver of a symmetrically signed message cannot trust that the mess=
age it received came from the identified source. 


[AS] Agree, but I have a few comments:






1) Source authentication vs group members=
hip authentication: I agree with you that the receiver can not authenticate=
 the source of the message. However, if the key
 is not compromised, then the receiver can authenticate that the source of =
the message is from a group member.






The receiver has no guaranteed way of knowing whether or not ANY group memb=
er is compromised so the authentication is pretty much meaningless.

[AS] But this is also the case when we have t=
wo entities. The receiver has no way of knowing whether the other entity is=
 compromised. You are simply stating my point 3 below again here. It is mor=
e likely that a group key is stolen.
  




Also any assertion in the message as to the role of the purported sender is=
 meaningless as well as you can't actually enforce responsible behavior on =
an end-node.

[AS] Again this applies to the two entity cas=
e. If we cannot enforce responsible behaviour on the senders then having cr=
ypto makes no sense.















2) Group membership authentication is suf=
ficient: I am only knowledgeable about lighting applications and will talk =
about how this occurs (but this is also applicable
 to other building automation applications AFAIK). In this application, a c=
ommissioner verifies the existence of devices that are permanently installe=
d in a building using public key crypto and can give group keys to devices =
that should be a part of the group.
 Note that these groups are not dynamically changing and members of the gro=
up are permanently installed in a building. Therefore, typically authentica=
tion of group membership is sufficient for application requirements.













Again - no.  Compromise of a single device that is legitimately part o=
f the group can be done on an on-going basis.  E.g. the device gets an=
d keeps getting group keys and then sends them off to the attacker.

[AS] Again, this is the case with the single =
sender. The only issue goes back to greater likelihood of stealing a key th=
at is shared between multiple senders.















3) Probability of key compromise: This is=
 the point where group symmetric key crypto suffers compared to using symme=
tric key for a pair of devices. The claim here is
 that it is easier to compromise a key that is stored in a large number (e.=
g. 1000) of identical devices rather than a specific device in a netwo=
rk. I do not disagree with this claim. However, I do not think this is a bi=
g price to pay at least for lighting
 applications. The claim here is that it is easier to hack into one of a th=
ousand identical devices than a small number of these identical devices. Yo=
u have to weigh this against the fact that it solves an application problem=
 with no other feasible solution.
 I am prepared to be educated in this regard but we essentially have 50-100=
 ms for the signing+verification process and I do not know of a so=
lution that does this.












*sigh*  The formula for the probability of the compromised of a mesh i=
s  1-(1-p)^N.  Where p is the probability of the compromise of a =
single device and N is the number of devices.=



[AS] You are assuming an independent =
probability distribution in this calculation – if the probability of =
key compromise from one device is p then the probability
 of key compromise from N devices is clearly greater than p but it is only =
equal to your formula in a theoretic world of independent distributions. No=
w if we have N identical devices in a building, I do not know what this num=
ber is but without proper experimentation
 there is no way to determine this number. 






The table is here: 
https://www.ietf.org/mail-archive/web/dtls-iot/current/msg00165.html


The cost formula for actually attacking the mesh is MIN (costAttack[0..N]) =
where costAttack[0..N] is the array of costs to break into any given node.<=
br>
[AS] Agree.




The probability approaches unity that someone will figure out how to hack a=
ny give product assuming that product is wide spread (cf Philips lightbulbs=
).


[AS] Agree. But you are saying here t=
he p goes to 1 in your formula. So we get to the situation of no difference=
 between the group key vs pairwise keys because
 (1-p ~=3D (1 – (1-p)^N).






And - I repeat - there is a feasible solution - public key control message =
authentication.   (I note with amusement that the figure of merit=
 of 50-100ms performance is a decrease from what I think was the original f=
igure of merit of 200-300ms and that it seems
 to be getting lower as the performance of commodity hardware increases).&n=
bsp; 



[AS] The original figure of merit of =
200ms is still valid. However, not all of these 200 ms are available for cr=
ypto. It is difficult to come up with an exact
 number for how much is available for crypto because this really depends on=
 the number of hops in the mesh and also whether or not a controller is pre=
sent as an intermediate step between sensor and actuator. The 50-100ms I pr=
ovided is already very generous
 from an application point of view – which we understand quite will. =



 


And note that special purpose hardware can do this w=
ill within this time window.  (https://www.ietf.org/mail-archive=
/web/dtls-iot/current/msg00316.html,
https://www.ietf.org/mail-archive/web/dtls-iot/current/msg00317.html<=
/a>)

[AS] I do not know of any special purpose har=
dware that does this at the cost levels we need. We are already using ECDSA=
 capable hardware in our development because we use asymmetric crypto for a=
lmost everything other than to turn
 light on/off (e.g. to configure/commission the system). The best parts we =
have seen offer us about 200 ms for sing+verify. The links you provided=
 do not tell me what hardware parts you are proposing we use.













[If two entities share a key, and I get a message that's signed by that key=
, and I didn't sign the message then obviously it came from the other guy.&=
nbsp; If three entities share a key Alice, Bob and Charlie, and Alice recei=
ves a message that purports to be from
 Bob, but is actually originating from Charlie, she cannot determine that t=
he message did not come from Bob through any cryptographic means with this =
key]



Continuing:



The usual model for symmetric key authentication of a message is:



Sender does:  messageAuthenticationCode =3D MAC (sharedKey, Message).&=
nbsp; Send Message || messageAuthenticationCode.



Receiver does:  receivedMessageAuthenticationCode =3D MAC (sharedKey, =
Message).  Compare receivedMessageAuthenticationCode with messageAuthe=
nticationCode and if they match (according to match rules), message is auth=
enticate.



Note the similarities.  In a symmetric key authentication -  the =
sign and verify steps differ only on what you do with the output of the MAC=
 calculation.  Which implies that basically if you can verify it, you =
can forge it.






[AS] This point is completely clear. We C=
AN NOT DO SOURCE AUTHENTICATION.













To be clear, you can't do source authentication with group symmetric keys.&=
nbsp; 



So given that you can't do source authentication, why do group keys at all?=
  It's no better than a sturdy lock on an outhouse with no roof. 























Please let's consider the cryptography rather than something that doesn't a=
ctually provide an enforceable mechanism.






[AS] Again, I repeat the comments above. =
It is clear that if a symmetric group key is used, then source authenticati=
on is no longer possible. But, considering cryptography, it
 is possible to authenticate group membership. Authentication of group memb=
ership is sufficient for this use case. The main issues to weigh are: =
"The greater likelihood of key compromise when the secret is shared by=
 a large number of identical and permanently
 installed nodes compared to a similar single node" vs "The requi=
rements of low latency communication".












You've stated your restrictions.  I've stated my objections.  I s=
ee nothing at all new in the discussion since DICE.


















Mike



ps - someplace along the way someone came up with the meme that the lightbu=
lbs and locks were on the same key domain and that was what I was complaini=
ng about.  Instead, see above.    What I'm complaining =
about - indeed what we settled upon in DICE - is that
 symmetric key group communications systems are not secure enough for any c=
yber-physical control system without specific mitigations. =







[AS] Agree. We are looking at various mit=
igation issues. The main ones are: Ensure permissions are properly scoped s=
o that compromise of group key only results in little
 harm. Propose methods for recycling group key. Ensure that devices use PKI=
 to authenticate themselves before receiving a group key. This list is clea=
rly not complete and would be great to receive more input as to how more mi=
tigation is possible.













You have locked on to one particular solution that will not work.  Usi=
ng PKI to get symmetric group keys WILL NOT give you any protection.


















 






(For a definition of cyber-physical - Wik=
i is pretty good -
https://en.wikipedia.org/wiki/Cyber-physical_system)














en.=
wikipedia.org






A c=
yber-physical system (CPS) is a mechanism controlled or monitored by comput=
er-based algorithms. Examples of CPS include smart
 grid, autonomous automobile systems, ...




































In general, authentication comes with the key that you have - authorization=
 is then tied to that key.  In DTLS  (as in TLS), your session ke=
y is also your authorization key once your TLS session is tied to a particu=
lar identity (e.g. via an HTTP login, via
 a client cert exchange, via OAuth). 



So - cosmetic differences only.



Mike






 








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From: "Kumar, Sandeep" 
To: Rene Struik , Stephen Farrell , Somaraju Abhinav , Michael StJohns , "ace@ietf.org" 
Thread-Topic: [Ace] Adoption of Low Latency Group Communication Security Work in ACE
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Archived-At: 
Subject: Re: [Ace] Adoption of Low Latency Group Communication Security Work in ACE
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Hi Rene

Makes more sense this way. Need to also add replay protection but that shou=
ld be just part of the hash. Will it make things better for user experience=
? That depends on how big the pool of (good randomized) pre-computed values=
 can be created before they run out and causes a stuck behavior.

Regards
Sandeep



From: Rene Struik [mailto:rstruik.ext@gmail.com]
Sent: Tuesday, July 26, 2016 3:00 AM
To: Kumar, Sandeep; Stephen Farrell; Somaraju Abhinav; Michael StJohns; ace=
@ietf.org
Subject: Re: [Ace] Adoption of Low Latency Group Communication Security Wor=
k in ACE

Hi Sandeep:

Fair enough, but with, e.g., ECDSA, computation of the ephemeral key R:=3Dk=
G can be carried out independently of the remainder of the signature comput=
ation (where one computes e:=3Dh(m), and calculates s:=3D(1/k)(e-r*d)(mod n=
) and subsequently outputs (r,s), where r is derived from R). So, if one wi=
shes to, one can pre-compute many ephemeral key pairs (k, kG) and use those=
 on demand {David Naccache, if I remember correctly, elaborated on these ty=
pes of "labor division" in a 1998 paper}. So, in the Philips high-granulari=
ty luminary, the one simply hashes the state (still only a few-bytes entry)=
 and then combines e with r, d, k, to produce signature component s -- a si=
mple linear equation with two modular multiplies as cost.

Let's make things better...

Rene

On 7/25/2016 5:34 PM, Kumar, Sandeep wrote:

Because sometimes a lightswitch can have more than two states.

[http://images.philips.com/is/image/PhilipsConsumer/6916431PH-IMS-en_GB?wid=
=3D494&hei=3D435&$pnglarge$]

The color dial on this switch (src: http://www.philips.co.uk/c-p/6916431PH/=
livingcolors-remote-control) can set the color of lights one chooses. That =
would be quite some precomputations.



Sandeep





-----Original Message-----
From: Ace [mailto:ace-bounces@ietf.org] On Behalf Of Stephen Farrell
Sent: Monday, July 25, 2016 9:26 PM
To: Somaraju Abhinav; Michael StJohns; ace@ietf.org
Subject: Re: [Ace] Adoption of Low Latency Group Communication Security Wor=
k in ACE







On 25/07/16 17:59, Somaraju Abhinav wrote:

> we essentially have 50-100 ms for the signing+verification process and

> I do not know of a solution that does this



Just a clarifying question: why can't the signing possibly be done asynchro=
nously? E.g. the private key holder could sign a value that will only be se=
nt later - as long as it has one of those ready to emit whenever needed one=
 can ignore the signing time. That can have power consumption consequences =
but I'd guess that's ok for a lightswitch.



If signing can be done ahead of time, then only verification time has to be=
 considered.



S.





________________________________
The information contained in this message may be confidential and legally p=
rotected under applicable law. The message is intended solely for the addre=
ssee(s). If you are not the intended recipient, you are hereby notified tha=
t any use, forwarding, dissemination, or reproduction of this message is st=
rictly prohibited and may be unlawful. If you are not the intended recipien=
t, please contact the sender by return e-mail and destroy all copies of the=
 original message.




_______________________________________________

Ace mailing list

Ace@ietf.org

https://www.ietf.org/mailman/listinfo/ace




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Hi Rene


 


Makes more sense this =
way. Need to also add replay protection but that should be just part of the=
 hash. Will it make things better for user experience? That depends on how =
big the pool of (good randomized) pre-computed
 values can be created before they run out and causes a stuck behavior.


 


Regards


Sandeep


 


 


 






From: Rene Struik [mailto:rstruik.ext@gmail.com]


Sent: Tuesday, July 26, 2016 3:00 AM

To: Kumar, Sandeep; Stephen Farrell; Somaraju Abhinav; Michael StJoh=
ns; ace@ietf.org

Subject: Re: [Ace] Adoption of Low Latency Group Communication Secur=
ity Work in ACE






 




Hi Sandeep:



Fair enough, but with, e.g., ECDSA, computation of the ephemeral key R:=3Dk=
G can be carried out independently of the remainder of the signature comput=
ation (where one computes e:=3Dh(m), and calculates s:=3D(1/k)(e-r*d)(mod n=
) and subsequently outputs (r,s), where
 r is derived from R). So, if one wishes to, one can pre-compute many ephem=
eral key pairs (k, kG) and use those on demand {David Naccache, if I rememb=
er correctly, elaborated on these types of "labor division" in a =
1998 paper}. So, in the Philips high-granularity
 luminary, the one simply hashes the state (still only a few-bytes entry) a=
nd then combines e with r, d, k, to produce signature component s -- a simp=
le linear equation with two modular multiplies as cost.



Let's make things better...



Rene



On 7/25/2016 5:34 PM, Kumar, Sandeep wrote:






Because sometimes a lightswitch can have more tha=
n two states.


3D"http://images.phi=


The color dial on this switch (src: 
http://www.philips.co.uk/c-p/6916431PH/livingcolors-remote-control) can=
 set the color of lights one chooses. That would be quite some precomputati=
ons.


 


Sandeep


 


 


-----Original Message-----

From: Ace [mailto:ace-bounces@ietf.=
org] On Behalf Of Stephen Farrell

Sent: Monday, July 25, 2016 9:26 PM

To: Somaraju Abhinav; Michael StJohns; ace@=
ietf.org

Subject: Re: [Ace] Adoption of Low Latency Group Communication Security Wor=
k in ACE


 


 


 


On 25/07/16 17:59, Somaraju Abhinav wrote:


> we essentially have 50-100 ms for the signin=
g+verification process and



> I do not know of a solution that does this


 


Just a clarifying question: why can't the signing=
 possibly be done asynchronously? E.g. the private key holder could sign a =
value that will only be sent later - as long as it has one of those ready t=
o emit whenever needed one can ignore
 the signing time. That can have power consumption consequences but I'd gue=
ss that's ok for a lightswitch.


 


If signing can be done ahead of time, then only v=
erification time has to be considered.


 


S.


 


 


 








The information contained in th=
is message may be confidential and legally protected under applicable law. =
The message is intended solely for the addressee(s). If
 you are not the intended recipient, you are hereby notified that any use, =
forwarding, dissemination, or reproduction of this message is strictly proh=
ibited and may be unlawful. If you are not the intended recipient, please c=
ontact the sender by return e-mail
 and destroy all copies of the original message.










_______________________________________________


Ace mailing list


Ace@ietf.org


https://www.ietf=
.org/mailman/listinfo/ace




 


 


-- 


email: rstruik.ext@gmail.com<=
/a> | Skype: rstruik


cell: +1 (647) 867-5658 | US: +1 (415) 690-7363





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References: <578F4D59.8050005@gmx.net> <5E393DF26B791A428E5F003BB6C5342AB3716D64@OC11EXPO33.exchange.mit.edu> <23666.1469091857@obiwan.sandelman.ca> <95b0103c-ba2d-6cd8-6241-228df46e530b@sics.se> <8ca27108-a8b9-7b07-e752-656247716708@comcast.net>      <8bbc028d-0960-3f93-ccc2-e8746fd98ca6@gmail.com> <579d47e5f90a43e194135e8c46c82159@VI1PR9003MB0237.MGDPHG.emi.philips.com>
From: Kathleen Moriarty 
Date: Tue, 26 Jul 2016 10:52:11 -0400
Message-ID: 
To: "Kumar, Sandeep" 
Content-Type: multipart/related; boundary=001a1135a88cc54d2605388b0bd8
Archived-At: 
Cc: Somaraju Abhinav , "ace@ietf.org" , Rene Struik , Michael StJohns , Stephen Farrell 
Subject: Re: [Ace] Adoption of Low Latency Group Communication Security Work in ACE
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Hello,



On Tue, Jul 26, 2016 at 7:10 AM, Kumar, Sandeep 
wrote:

> Hi Rene
>
>
>
> Makes more sense this way. Need to also add replay protection but that
> should be just part of the hash. Will it make things better for user
> experience? That depends on how big the pool of (good randomized)
> pre-computed values can be created before they run out and causes a stuck
> behavior.
>

If things can be made better, we should of course do that.  However, there
are risk tradeoffs that sometimes make sense.  If it is not possible to
precompute keys for speed, storage or some other reason, we need to figure
that out and have it factored into a threat model.  This should all be part
of a security considerations section (whatever is decided).  We are talking
about cyber physical devices and controllers, in this case lightbulbs.
Sure, lightbulbs are evolving, so it may make a difference if we are
talking about lightbulbs that can turn on/off, dim, change colors, or ones
that perform other functions (MIT Media Lab type stuff).  It also matters
if we are talking about use of lights within a controlled area and whether
it is connected to other networks or not (IoT devices, Internet, protected
network, etc.).  No one is suggesting that the same key be used in multiple
environments, but a single group key for one environment.

There are always tradeoffs in security and that's okay.  What is the bigger
threat model?

Lights turning on/off in large buildings could result in increased energy
costs.
Lights turning on/off could result in safety issues (they could be extreme).

What measures would mitigate these (and maybe other risks)?  Suggest
dividing up large buildings into sets so that a single group key could be
used in that set.  Limit connections to other networks or have protective
measures between them.

Maybe someone in this space can help more to build out the threat model to
help the WG with this decision.  There are still some unanswered questions
about the capabilities of hardware, are the alternate solutions to a group
key feasible?  Will blocking the use of a single group key prevent the
ability to move forward with a standard?

Thanks,
Kathleen


>
>
> Regards
>
> Sandeep
>
>
>
>
>
>
>
> *From:* Rene Struik [mailto:rstruik.ext@gmail.com]
> *Sent:* Tuesday, July 26, 2016 3:00 AM
> *To:* Kumar, Sandeep; Stephen Farrell; Somaraju Abhinav; Michael StJohns;
> ace@ietf.org
>
> *Subject:* Re: [Ace] Adoption of Low Latency Group Communication Security
> Work in ACE
>
>
>
> Hi Sandeep:
>
> Fair enough, but with, e.g., ECDSA, computation of the ephemeral key R:=kG
> can be carried out independently of the remainder of the signature
> computation (where one computes e:=h(m), and calculates s:=(1/k)(e-r*d)(mod
> n) and subsequently outputs (r,s), where r is derived from R). So, if one
> wishes to, one can pre-compute many ephemeral key pairs (k, kG) and use
> those on demand {David Naccache, if I remember correctly, elaborated on
> these types of "labor division" in a 1998 paper}. So, in the Philips
> high-granularity luminary, the one simply hashes the state (still only a
> few-bytes entry) and then combines e with r, d, k, to produce signature
> component s -- a simple linear equation with two modular multiplies as cost.
>
> Let's make things better...
>
> Rene
>
> On 7/25/2016 5:34 PM, Kumar, Sandeep wrote:
>
> Because sometimes a lightswitch can have more than two states.
>
> [image:
> http://images.philips.com/is/image/PhilipsConsumer/6916431PH-IMS-en_GB?wid=494&hei=435&$pnglarge$]
>
> The color dial on this switch (src:
> http://www.philips.co.uk/c-p/6916431PH/livingcolors-remote-control) can
> set the color of lights one chooses. That would be quite some
> precomputations.
>
>
>
> Sandeep
>
>
>
>
>
> -----Original Message-----
> From: Ace [mailto:ace-bounces@ietf.org ] On Behalf
> Of Stephen Farrell
> Sent: Monday, July 25, 2016 9:26 PM
> To: Somaraju Abhinav; Michael StJohns; ace@ietf.org
> Subject: Re: [Ace] Adoption of Low Latency Group Communication Security
> Work in ACE
>
>
>
>
>
>
>
> On 25/07/16 17:59, Somaraju Abhinav wrote:
>
> > we essentially have 50-100 ms for the signing+verification process and
>
> > I do not know of a solution that does this
>
>
>
> Just a clarifying question: why can't the signing possibly be done
> asynchronously? E.g. the private key holder could sign a value that will
> only be sent later - as long as it has one of those ready to emit whenever
> needed one can ignore the signing time. That can have power consumption
> consequences but I'd guess that's ok for a lightswitch.
>
>
>
> If signing can be done ahead of time, then only verification time has to
> be considered.
>
>
>
> S.
>
>
>
>
>
>
> ------------------------------
>
> The information contained in this message may be confidential and legally
> protected under applicable law. The message is intended solely for the
> addressee(s). If you are not the intended recipient, you are hereby
> notified that any use, forwarding, dissemination, or reproduction of this
> message is strictly prohibited and may be unlawful. If you are not the
> intended recipient, please contact the sender by return e-mail and destroy
> all copies of the original message.
>
>
>
> _______________________________________________
>
> Ace mailing list
>
> Ace@ietf.org
>
> https://www.ietf.org/mailman/listinfo/ace
>
>
>
>
>
> --
>
> email: rstruik.ext@gmail.com | Skype: rstruik
>
> cell: +1 (647) 867-5658 | US: +1 (415) 690-7363
>
>
> _______________________________________________
> Ace mailing list
> Ace@ietf.org
> https://www.ietf.org/mailman/listinfo/ace
>
>


-- 

Best regards,
Kathleen

--001a1135a88cc54d2305388b0bd7
Content-Type: text/html; charset=UTF-8
Content-Transfer-Encoding: quoted-printable


Hello,



On Tue, Jul 26, 2016 at 7:10 AM, Kumar,=
 Sandeep <sandeep.kumar@philips.com> wrote:











Hi Rene<=
/span>


=C2=A0


Makes more sense this =
way. Need to also add replay protection but that should be just part of the=
 hash. Will it make things better for user experience? That depends on how =
big the pool of (good randomized) pre-computed
 values can be created before they run out and causes a stuck behavior.

If things can be made b=
etter, we should of course do that.=C2=A0 However, there are risk tradeoffs=
 that sometimes make sense.=C2=A0 If it is not possible to precompute keys =
for speed, storage or some other reason, we need to figure that out and hav=
e it factored into a threat model.=C2=A0 This should all be part of a secur=
ity considerations section (whatever is decided).=C2=A0 We are talking abou=
t cyber physical devices and controllers, in this case lightbulbs.=C2=A0 Su=
re, lightbulbs are evolving, so it may make a difference if we are talking =
about lightbulbs that can turn on/off, dim, change colors, or ones that per=
form other functions (MIT Media Lab type stuff).=C2=A0 It also matters if w=
e are talking about use of lights within a controlled area and whether it i=
s connected to other networks or not (IoT devices, Internet, protected netw=
ork, etc.).=C2=A0 No one is suggesting that the same key be used in multipl=
e environments, but a single group key for one environment.

<=
/div>
There are always tradeoffs in security and that's okay.=C2=A0=
 What is the bigger threat model? =C2=A0

Lights tu=
rning on/off in large buildings could result in increased energy costs.
Lights turning on/off could result in safety issues (they could be e=
xtreme).

What measures would mitigate these (and m=
aybe other risks)?=C2=A0 Suggest dividing up large buildings into sets so t=
hat a single group key could be used in that set.=C2=A0 Limit connections t=
o other networks or have protective measures between them.

Maybe someone in this space can help more to build out the threat =
model to help the WG with this decision.=C2=A0 There are still some unanswe=
red questions about the capabilities of hardware, are the alternate solutio=
ns to a group key feasible?=C2=A0 Will blocking the use of a single group k=
ey prevent the ability to move forward with a standard?

Thanks,
Kathleen
=C2=A0


=C2=A0


Regards<=
/span>


Sandeep<=
/span>


=C2=A0


=C2=A0


<=
span style=3D"color:#1f497d">=C2=A0






From: Rene Struik [mailto:rstruik.ext@gmail.com]


Sent: Tuesday, July 26, 2016 3:00 AM

To: Kumar, Sandeep; Stephen Farrell; Somaraju Abhinav; Michael StJoh=
ns; ace@ietf.org


Subject: Re: [Ace] Adoption of Low Latency Group Communication Secur=
ity Work in ACE






=C2=A0




Hi Sandeep:



Fair enough, but with, e.g., ECDSA, computation of the ephemeral key R:=3Dk=
G can be carried out independently of the remainder of the signature comput=
ation (where one computes e:=3Dh(m), and calculates s:=3D(1/k)(e-r*d)(mod n=
) and subsequently outputs (r,s), where
 r is derived from R). So, if one wishes to, one can pre-compute many ephem=
eral key pairs (k, kG) and use those on demand {David Naccache, if I rememb=
er correctly, elaborated on these types of "labor division" in a =
1998 paper}. So, in the Philips high-granularity
 luminary, the one simply hashes the state (still only a few-bytes entry) a=
nd then combines e with r, d, k, to produce signature component s -- a simp=
le linear equation with two modular multiplies as cost.



Let's make things better...



Rene



On 7/25/2016 5:34 PM, Kumar, Sandeep wrote:






Because sometimes a lightswitch can have more than two states.=



3D"http://images.philips.com/is/image/PhilipsConsumer/6916431PH-IM=


The color dial on this switch (src: 
http://www.philips.co.uk/c-p/6916431PH/livingcolors-remote-control) can=
 set the color of lights one chooses. That would be quite some precomputati=
ons.


=C2=A0


Sandeep


=C2=A0


=C2=A0


-----Original Message-----

From: Ace [mailto=
:ace-bounces@ietf.org] On Behalf Of Stephen Farrell

Sent: Monday, July 25, 2016 9:26 PM

To: Somaraju Abhinav; Michael StJohns; ace@ietf.org

Subject: Re: [Ace] Adoption of Low Latency Group Communication Security Wor=
k in ACE


=C2=A0


=C2=A0


=C2=A0


On 25/07/16 17:59, Somaraju Abhinav wrote:


> we essentially have 50-100 ms for the signing+verification process =
and



> I do not know of a solution that does this


=C2=A0


Just a clarifying question: why can't the signing possibly be done a=
synchronously? E.g. the private key holder could sign a value that will onl=
y be sent later - as long as it has one of those ready to emit whenever nee=
ded one can ignore
 the signing time. That can have power consumption consequences but I'd=
 guess that's ok for a lightswitch.


=C2=A0


If signing can be done ahead of time, then only verification time has to=
 be considered.


=C2=A0


S.


=C2=A0


=C2=A0


=C2=A0








The information contained in th=
is message may be confidential and legally protected under applicable law. =
The message is intended solely for the addressee(s). If
 you are not the intended recipient, you are hereby notified that any use, =
forwarding, dissemination, or reproduction of this message is strictly proh=
ibited and may be unlawful. If you are not the intended recipient, please c=
ontact the sender by return e-mail
 and destroy all copies of the original message.










_______________________________________________


Ace mailing list


Ace@ietf.org<=
/u>


https://www.ietf.org/mailman/listinfo/ace




=C2=A0


=C2=A0


-- 


email: rstr=
uik.ext@gmail.com | Skype: rstruik


cell: +1 (647) 867-5658 | US: +1 (415) 690-736=
3







_______________________________________________

Ace mailing list

Ace@ietf.org

https://www.ietf.org/mailman/listinfo/ace





-- 
=

Best regards,
Kathleen




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In-Reply-To: 
References: <578F4D59.8050005@gmx.net> <5E393DF26B791A428E5F003BB6C5342AB3716D64@OC11EXPO33.exchange.mit.edu> <23666.1469091857@obiwan.sandelman.ca> <95b0103c-ba2d-6cd8-6241-228df46e530b@sics.se> <8ca27108-a8b9-7b07-e752-656247716708@comcast.net>      <8bbc028d-0960-3f93-ccc2-e8746fd98ca6@gmail.com> <579d47e5f90a43e194135e8c46c82159@VI1PR9003MB0237.MGDPHG.emi.philips.com> 
From: Kathleen Moriarty 
Date: Tue, 26 Jul 2016 11:20:00 -0400
Message-ID: 
To: "Kumar, Sandeep" 
Content-Type: multipart/related; boundary=94eb2c03c8f8409ed205388b6f61
Archived-At: 
Cc: Somaraju Abhinav , "ace@ietf.org" , Rene Struik , Michael StJohns , Stephen Farrell 
Subject: Re: [Ace] Adoption of Low Latency Group Communication Security Work in ACE
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Just to note, I'm interested to see Mike's response on why this higher
level of security is necessary in terms of a threat model.  I'm not
convinced it is for lightbulbs, but that depends on how the threat
model/solution is scoped and the advice for use - lightbulbs of current day
capabilities and not other IoT devices with higher risk factors.

Thanks,
Kathleen

On Tue, Jul 26, 2016 at 10:52 AM, Kathleen Moriarty <
kathleen.moriarty.ietf@gmail.com> wrote:

> Hello,
>
>
>
> On Tue, Jul 26, 2016 at 7:10 AM, Kumar, Sandeep  > wrote:
>
>> Hi Rene
>>
>>
>>
>> Makes more sense this way. Need to also add replay protection but that
>> should be just part of the hash. Will it make things better for user
>> experience? That depends on how big the pool of (good randomized)
>> pre-computed values can be created before they run out and causes a stuck
>> behavior.
>>
>
> If things can be made better, we should of course do that.  However, there
> are risk tradeoffs that sometimes make sense.  If it is not possible to
> precompute keys for speed, storage or some other reason, we need to figure
> that out and have it factored into a threat model.  This should all be part
> of a security considerations section (whatever is decided).  We are talking
> about cyber physical devices and controllers, in this case lightbulbs.
> Sure, lightbulbs are evolving, so it may make a difference if we are
> talking about lightbulbs that can turn on/off, dim, change colors, or ones
> that perform other functions (MIT Media Lab type stuff).  It also matters
> if we are talking about use of lights within a controlled area and whether
> it is connected to other networks or not (IoT devices, Internet, protected
> network, etc.).  No one is suggesting that the same key be used in multiple
> environments, but a single group key for one environment.
>
> There are always tradeoffs in security and that's okay.  What is the
> bigger threat model?
>
> Lights turning on/off in large buildings could result in increased energy
> costs.
> Lights turning on/off could result in safety issues (they could be
> extreme).
>
> What measures would mitigate these (and maybe other risks)?  Suggest
> dividing up large buildings into sets so that a single group key could be
> used in that set.  Limit connections to other networks or have protective
> measures between them.
>
> Maybe someone in this space can help more to build out the threat model to
> help the WG with this decision.  There are still some unanswered questions
> about the capabilities of hardware, are the alternate solutions to a group
> key feasible?  Will blocking the use of a single group key prevent the
> ability to move forward with a standard?
>
> Thanks,
> Kathleen
>
>
>>
>>
>> Regards
>>
>> Sandeep
>>
>>
>>
>>
>>
>>
>>
>> *From:* Rene Struik [mailto:rstruik.ext@gmail.com]
>> *Sent:* Tuesday, July 26, 2016 3:00 AM
>> *To:* Kumar, Sandeep; Stephen Farrell; Somaraju Abhinav; Michael
>> StJohns; ace@ietf.org
>>
>> *Subject:* Re: [Ace] Adoption of Low Latency Group Communication
>> Security Work in ACE
>>
>>
>>
>> Hi Sandeep:
>>
>> Fair enough, but with, e.g., ECDSA, computation of the ephemeral key
>> R:=kG can be carried out independently of the remainder of the signature
>> computation (where one computes e:=h(m), and calculates s:=(1/k)(e-r*d)(mod
>> n) and subsequently outputs (r,s), where r is derived from R). So, if one
>> wishes to, one can pre-compute many ephemeral key pairs (k, kG) and use
>> those on demand {David Naccache, if I remember correctly, elaborated on
>> these types of "labor division" in a 1998 paper}. So, in the Philips
>> high-granularity luminary, the one simply hashes the state (still only a
>> few-bytes entry) and then combines e with r, d, k, to produce signature
>> component s -- a simple linear equation with two modular multiplies as cost.
>>
>> Let's make things better...
>>
>> Rene
>>
>> On 7/25/2016 5:34 PM, Kumar, Sandeep wrote:
>>
>> Because sometimes a lightswitch can have more than two states.
>>
>> [image:
>> http://images.philips.com/is/image/PhilipsConsumer/6916431PH-IMS-en_GB?wid=494&hei=435&$pnglarge$]
>>
>> The color dial on this switch (src:
>> http://www.philips.co.uk/c-p/6916431PH/livingcolors-remote-control) can
>> set the color of lights one chooses. That would be quite some
>> precomputations.
>>
>>
>>
>> Sandeep
>>
>>
>>
>>
>>
>> -----Original Message-----
>> From: Ace [mailto:ace-bounces@ietf.org ] On Behalf
>> Of Stephen Farrell
>> Sent: Monday, July 25, 2016 9:26 PM
>> To: Somaraju Abhinav; Michael StJohns; ace@ietf.org
>> Subject: Re: [Ace] Adoption of Low Latency Group Communication Security
>> Work in ACE
>>
>>
>>
>>
>>
>>
>>
>> On 25/07/16 17:59, Somaraju Abhinav wrote:
>>
>> > we essentially have 50-100 ms for the signing+verification process and
>>
>> > I do not know of a solution that does this
>>
>>
>>
>> Just a clarifying question: why can't the signing possibly be done
>> asynchronously? E.g. the private key holder could sign a value that will
>> only be sent later - as long as it has one of those ready to emit whenever
>> needed one can ignore the signing time. That can have power consumption
>> consequences but I'd guess that's ok for a lightswitch.
>>
>>
>>
>> If signing can be done ahead of time, then only verification time has to
>> be considered.
>>
>>
>>
>> S.
>>
>>
>>
>>
>>
>>
>> ------------------------------
>>
>> The information contained in this message may be confidential and legally
>> protected under applicable law. The message is intended solely for the
>> addressee(s). If you are not the intended recipient, you are hereby
>> notified that any use, forwarding, dissemination, or reproduction of this
>> message is strictly prohibited and may be unlawful. If you are not the
>> intended recipient, please contact the sender by return e-mail and destroy
>> all copies of the original message.
>>
>>
>>
>> _______________________________________________
>>
>> Ace mailing list
>>
>> Ace@ietf.org
>>
>> https://www.ietf.org/mailman/listinfo/ace
>>
>>
>>
>>
>>
>> --
>>
>> email: rstruik.ext@gmail.com | Skype: rstruik
>>
>> cell: +1 (647) 867-5658 | US: +1 (415) 690-7363
>>
>>
>> _______________________________________________
>> Ace mailing list
>> Ace@ietf.org
>> https://www.ietf.org/mailman/listinfo/ace
>>
>>
>
>
> --
>
> Best regards,
> Kathleen
>



-- 

Best regards,
Kathleen

--94eb2c03c8f8409ecf05388b6f60
Content-Type: text/html; charset=UTF-8
Content-Transfer-Encoding: quoted-printable


Just to note, I'm interested to see Mike's respons=
e on why this higher level of security is necessary in terms of a threat mo=
del.=C2=A0 I'm not convinced it is for lightbulbs, but that depends on =
how the threat model/solution is scoped and the advice for use - lightbulbs=
 of current day capabilities and not other IoT devices with higher risk fac=
tors.

Thanks,
Kathleen

On Tue, Jul 26, 2016 at 10:=
52 AM, Kathleen Moriarty <kathleen.moriarty.ietf@gmail.com<=
/a>> wrote:
He=
llo,



On Tue, Jul 26, 2016 at 7:10 AM, Kumar, S=
andeep <sandeep.kumar@philips.com> wrote:











Hi Rene<=
/span>


=C2=A0


Makes more sense this =
way. Need to also add replay protection but that should be just part of the=
 hash. Will it make things better for user experience? That depends on how =
big the pool of (good randomized) pre-computed
 values can be created before they run out and causes a stuck behavior.

If things can be=
 made better, we should of course do that.=C2=A0 However, there are risk tr=
adeoffs that sometimes make sense.=C2=A0 If it is not possible to precomput=
e keys for speed, storage or some other reason, we need to figure that out =
and have it factored into a threat model.=C2=A0 This should all be part of =
a security considerations section (whatever is decided).=C2=A0 We are talki=
ng about cyber physical devices and controllers, in this case lightbulbs.=
=C2=A0 Sure, lightbulbs are evolving, so it may make a difference if we are=
 talking about lightbulbs that can turn on/off, dim, change colors, or ones=
 that perform other functions (MIT Media Lab type stuff).=C2=A0 It also mat=
ters if we are talking about use of lights within a controlled area and whe=
ther it is connected to other networks or not (IoT devices, Internet, prote=
cted network, etc.).=C2=A0 No one is suggesting that the same key be used i=
n multiple environments, but a single group key for one environment.
<=
div>
There are always tradeoffs in security and that's ok=
ay.=C2=A0 What is the bigger threat model? =C2=A0

=
Lights turning on/off in large buildings could result in increased energy c=
osts.
Lights turning on/off could result in safety issues (they c=
ould be extreme).

What measures would mitigate the=
se (and maybe other risks)?=C2=A0 Suggest dividing up large buildings into =
sets so that a single group key could be used in that set.=C2=A0 Limit conn=
ections to other networks or have protective measures between them.

Maybe someone in this space can help more to build out th=
e threat model to help the WG with this decision.=C2=A0 There are still som=
e unanswered questions about the capabilities of hardware, are the alternat=
e solutions to a group key feasible?=C2=A0 Will blocking the use of a singl=
e group key prevent the ability to move forward with a standard?
=

Thanks,
Kathleen
=
=C2=A0


=C2=A0


Regards<=
/span>


Sandeep<=
/span>


=C2=A0


=C2=A0


=C2=A0






From: Rene Struik [mailto:rstruik.ext@gmail.com]


Sent: Tuesday, July 26, 2016 3:00 AM

To: Kumar, Sandeep; Stephen Farrell; Somaraju Abhinav; Michael StJoh=
ns; ace@ietf.org


Subject: Re: [Ace] Adoption of Low Latency Group Communication Secur=
ity Work in ACE






=C2=A0




Hi Sandeep:



Fair enough, but with, e.g., ECDSA, computation of the ephemeral key R:=3Dk=
G can be carried out independently of the remainder of the signature comput=
ation (where one computes e:=3Dh(m), and calculates s:=3D(1/k)(e-r*d)(mod n=
) and subsequently outputs (r,s), where
 r is derived from R). So, if one wishes to, one can pre-compute many ephem=
eral key pairs (k, kG) and use those on demand {David Naccache, if I rememb=
er correctly, elaborated on these types of "labor division" in a =
1998 paper}. So, in the Philips high-granularity
 luminary, the one simply hashes the state (still only a few-bytes entry) a=
nd then combines e with r, d, k, to produce signature component s -- a simp=
le linear equation with two modular multiplies as cost.



Let's make things better...



Rene



On 7/25/2016 5:34 PM, Kumar, Sandeep wrote:






Because sometimes a lightswitch can have more than two states.=



3D"http://images.philips.com/is/image/PhilipsConsumer/6916431PH-IM=


The color dial on this switch (src: 
http://www.philips.co.uk/c-p/6916431PH/livingcolors-remote-control) can=
 set the color of lights one chooses. That would be quite some precomputati=
ons.


=C2=A0


Sandeep


=C2=A0


=C2=A0


-----Original Message-----

From: Ace [mailto=
:ace-bounces@ietf.org] On Behalf Of Stephen Farrell

Sent: Monday, July 25, 2016 9:26 PM

To: Somaraju Abhinav; Michael StJohns; ace@ietf.org

Subject: Re: [Ace] Adoption of Low Latency Group Communication Security Wor=
k in ACE


=C2=A0


=C2=A0


=C2=A0


On 25/07/16 17:59, Somaraju Abhinav wrote:


> we essentially have 50-100 ms for the signing+verification process =
and



> I do not know of a solution that does this


=C2=A0


Just a clarifying question: why can't the signing possibly be done a=
synchronously? E.g. the private key holder could sign a value that will onl=
y be sent later - as long as it has one of those ready to emit whenever nee=
ded one can ignore
 the signing time. That can have power consumption consequences but I'd=
 guess that's ok for a lightswitch.


=C2=A0


If signing can be done ahead of time, then only verification time has to=
 be considered.


=C2=A0


S.


=C2=A0


=C2=A0


=C2=A0








The information contained in th=
is message may be confidential and legally protected under applicable law. =
The message is intended solely for the addressee(s). If
 you are not the intended recipient, you are hereby notified that any use, =
forwarding, dissemination, or reproduction of this message is strictly proh=
ibited and may be unlawful. If you are not the intended recipient, please c=
ontact the sender by return e-mail
 and destroy all copies of the original message.










_______________________________________________


Ace mailing list


Ace@ietf.org<=
/u>


https://www.ietf.org/mailman/listinfo/ace




=C2=A0


=C2=A0


-- 


email: rstr=
uik.ext@gmail.com | Skype: rstruik


cell: +1 (647) 867-5658 | US: +1 (415) 690-736=
3







_______________________________________________

Ace mailing list

Ace@ietf.org

https://www.ietf.org/mailman/listinfo/ace





-- 

Best regards,
Kathleen<=
/div>







-- 
Best regards,
Kathleen




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To: Kathleen Moriarty , "Kumar, Sandeep" 
References: <578F4D59.8050005@gmx.net> <5E393DF26B791A428E5F003BB6C5342AB3716D64@OC11EXPO33.exchange.mit.edu> <23666.1469091857@obiwan.sandelman.ca> <95b0103c-ba2d-6cd8-6241-228df46e530b@sics.se> <8ca27108-a8b9-7b07-e752-656247716708@comcast.net>      <8bbc028d-0960-3f93-ccc2-e8746fd98ca6@gmail.com> <579d47e5f90a43e194135e8c46c82159@VI1PR9003MB0237.MGDPHG.emi.philips.com> 
From: Eliot Lear 
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Cc: Stephen Farrell , "ace@ietf.org" , Rene Struik , Michael StJohns , Somaraju Abhinav 
Subject: Re: [Ace] Adoption of Low Latency Group Communication Security Work in ACE
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From: Eliot Lear 
To: Kathleen Moriarty ,
 "Kumar, Sandeep" 
Cc: Somaraju Abhinav ,
 "ace@ietf.org" , Rene Struik ,
 Michael StJohns ,
 Stephen Farrell 
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Hi Kathleen,


On 7/26/16 4:52 PM, Kathleen Moriarty wrote:
> What is the bigger threat model? =20
>
> Lights turning on/off in large buildings could result in increased
> energy costs.
> Lights turning on/off could result in safety issues (they could be
> extreme).

It's also a matter of changing colors, misappropriation of sensors, and
perhaps more important: expropriation of the lighting systems to attack
other systems.  Thus the concern over transitory trust, especially
should these systems have multiple functions.

Eliot


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Hi Kathleen,

    


    

    
On 7/26/16 4:52 PM, Kathleen Moriarty
      wrote:

    

    

      
      
What is the bigger threat model? =C2=A0
        

          

            


            

            
Lights turning on/off in large buildings could result
              in increased energy costs.

            
Lights turning on/off could result in safety issues
              (they could be extreme).

          

        

      

    

    

    It's also a matter of changing colors, misappropriation of sensors,
    and perhaps more important: expropriation of the lighting systems to
    attack other systems.=C2=A0 Thus the concern over transitory trust,
    especially should these systems have multiple functions.

    

    Eliot

    

  


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From: Kathleen Moriarty 
Date: Tue, 26 Jul 2016 12:06:16 -0400
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To: Eliot Lear 
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Cc: Rene Struik , Michael StJohns , "ace@ietf.org" , Somaraju Abhinav , "Kumar, Sandeep" , Stephen Farrell 
Subject: Re: [Ace] Adoption of Low Latency Group Communication Security Work in ACE
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On Tue, Jul 26, 2016 at 11:59 AM, Eliot Lear  wrote:
> Hi Kathleen,
>
>
> On 7/26/16 4:52 PM, Kathleen Moriarty wrote:
>
> What is the bigger threat model?
>
> Lights turning on/off in large buildings could result in increased energy
> costs.
> Lights turning on/off could result in safety issues (they could be extreme).
>
>
> It's also a matter of changing colors, misappropriation of sensors, and
> perhaps more important: expropriation of the lighting systems to attack
> other systems.

Sure, but only if it's connected to other devices in a way that
permits this.  I haven't seen what the intended architecture is for
the proposed solution.

>  Thus the concern over transitory trust, especially should
> these systems have multiple functions.
>
> Eliot
>



-- 

Best regards,
Kathleen


From nobody Tue Jul 26 09:13:59 2016
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Subject: Re: [Ace] Adoption of Low Latency Group Communication Security Work in ACE
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On 7/26/2016 11:20 AM, Kathleen Moriarty wrote:
> Just to note, I'm interested to see Mike's response on why this higher 
> level of security is necessary in terms of a threat model.  I'm not 
> convinced it is for lightbulbs, but that depends on how the threat 
> model/solution is scoped and the advice for use - lightbulbs of 
> current day capabilities and not other IoT devices with higher risk 
> factors.
>

Hi Kathleen -

Can you describe how you would prevent this protocol from being used in 
"lower security threat environments"?  I can't and I've thought about 
how to write in various crippling conditions in the protocol structure 
without any useful conclusions.

Given that, and given that public key cryptography has the desired 
security properties, I remain unwilling to support symmetric key 
multicast for any cyberphysical protocol.  It's too risky and way too 
shortsighted.

Or put another way - you might as well use hashed passwords for the 
lighting problem - it has similar security properties to symmetric key 
multicast for control.

If we went forward with this, you'd need one of the biggest, blackest 
Black Box warnings on the protocol that we could conceive of to try to 
constrain this to the "low level of security" domains:

DON'T Use this protocol for anything but lighting control.
DON'T Use this protocol where the the maximum output of the lighting 
system could present a fire, thermal or blinding threat to safety.
DON'T Use this protocol to control lighting systems involved in 
decontamination and sterilization. (E.g. UV decontamination).
DON'T Use this protocol to control any power outage backup lighting system.
DON'T Implement this in a way that prevents local physical override of 
the lighting systems.

I'm sure there are others.

Mike



> Thanks,
> Kathleen
>
> On Tue, Jul 26, 2016 at 10:52 AM, Kathleen Moriarty 
>  > wrote:
>
>     Hello,
>
>
>
>     On Tue, Jul 26, 2016 at 7:10 AM, Kumar, Sandeep
>     > wrote:
>
>         Hi Rene
>
>         Makes more sense this way. Need to also add replay protection
>         but that should be just part of the hash. Will it make things
>         better for user experience? That depends on how big the pool
>         of (good randomized) pre-computed values can be created before
>         they run out and causes a stuck behavior.
>
>
>     If things can be made better, we should of course do that. 
>     However, there are risk tradeoffs that sometimes make sense.  If
>     it is not possible to precompute keys for speed, storage or some
>     other reason, we need to figure that out and have it factored into
>     a threat model.  This should all be part of a security
>     considerations section (whatever is decided).  We are talking
>     about cyber physical devices and controllers, in this case
>     lightbulbs. Sure, lightbulbs are evolving, so it may make a
>     difference if we are talking about lightbulbs that can turn
>     on/off, dim, change colors, or ones that perform other functions
>     (MIT Media Lab type stuff). It also matters if we are talking
>     about use of lights within a controlled area and whether it is
>     connected to other networks or not (IoT devices, Internet,
>     protected network, etc.).  No one is suggesting that the same key
>     be used in multiple environments, but a single group key for one
>     environment.
>
>     There are always tradeoffs in security and that's okay.  What is
>     the bigger threat model?
>
>     Lights turning on/off in large buildings could result in increased
>     energy costs.
>     Lights turning on/off could result in safety issues (they could be
>     extreme).
>
>     What measures would mitigate these (and maybe other risks)? 
>     Suggest dividing up large buildings into sets so that a single
>     group key could be used in that set.  Limit connections to other
>     networks or have protective measures between them.
>
>     Maybe someone in this space can help more to build out the threat
>     model to help the WG with this decision.  There are still some
>     unanswered questions about the capabilities of hardware, are the
>     alternate solutions to a group key feasible?  Will blocking the
>     use of a single group key prevent the ability to move forward with
>     a standard?
>
>     Thanks,
>     Kathleen
>
>         Regards
>
>         Sandeep
>
>         *From:*Rene Struik [mailto:rstruik.ext@gmail.com
>         ]
>         *Sent:* Tuesday, July 26, 2016 3:00 AM
>         *To:* Kumar, Sandeep; Stephen Farrell; Somaraju Abhinav;
>         Michael StJohns; ace@ietf.org 
>
>
>         *Subject:* Re: [Ace] Adoption of Low Latency Group
>         Communication Security Work in ACE
>
>         Hi Sandeep:
>
>         Fair enough, but with, e.g., ECDSA, computation of the
>         ephemeral key R:=kG can be carried out independently of the
>         remainder of the signature computation (where one computes
>         e:=h(m), and calculates s:=(1/k)(e-r*d)(mod n) and
>         subsequently outputs (r,s), where r is derived from R). So, if
>         one wishes to, one can pre-compute many ephemeral key pairs
>         (k, kG) and use those on demand {David Naccache, if I remember
>         correctly, elaborated on these types of "labor division" in a
>         1998 paper}. So, in the Philips high-granularity luminary, the
>         one simply hashes the state (still only a few-bytes entry) and
>         then combines e with r, d, k, to produce signature component s
>         -- a simple linear equation with two modular multiplies as cost.
>
>         Let's make things better...
>
>         Rene
>
>         On 7/25/2016 5:34 PM, Kumar, Sandeep wrote:
>
>             Because sometimes a lightswitch can have more than two states.
>
>             http://images.philips.com/is/image/PhilipsConsumer/6916431PH-IMS-en_GB?wid=494&hei=435&$pnglarge$
>
>             The color dial on this switch (src:
>             http://www.philips.co.uk/c-p/6916431PH/livingcolors-remote-control)
>             can set the color of lights one chooses. That would be
>             quite some precomputations.
>
>             Sandeep
>
>             -----Original Message-----
>             From: Ace [mailto:ace-bounces@ietf.org] On Behalf Of
>             Stephen Farrell
>             Sent: Monday, July 25, 2016 9:26 PM
>             To: Somaraju Abhinav; Michael StJohns; ace@ietf.org
>             
>             Subject: Re: [Ace] Adoption of Low Latency Group
>             Communication Security Work in ACE
>
>             On 25/07/16 17:59, Somaraju Abhinav wrote:
>
>             > we essentially have 50-100 ms for the
>             signing+verification process and
>
>             > I do not know of a solution that does this
>
>             Just a clarifying question: why can't the signing possibly
>             be done asynchronously? E.g. the private key holder could
>             sign a value that will only be sent later - as long as it
>             has one of those ready to emit whenever needed one can
>             ignore the signing time. That can have power consumption
>             consequences but I'd guess that's ok for a lightswitch.
>
>             If signing can be done ahead of time, then only
>             verification time has to be considered.
>
>             S.
>
>             ------------------------------------------------------------------------
>
>             The information contained in this message may be
>             confidential and legally protected under applicable law.
>             The message is intended solely for the addressee(s). If
>             you are not the intended recipient, you are hereby
>             notified that any use, forwarding, dissemination, or
>             reproduction of this message is strictly prohibited and
>             may be unlawful. If you are not the intended recipient,
>             please contact the sender by return e-mail and destroy all
>             copies of the original message.
>
>
>
>             _______________________________________________
>
>             Ace mailing list
>
>             Ace@ietf.org 
>
>             https://www.ietf.org/mailman/listinfo/ace
>
>         -- 
>
>         email:rstruik.ext@gmail.com   | Skype: rstruik
>
>         cell:+1 (647) 867-5658   | US:+1 (415) 690-7363 
>
>
>         _______________________________________________
>         Ace mailing list
>         Ace@ietf.org 
>         https://www.ietf.org/mailman/listinfo/ace
>
>
>
>
>     -- 
>
>     Best regards,
>     Kathleen
>
>
>
>
> -- 
>
> Best regards,
> Kathleen
>
>
> _______________________________________________
> Ace mailing list
> Ace@ietf.org
> https://www.ietf.org/mailman/listinfo/ace



--------------661B2A5520A9274192F0E8D1
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 boundary="------------A23FF34469DD2644C57C4D0A"


--------------A23FF34469DD2644C57C4D0A
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Content-Transfer-Encoding: 8bit


  
    
  
  
    
On 7/26/2016 11:20 AM, Kathleen
      Moriarty wrote:

    

    

      
Just to note, I'm interested to see Mike's response
        on why this higher level of security is necessary in terms of a
        threat model.  I'm not convinced it is for lightbulbs, but that
        depends on how the threat model/solution is scoped and the
        advice for use - lightbulbs of current day capabilities and not
        other IoT devices with higher risk factors.
        


        

      

    

    

    Hi Kathleen - 

    

    Can you describe how you would prevent this protocol from being used
    in "lower security threat environments"?  I can't and I've thought
    about how to write in various crippling conditions in the protocol
    structure without any useful conclusions.

    

    Given that, and given that public key cryptography has the desired
    security properties, I remain unwilling to support symmetric key
    multicast for any cyberphysical protocol.  It's too risky and way
    too shortsighted.

    

    Or put another way - you might as well use hashed passwords for the
    lighting problem - it has similar security properties to symmetric
    key multicast for control.

    

    If we went forward with this, you'd need one of the biggest,
    blackest Black Box warnings on the protocol that we could conceive
    of to try to constrain this to the "low level of security" domains:

    

    DON'T Use this protocol for anything but lighting control.

    DON'T Use this protocol where the the maximum output of the lighting
    system could present a fire, thermal or blinding threat to safety.

    DON'T Use this protocol to control lighting systems involved in
    decontamination and sterilization. (E.g. UV decontamination).

    DON'T Use this protocol to control any power outage backup lighting
    system.

    DON'T Implement this in a way that prevents local physical override
    of the lighting systems.

    

    I'm sure there are others.

    

    Mike

    

    

    

    

      

        
Thanks,

        
Kathleen

      

      


        
On Tue, Jul 26, 2016 at 10:52 AM,
          Kathleen Moriarty <kathleen.moriarty.ietf@gmail.com>
          wrote:

          

            
Hello,
              


              

              


              

              


                
On Tue, Jul 26,
                    2016 at 7:10 AM, Kumar, Sandeep <sandeep.kumar@philips.com>
                    wrote:

                    

                      

                        

                          
Hi Rene

                          
 

                          
Makes more sense
                              this way. Need to also add replay
                              protection but that should be just part of
                              the hash. Will it make things better for
                              user experience? That depends on how big
                              the pool of (good randomized) pre-computed
                              values can be created before they run out
                              and causes a stuck behavior.

                        

                      

                    

                    


                    

                  
                  
If things can be made better, we should of course
                    do that.  However, there are risk tradeoffs that
                    sometimes make sense.  If it is not possible to
                    precompute keys for speed, storage or some other
                    reason, we need to figure that out and have it
                    factored into a threat model.  This should all be
                    part of a security considerations section (whatever
                    is decided).  We are talking about cyber physical
                    devices and controllers, in this case lightbulbs. 
                    Sure, lightbulbs are evolving, so it may make a
                    difference if we are talking about lightbulbs that
                    can turn on/off, dim, change colors, or ones that
                    perform other functions (MIT Media Lab type stuff). 
                    It also matters if we are talking about use of
                    lights within a controlled area and whether it is
                    connected to other networks or not (IoT devices,
                    Internet, protected network, etc.).  No one is
                    suggesting that the same key be used in multiple
                    environments, but a single group key for one
                    environment.

                  


                  

                  
There are always tradeoffs in security and that's
                    okay.  What is the bigger threat model?  

                  


                  

                  
Lights turning on/off in large buildings could
                    result in increased energy costs.

                  
Lights turning on/off could result in safety
                    issues (they could be extreme).

                  


                  

                  
What measures would mitigate these (and maybe
                    other risks)?  Suggest dividing up large buildings
                    into sets so that a single group key could be used
                    in that set.  Limit connections to other networks or
                    have protective measures between them.

                  


                  

                  
Maybe someone in this space can help more to
                    build out the threat model to help the WG with this
                    decision.  There are still some unanswered questions
                    about the capabilities of hardware, are the
                    alternate solutions to a group key feasible?  Will
                    blocking the use of a single group key prevent the
                    ability to move forward with a standard?

                  


                  

                  
Thanks,

                  
Kathleen

                  

                    

                      
 

                      

                        

                          

                            

                            
 

                            
Regards

                            
Sandeep

                            
 

                            
 

                            
 

                            

                              

                                
From:
                                    Rene Struik [mailto:rstruik.ext@gmail.com]
                                    

                                    Sent: Tuesday, July 26, 2016
                                    3:00 AM

                                    To: Kumar, Sandeep; Stephen
                                    Farrell; Somaraju Abhinav; Michael
                                    StJohns; ace@ietf.org

                                

                                  


                                    Subject: Re: [Ace] Adoption
                                    of Low Latency Group Communication
                                    Security Work in ACE

                                

                              

                            

                            

                              

                                
 

                                

                                  
Hi Sandeep:

                                    

                                    Fair enough, but with, e.g., ECDSA,
                                    computation of the ephemeral key
                                    R:=kG can be carried out
                                    independently of the remainder of
                                    the signature computation (where one
                                    computes e:=h(m), and calculates
                                    s:=(1/k)(e-r*d)(mod n) and
                                    subsequently outputs (r,s), where r
                                    is derived from R). So, if one
                                    wishes to, one can pre-compute many
                                    ephemeral key pairs (k, kG) and use
                                    those on demand {David Naccache, if
                                    I remember correctly, elaborated on
                                    these types of "labor division" in a
                                    1998 paper}. So, in the Philips
                                    high-granularity luminary, the one
                                    simply hashes the state (still only
                                    a few-bytes entry) and then combines
                                    e with r, d, k, to produce signature
                                    component s -- a simple linear
                                    equation with two modular multiplies
                                    as cost.

                                    

                                    Let's make things better...

                                    

                                    Rene

                                    

                                    On 7/25/2016 5:34 PM, Kumar, Sandeep
                                    wrote:

                                

                                

                                  
Because sometimes a lightswitch can
                                    have more than two states.

                                  
http://images.philips.com/is/image/PhilipsConsumer/6916431PH-IMS-en_GB?wid=494&hei=435&$pnglarge$

                                  
The color dial on this switch (src:
                                    
http://www.philips.co.uk/c-p/6916431PH/livingcolors-remote-control)
                                    can set the color of lights one
                                    chooses. That would be quite some
                                    precomputations.

                                  
 

                                  
Sandeep

                                  
 

                                  
 

                                  
-----Original Message-----

                                    From: Ace [mailto:ace-bounces@ietf.org]
                                    On Behalf Of Stephen Farrell

                                    Sent: Monday, July 25, 2016 9:26 PM

                                    To: Somaraju Abhinav; Michael
                                    StJohns; ace@ietf.org

                                    Subject: Re: [Ace] Adoption of Low
                                    Latency Group Communication Security
                                    Work in ACE

                                  
 

                                  
 

                                  
 

                                  
On 25/07/16 17:59, Somaraju Abhinav
                                    wrote:

                                  
> we essentially have 50-100 ms
                                    for the signing+verification process
                                    and
                                  

                                  
> I do not know of a solution
                                    that does this

                                  
 

                                  
Just a clarifying question: why
                                    can't the signing possibly be done
                                    asynchronously? E.g. the private key
                                    holder could sign a value that will
                                    only be sent later - as long as it
                                    has one of those ready to emit
                                    whenever needed one can ignore the
                                    signing time. That can have power
                                    consumption consequences but I'd
                                    guess that's ok for a lightswitch.

                                  
 

                                  
If signing can be done ahead of
                                    time, then only verification time
                                    has to be considered.

                                  
 

                                  
S.

                                  
 

                                  
 

                                  
 

                                  

                                      

                                    

                                  
The
                                      information contained in this
                                      message may be confidential and
                                      legally protected under applicable
                                      law. The message is intended
                                      solely for the addressee(s). If
                                      you are not the intended
                                      recipient, you are hereby notified
                                      that any use, forwarding,
                                      dissemination, or reproduction of
                                      this message is strictly
                                      prohibited and may be unlawful. If
                                      you are not the intended
                                      recipient, please contact the
                                      sender by return e-mail and
                                      destroy all copies of the original
                                      message.

                                    

                                      

                                      

                                    

                                  
_______________________________________________

                                  
Ace mailing list

                                  
Ace@ietf.org

                                  
https://www.ietf.org/mailman/listinfo/ace

                                

                                
 

                                
 

                                
-- 

                                
email: rstruik.ext@gmail.com | Skype: rstruik

                                
cell: +1 (647) 867-5658 | US: +1 (415) 690-7363

                              

                            

                          

                        

                        

                        _______________________________________________

                        Ace mailing list

                        Ace@ietf.org

                        https://www.ietf.org/mailman/listinfo/ace

                        

                      

                    

                  

                

                

                    

                    


                    

                    -- 

                    

                      


                        
Best regards,

                        
Kathleen

                      

                    

                  

            

          

        

        

        

        


        

        -- 

        

          


            
Best regards,

            
Kathleen

          

        

      

      

      

      

      
_______________________________________________
Ace mailing list
Ace@ietf.org
https://www.ietf.org/mailman/listinfo/ace


    

    


    

  


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From: Somaraju Abhinav 
To: Eliot Lear , Kathleen Moriarty , "Kumar, Sandeep" 
Thread-Topic: [Ace] Adoption of Low Latency Group Communication Security Work in ACE
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Cc: Stephen Farrell , Michael StJohns , Rene Struik , "ace@ietf.org" 
Subject: Re: [Ace] Adoption of Low Latency Group Communication Security Work in ACE
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To: Somaraju Abhinav , Kathleen Moriarty , "Kumar, Sandeep" 
References: 
From: Eliot Lear 
Message-ID: <6097ec99-d131-f759-edd7-60a205c50e78@cisco.com>
Date: Tue, 26 Jul 2016 18:34:06 +0200
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Cc: Stephen Farrell , Michael StJohns , Rene Struik , "ace@ietf.org" 
Subject: Re: [Ace] Adoption of Low Latency Group Communication Security Work in ACE
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From: Eliot Lear 
To: Somaraju Abhinav ,
 Kathleen Moriarty ,
 "Kumar, Sandeep" 
Cc: "ace@ietf.org" , Rene Struik ,
 Michael StJohns ,
 Stephen Farrell 
Message-ID: <6097ec99-d131-f759-edd7-60a205c50e78@cisco.com>
Subject: Re: [Ace] Adoption of Low Latency Group Communication Security Work
 in ACE
References: 
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Not saying otherwise.  But we're talking about a threat model, not what
the doc says.


On 7/26/16 6:28 PM, Somaraju Abhinav wrote:
> Hi Eliot,
> If you read the document, we introduce a scope in the AT-KDC and AT-R
> token which specifies what resources are accessible via the knowledge
> of the group key. The architecture ensures that the group key can only
> be used for authorized resources. This allows us to only use the group
> key to control light intensity resource and nothing else. Even on the
> luminaire, the group key cannot be used to access other information
> such as commissioning data.
>
> Abhinav
>
>
> Sent from my Windows Phone
> -----------------------------------------------------------------------=
-
> From: Eliot Lear 
> Sent: =E2=80=8E26/=E2=80=8E07/=E2=80=8E2016 17:59
> To: Kathleen Moriarty ;
> Kumar, Sandeep 
> Cc: Somaraju Abhinav ;
> ace@ietf.org ; Rene Struik
> ; Michael StJohns
> ; Stephen Farrell
> 
> Subject: Re: [Ace] Adoption of Low Latency Group Communication
> Security Work in ACE
>
> Hi Kathleen,
>
>
> On 7/26/16 4:52 PM, Kathleen Moriarty wrote:
>> What is the bigger threat model? =20
>>
>> Lights turning on/off in large buildings could result in increased
>> energy costs.
>> Lights turning on/off could result in safety issues (they could be
>> extreme).
>
> It's also a matter of changing colors, misappropriation of sensors,
> and perhaps more important: expropriation of the lighting systems to
> attack other systems.  Thus the concern over transitory trust,
> especially should these systems have multiple functions.
>
> Eliot
>
> ________________________________________________________ The contents
> of this e-mail and any attachments are confidential to the intended
> recipient. They may not be disclosed to or used by or copied in any
> way by anyone other than the intended recipient. If this e-mail is
> received in error, please immediately notify the sender and delete the
> e-mail and attached documents. Please note that neither the sender nor
> the sender's company accept any responsibility for viruses and it is
> your responsibility to scan or otherwise check this e-mail and any
> attachments.=20


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Not saying otherwise.=C2=A0 But we're talking about a threat model=
,
      not what the doc says.

    

    

    
On 7/26/16 6:28 PM, Somaraju Abhinav
      wrote:

    

    

      
      

        
=
Hi
          Eliot,

          If you read the document, we introduce a scope in the AT-KDC
          and AT-R token which specifies what resources are accessible
          via the knowledge of the group key. The architecture ensures
          that the group key can only be used for authorized resources.
          This allows us to only use the group key to control light
          intensity resource and nothing else. Even on the luminaire,
          the group key cannot be used to access other information such
          as commissioning data.
          

          

          Abhinav

          

          

          Sent from my Windows Phone

      

      

        

        From:
        Eliot
            Lear

        Sent:
        =E2=80=8E26/=E2=80=8E07/=E2=80=8E2016 17:59

        To:
        Kathleen
            Moriarty;
          Kumar, Sandeep<=
/span>

        Cc:
        Somaraju Abhina=
v;
          ace@ie=
tf.org;
          
            Rene Struik; Michael StJohns; 
            Stephen Farrell

        Subject:
        Re: [Ace] Adoption of Low Latency Group Communication
          Security Work in ACE

        

      

      
Hi Kathleen,

      


      

      
On 7/26/16 4:52 PM, Kathleen Moriart=
y
        wrote:

      

      

        
What is the bigger threat model? =C2=A0
          

            

              


              

              
Lights turning on/off in large buildings could result
                in increased energy costs.

              
Lights turning on/off could result in safety issues
                (they could be extreme).

            

          

        

      

      

      It's also a matter of changing colors, misappropriation of
      sensors, and perhaps more important: expropriation of the lighting
      systems to attack other systems.=C2=A0 Thus the concern over transi=
tory
      trust, especially should these systems have multiple functions.
=

      

      Eliot

      

      ________________________________________________________ The
      contents of this e-mail and any attachments are confidential to
      the intended recipient. They may not be disclosed to or used by or
      copied in any way by anyone other than the intended recipient. If
      this e-mail is received in error, please immediately notify the
      sender and delete the e-mail and attached documents. Please note
      that neither the sender nor the sender's company accept any
      responsibility for viruses and it is your responsibility to scan
      or otherwise check this e-mail and any attachments.
    

    

  


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References: <578F4D59.8050005@gmx.net> <5E393DF26B791A428E5F003BB6C5342AB3716D64@OC11EXPO33.exchange.mit.edu> <23666.1469091857@obiwan.sandelman.ca> <95b0103c-ba2d-6cd8-6241-228df46e530b@sics.se> <8ca27108-a8b9-7b07-e752-656247716708@comcast.net>      <8bbc028d-0960-3f93-ccc2-e8746fd98ca6@gmail.com> <579d47e5f90a43e194135e8c46c82159@VI1PR9003MB0237.MGDPHG.emi.philips.com>   
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On Tue, Jul 26, 2016 at 12:08 PM, Michael StJohns 
wrote:

> On 7/26/2016 11:20 AM, Kathleen Moriarty wrote:
>
> Just to note, I'm interested to see Mike's response on why this higher
> level of security is necessary in terms of a threat model.  I'm not
> convinced it is for lightbulbs, but that depends on how the threat
> model/solution is scoped and the advice for use - lightbulbs of current day
> capabilities and not other IoT devices with higher risk factors.
>
>
> Hi Kathleen -
>
> Can you describe how you would prevent this protocol from being used in
> "lower security threat environments"?  I can't and I've thought about how
> to write in various crippling conditions in the protocol structure without
> any useful conclusions.
>
> Given that, and given that public key cryptography has the desired
> security properties, I remain unwilling to support symmetric key multicast
> for any cyberphysical protocol.  It's too risky and way too shortsighted.
>

A question remains unanswered about the possibility of support for what you
propose in hardware asked earlier in the thread.  If there are real
constraints that prevent using the better solution, we need to understand
those constraints and work with what we have and determine the threat
model.  You are assuming a zero trust model, which I would too for many
situations, but I'm not sure that's necessary here.



>
> Or put another way - you might as well use hashed passwords for the
> lighting problem - it has similar security properties to symmetric key
> multicast for control.
>

I understand the security implications fully.  I also understand that
security is a balancing act with constraints, threat models and a risk
assessment.  You might not use this to set the colors of the lights for the
empire state building or you'd recommend that it be on an isolated network
if you wanted to prevent tampering.
 There are ways to assess and mitigate threats and I don't think we should
assume that isolated networks are out of the question unless the lighting
manufacturers and IoT vendors working with us say that's not practical for
the real use cases they have.



>
> If we went forward with this, you'd need one of the biggest, blackest
> Black Box warnings on the protocol that we could conceive of to try to
> constrain this to the "low level of security" domains:
>
> DON'T Use this protocol for anything but lighting control.
> DON'T Use this protocol where the the maximum output of the lighting
> system could present a fire, thermal or blinding threat to safety.
> DON'T Use this protocol to control lighting systems involved in
> decontamination and sterilization. (E.g. UV decontamination).
> DON'T Use this protocol to control any power outage backup lighting system.
> DON'T Implement this in a way that prevents local physical override of the
> lighting systems.
>

Or you say what the understood constraints are for using this protocol and
recommend the use for isolated networks to prevent tampering.  We have a
lower bar for the security of DHCP and connections to a DHCP server and I
want to know that there is or is not a way to mitigate the threats
associated with these concerns.  I don't see anything that helps in this
response as you don't discuss the threat model or constraints that prevent
the attacks you are worried about.  The message reads as one to scare off
responses rather than get to the questions I asked.

Thanks,
Kathleen


> I'm sure there are others.
>
> Mike
>
>
>
>
> Thanks,
> Kathleen
>
> On Tue, Jul 26, 2016 at 10:52 AM, Kathleen Moriarty <
> kathleen.moriarty.ietf@gmail.com> wrote:
>
>> Hello,
>>
>>
>>
>> On Tue, Jul 26, 2016 at 7:10 AM, Kumar, Sandeep <
>> sandeep.kumar@philips.com> wrote:
>>
>>> Hi Rene
>>>
>>>
>>>
>>> Makes more sense this way. Need to also add replay protection but that
>>> should be just part of the hash. Will it make things better for user
>>> experience? That depends on how big the pool of (good randomized)
>>> pre-computed values can be created before they run out and causes a stuck
>>> behavior.
>>>
>>
>> If things can be made better, we should of course do that.  However,
>> there are risk tradeoffs that sometimes make sense.  If it is not possible
>> to precompute keys for speed, storage or some other reason, we need to
>> figure that out and have it factored into a threat model.  This should all
>> be part of a security considerations section (whatever is decided).  We are
>> talking about cyber physical devices and controllers, in this case
>> lightbulbs.  Sure, lightbulbs are evolving, so it may make a difference if
>> we are talking about lightbulbs that can turn on/off, dim, change colors,
>> or ones that perform other functions (MIT Media Lab type stuff).  It also
>> matters if we are talking about use of lights within a controlled area and
>> whether it is connected to other networks or not (IoT devices, Internet,
>> protected network, etc.).  No one is suggesting that the same key be used
>> in multiple environments, but a single group key for one environment.
>>
>> There are always tradeoffs in security and that's okay.  What is the
>> bigger threat model?
>>
>> Lights turning on/off in large buildings could result in increased energy
>> costs.
>> Lights turning on/off could result in safety issues (they could be
>> extreme).
>>
>> What measures would mitigate these (and maybe other risks)?  Suggest
>> dividing up large buildings into sets so that a single group key could be
>> used in that set.  Limit connections to other networks or have protective
>> measures between them.
>>
>> Maybe someone in this space can help more to build out the threat model
>> to help the WG with this decision.  There are still some unanswered
>> questions about the capabilities of hardware, are the alternate solutions
>> to a group key feasible?  Will blocking the use of a single group key
>> prevent the ability to move forward with a standard?
>>
>> Thanks,
>> Kathleen
>>
>>
>>>
>>>
>>> Regards
>>>
>>> Sandeep
>>>
>>>
>>>
>>>
>>>
>>>
>>>
>>> *From:* Rene Struik [mailto:rstruik.ext@gmail.com]
>>> *Sent:* Tuesday, July 26, 2016 3:00 AM
>>> *To:* Kumar, Sandeep; Stephen Farrell; Somaraju Abhinav; Michael
>>> StJohns; ace@ietf.org
>>>
>>> *Subject:* Re: [Ace] Adoption of Low Latency Group Communication
>>> Security Work in ACE
>>>
>>>
>>>
>>> Hi Sandeep:
>>>
>>> Fair enough, but with, e.g., ECDSA, computation of the ephemeral key
>>> R:=kG can be carried out independently of the remainder of the signature
>>> computation (where one computes e:=h(m), and calculates s:=(1/k)(e-r*d)(mod
>>> n) and subsequently outputs (r,s), where r is derived from R). So, if one
>>> wishes to, one can pre-compute many ephemeral key pairs (k, kG) and use
>>> those on demand {David Naccache, if I remember correctly, elaborated on
>>> these types of "labor division" in a 1998 paper}. So, in the Philips
>>> high-granularity luminary, the one simply hashes the state (still only a
>>> few-bytes entry) and then combines e with r, d, k, to produce signature
>>> component s -- a simple linear equation with two modular multiplies as cost.
>>>
>>> Let's make things better...
>>>
>>> Rene
>>>
>>> On 7/25/2016 5:34 PM, Kumar, Sandeep wrote:
>>>
>>> Because sometimes a lightswitch can have more than two states.
>>>
>>> [image:
>>> http://images.philips.com/is/image/PhilipsConsumer/6916431PH-IMS-en_GB?wid=494&hei=435&$pnglarge$]
>>>
>>> The color dial on this switch (src:
>>> http://www.philips.co.uk/c-p/6916431PH/livingcolors-remote-control) can
>>> set the color of lights one chooses. That would be quite some
>>> precomputations.
>>>
>>>
>>>
>>> Sandeep
>>>
>>>
>>>
>>>
>>>
>>> -----Original Message-----
>>> From: Ace [mailto:ace-bounces@ietf.org ] On
>>> Behalf Of Stephen Farrell
>>> Sent: Monday, July 25, 2016 9:26 PM
>>> To: Somaraju Abhinav; Michael StJohns; ace@ietf.org
>>> Subject: Re: [Ace] Adoption of Low Latency Group Communication Security
>>> Work in ACE
>>>
>>>
>>>
>>>
>>>
>>>
>>>
>>> On 25/07/16 17:59, Somaraju Abhinav wrote:
>>>
>>> > we essentially have 50-100 ms for the signing+verification process and
>>>
>>> > I do not know of a solution that does this
>>>
>>>
>>>
>>> Just a clarifying question: why can't the signing possibly be done
>>> asynchronously? E.g. the private key holder could sign a value that will
>>> only be sent later - as long as it has one of those ready to emit whenever
>>> needed one can ignore the signing time. That can have power consumption
>>> consequences but I'd guess that's ok for a lightswitch.
>>>
>>>
>>>
>>> If signing can be done ahead of time, then only verification time has to
>>> be considered.
>>>
>>>
>>>
>>> S.
>>>
>>>
>>>
>>>
>>>
>>>
>>> ------------------------------
>>>
>>> The information contained in this message may be confidential and
>>> legally protected under applicable law. The message is intended solely for
>>> the addressee(s). If you are not the intended recipient, you are hereby
>>> notified that any use, forwarding, dissemination, or reproduction of this
>>> message is strictly prohibited and may be unlawful. If you are not the
>>> intended recipient, please contact the sender by return e-mail and destroy
>>> all copies of the original message.
>>>
>>>
>>>
>>> _______________________________________________
>>>
>>> Ace mailing list
>>>
>>> Ace@ietf.org
>>>
>>> https://www.ietf.org/mailman/listinfo/ace
>>>
>>>
>>>
>>>
>>>
>>> --
>>>
>>> email: rstruik.ext@gmail.com | Skype: rstruik
>>>
>>> cell: +1 (647) 867-5658 | US: +1 (415) 690-7363
>>>
>>>
>>> _______________________________________________
>>> Ace mailing list
>>> Ace@ietf.org
>>> https://www.ietf.org/mailman/listinfo/ace
>>>
>>>
>>
>>
>> --
>>
>> Best regards,
>> Kathleen
>>
>
>
>
> --
>
> Best regards,
> Kathleen
>
>
> _______________________________________________
> Ace mailing listAce@ietf.orghttps://www.ietf.org/mailman/listinfo/ace
>
>
>
> _______________________________________________
> Ace mailing list
> Ace@ietf.org
> https://www.ietf.org/mailman/listinfo/ace
>
>


-- 

Best regards,
Kathleen

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On Tue, Jul 26, 2016 at 12:08 PM, Michael StJohns <=
;mstjohns@comcast=
.net> wrote:

 =20
   =20
 =20
  

    
On 7/26/2016 11:20 AM, Kathleen
      Moriarty wrote:

    

    

      
Just to note, I'm interested to see Mike's r=
esponse
        on why this higher level of security is necessary in terms of a
        threat model.=C2=A0 I'm not convinced it is for lightbulbs, but=
 that
        depends on how the threat model/solution is scoped and the
        advice for use - lightbulbs of current day capabilities and not
        other IoT devices with higher risk factors.
        


        

      

    

    

    Hi Kathleen - 

    

    Can you describe how you would prevent this protocol from being used
    in "lower security threat environments"?=C2=A0 I can't an=
d I've thought
    about how to write in various crippling conditions in the protocol
    structure without any useful conclusions.

    

    Given that, and given that public key cryptography has the desired
    security properties, I remain unwilling to support symmetric key
    multicast for any cyberphysical protocol.=C2=A0 It's too risky and =
way
    too shortsighted.

A question =
remains unanswered about the possibility of support for what you propose in=
 hardware asked earlier in the thread.=C2=A0 If there are real constraints =
that prevent using the better solution, we need to understand those constra=
ints and work with what we have and determine the threat model.=C2=A0 You a=
re assuming a zero trust model, which I would too for many situations, but =
I'm not sure that's necessary here.

=C2=A0=


    

    Or put another way - you might as well use hashed passwords for the
    lighting problem - it has similar security properties to symmetric
    key multicast for control.

I =
understand the security implications fully.=C2=A0 I also understand that se=
curity is a balancing act with constraints, threat models and a risk assess=
ment.=C2=A0 You might not use this to set the colors of the lights for the =
empire state building or you'd recommend that it be on an isolated netw=
ork if you wanted to prevent tampering.
=C2=A0There are ways to a=
ssess and mitigate threats and I don't think we should assume that isol=
ated networks are out of the question unless the lighting manufacturers and=
 IoT vendors working with us say that's not practical for the real use =
cases they have.

=C2=A0

    

    If we went forward with this, you'd need one of the biggest,
    blackest Black Box warnings on the protocol that we could conceive
    of to try to constrain this to the "low level of security" do=
mains:

    

    DON'T Use this protocol for anything but lighting control.

    DON'T Use this protocol where the the maximum output of the lightin=
g
    system could present a fire, thermal or blinding threat to safety.

    DON'T Use this protocol to control lighting systems involved in
    decontamination and sterilization. (E.g. UV decontamination).

    DON'T Use this protocol to control any power outage backup lighting
    system.

    DON'T Implement this in a way that prevents local physical override
    of the lighting systems.

Or y=
ou say what the understood constraints are for using this protocol and reco=
mmend the use for isolated networks to prevent tampering.=C2=A0 We have a l=
ower bar for the security of DHCP and connections to a DHCP server and I wa=
nt to know that there is or is not a way to mitigate the threats associated=
 with these concerns.=C2=A0 I don't see anything that helps in this res=
ponse as you don't discuss the threat model or constraints that prevent=
 the attacks you are worried about.=C2=A0 The message reads as one to scare=
 off responses rather than get to the questions I asked.

Thanks,
Kathleen


    

    I'm sure there are others.

    

    Mike


    

    

    

    

      

        
Thanks,

        
Kathleen

      

      


        
On Tue, Jul 26, 2016 at 10:52 AM,
          Kathleen Moriarty <kathleen.moriarty.ietf@gmail.c=
om>
          wrote:

          

            
Hello,
              


              

              


              

              


                
On Tue, Jul 26,
                    2016 at 7:10 AM, Kumar, Sandeep <<=
a href=3D"mailto:sandeep.kumar@philips.com" target=3D"_blank">sandeep.kumar=
@philips.com>
                    wrote:

                    

                      

                        

                          
Hi Rene

                          
=C2=A0

                          
Makes more sense
                              this way. Need to also add replay
                              protection but that should be just part of
                              the hash. Will it make things better for
                              user experience? That depends on how big
                              the pool of (good randomized) pre-computed
                              values can be created before they run out
                              and causes a stuck behavior.

                        

                      

                    

                    


                    

                  
                  
If things can be made better, we should of course
                    do that.=C2=A0 However, there are risk tradeoffs that
                    sometimes make sense.=C2=A0 If it is not possible to
                    precompute keys for speed, storage or some other
                    reason, we need to figure that out and have it
                    factored into a threat model.=C2=A0 This should all be
                    part of a security considerations section (whatever
                    is decided).=C2=A0 We are talking about cyber physical
                    devices and controllers, in this case lightbulbs.=C2=A0
                    Sure, lightbulbs are evolving, so it may make a
                    difference if we are talking about lightbulbs that
                    can turn on/off, dim, change colors, or ones that
                    perform other functions (MIT Media Lab type stuff).=C2=
=A0
                    It also matters if we are talking about use of
                    lights within a controlled area and whether it is
                    connected to other networks or not (IoT devices,
                    Internet, protected network, etc.).=C2=A0 No one is
                    suggesting that the same key be used in multiple
                    environments, but a single group key for one
                    environment.

                  


                  

                  
There are always tradeoffs in security and that'=
s
                    okay.=C2=A0 What is the bigger threat model? =C2=A0
                  


                  

                  
Lights turning on/off in large buildings could
                    result in increased energy costs.

                  
Lights turning on/off could result in safety
                    issues (they could be extreme).

                  


                  

                  
What measures would mitigate these (and maybe
                    other risks)?=C2=A0 Suggest dividing up large buildings
                    into sets so that a single group key could be used
                    in that set.=C2=A0 Limit connections to other networks =
or
                    have protective measures between them.

                  


                  

                  
Maybe someone in this space can help more to
                    build out the threat model to help the WG with this
                    decision.=C2=A0 There are still some unanswered questio=
ns
                    about the capabilities of hardware, are the
                    alternate solutions to a group key feasible?=C2=A0 Will
                    blocking the use of a single group key prevent the
                    ability to move forward with a standard?

                  


                  

                  
Thanks,

                  
Kathleen

                  

                    

                      
=C2=A0

                      

                        

                          

                            

                            
=C2=A0

                            
Regards

                            
Sandeep

                            
=C2=A0

                            
=C2=A0

                            
=C2=A0

                            

                              

                                
From:
                                    Rene Struik [mailto:rstruik.ext@gmail.com]
                                    

                                    Sent: Tuesday, July 26, 2016
                                    3:00 AM

                                    To: Kumar, Sandeep; Stephen
                                    Farrell; Somaraju Abhinav; Michael
                                    StJohns; ace@ietf.org

                                

                                  


                                    Subject: Re: [Ace] Adoption
                                    of Low Latency Group Communication
                                    Security Work in ACE

                                

                              

                            

                            

                              

                                
=C2=A0

                                

                                  
Hi Sandeep:

                                    

                                    Fair enough, but with, e.g., ECDSA,
                                    computation of the ephemeral key
                                    R:=3DkG can be carried out
                                    independently of the remainder of
                                    the signature computation (where one
                                    computes e:=3Dh(m), and calculates
                                    s:=3D(1/k)(e-r*d)(mod n) and
                                    subsequently outputs (r,s), where r
                                    is derived from R). So, if one
                                    wishes to, one can pre-compute many
                                    ephemeral key pairs (k, kG) and use
                                    those on demand {David Naccache, if
                                    I remember correctly, elaborated on
                                    these types of "labor division&quo=
t; in a
                                    1998 paper}. So, in the Philips
                                    high-granularity luminary, the one
                                    simply hashes the state (still only
                                    a few-bytes entry) and then combines
                                    e with r, d, k, to produce signature
                                    component s -- a simple linear
                                    equation with two modular multiplies
                                    as cost.

                                    

                                    Let's make things better...

                                    

                                    Rene

                                    

                                    On 7/25/2016 5:34 PM, Kumar, Sandeep
                                    wrote:

                                

                                

                                  
Because sometimes a lightswitch can
                                    have more than two states.

                                  
3D"http://images.philips.com/is/image/PhilipsConsumer/69=

                                  
The color dial on this switch (src:
                                    
http://www.philips.co.uk/c-p/6916431PH/livingcolors-remote-control)
                                    can set the color of lights one
                                    chooses. That would be quite some
                                    precomputations.

                                  
=C2=A0

                                  
Sandeep

                                  
=C2=A0

                                  
=C2=A0

                                  
-----Original Message-----

                                    From: Ace [mailto:ace-bounces@ietf.org]
                                    On Behalf Of Stephen Farrell

                                    Sent: Monday, July 25, 2016 9:26 PM

                                    To: Somaraju Abhinav; Michael
                                    StJohns; ace@ietf.org

                                    Subject: Re: [Ace] Adoption of Low
                                    Latency Group Communication Security
                                    Work in ACE

                                  
=C2=A0

                                  
=C2=A0

                                  
=C2=A0

                                  
On 25/07/16 17:59, Somaraju Abhinav
                                    wrote:

                                  
> we essentially have 50-100 ms
                                    for the signing+verification process
                                    and
                                  

                                  
> I do not know of a solution
                                    that does this

                                  
=C2=A0

                                  
Just a clarifying question: why
                                    can't the signing possibly be done
                                    asynchronously? E.g. the private key
                                    holder could sign a value that will
                                    only be sent later - as long as it
                                    has one of those ready to emit
                                    whenever needed one can ignore the
                                    signing time. That can have power
                                    consumption consequences but I'd
                                    guess that's ok for a lightswitch.<=
/p>
                                  
=C2=A0

                                  
If signing can be done ahead of
                                    time, then only verification time
                                    has to be considered.

                                  
=C2=A0

                                  
S.

                                  
=C2=A0

                                  
=C2=A0

                                  
=C2=A0

                                  

                                      

                                    

                                  
The
                                      information contained in this
                                      message may be confidential and
                                      legally protected under applicable
                                      law. The message is intended
                                      solely for the addressee(s). If
                                      you are not the intended
                                      recipient, you are hereby notified
                                      that any use, forwarding,
                                      dissemination, or reproduction of
                                      this message is strictly
                                      prohibited and may be unlawful. If
                                      you are not the intended
                                      recipient, please contact the
                                      sender by return e-mail and
                                      destroy all copies of the original
                                      message.

                                    

                                      

                                      

                                    

                                  
____________________________________=
___________

                                  
Ace mailing list

                                  
Ace@ietf.org

                                  
https://www.ietf.org/mailman/listinfo/a=
ce

                                

                                
=C2=A0<=
/p>
                                
=C2=A0

                                
-- 

                                
email: rstruik.ext@gmail.com | Skype: rstruik
                                
cell: +1 (647) 867-5658 =
| US: +1 (415) 690-7363

                              

                            

                          

                        

                        

                        _______________________________________________

                        Ace mailing list

                        A=
ce@ietf.org

                        https://www.ietf.org/mailman/listin=
fo/ace

                        

                      

                    

                  

                

                

                    

                    


                    

                    -- 

                    

                      


                        
Best regards,

                        
Kathleen

                      

                    

                  

            

          

        

        

        

        


        

        -- 

        

          


            
Best regards,

            
Kathleen

          

        

      

      

      

      

      
_______________________________________________
Ace mailing list
Ace@ietf.org
htt=
ps://www.ietf.org/mailman/listinfo/ace


    

    


    

  



_______________________________________________

Ace mailing list

Ace@ietf.org

https://www.ietf.org/mailman/listinfo/ace





-- 
=

Best regards,
Kathleen




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To: Kathleen Moriarty 
References: <578F4D59.8050005@gmx.net> <5E393DF26B791A428E5F003BB6C5342AB3716D64@OC11EXPO33.exchange.mit.edu> <23666.1469091857@obiwan.sandelman.ca> <95b0103c-ba2d-6cd8-6241-228df46e530b@sics.se> <8ca27108-a8b9-7b07-e752-656247716708@comcast.net>      <8bbc028d-0960-3f93-ccc2-e8746fd98ca6@gmail.com> <579d47e5f90a43e194135e8c46c82159@VI1PR9003MB0237.MGDPHG.emi.philips.com>    
From: Michael StJohns 
Message-ID: <7e2bfbe4-7b0f-1f63-2174-6b5da169e82f@comcast.net>
Date: Tue, 26 Jul 2016 14:31:06 -0400
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Cc: "ace@ietf.org" 
Subject: Re: [Ace] Adoption of Low Latency Group Communication Security Work in ACE
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On 7/26/2016 1:26 PM, Kathleen Moriarty wrote:
>
>
> On Tue, Jul 26, 2016 at 12:08 PM, Michael StJohns 
> > wrote:
>
>     On 7/26/2016 11:20 AM, Kathleen Moriarty wrote:
>>     Just to note, I'm interested to see Mike's response on why this
>>     higher level of security is necessary in terms of a threat model.
>>     I'm not convinced it is for lightbulbs, but that depends on how
>>     the threat model/solution is scoped and the advice for use -
>>     lightbulbs of current day capabilities and not other IoT devices
>>     with higher risk factors.
>>
>
>     Hi Kathleen -
>
>     Can you describe how you would prevent this protocol from being
>     used in "lower security threat environments"?  I can't and I've
>     thought about how to write in various crippling conditions in the
>     protocol structure without any useful conclusions.
>
>     Given that, and given that public key cryptography has the desired
>     security properties, I remain unwilling to support symmetric key
>     multicast for any cyberphysical protocol.  It's too risky and way
>     too shortsighted.
>
>
> A question remains unanswered about the possibility of support for 
> what you propose in hardware asked earlier in the thread.  If there 
> are real constraints that prevent using the better solution, we need 
> to understand those constraints and work with what we have and 
> determine the threat model.  You are assuming a zero trust model, 
> which I would too for many situations, but I'm not sure that's 
> necessary here.

And again, I ask how you would differentiate this in the protocol?

>
>
>     Or put another way - you might as well use hashed passwords for
>     the lighting problem - it has similar security properties to
>     symmetric key multicast for control.
>
>
> I understand the security implications fully.  I also understand that 
> security is a balancing act with constraints, threat models and a risk 
> assessment.  You might not use this to set the colors of the lights 
> for the empire state building or you'd recommend that it be on an 
> isolated network if you wanted to prevent tampering.
>  There are ways to assess and mitigate threats and I don't think we 
> should assume that isolated networks are out of the question unless 
> the lighting manufacturers and IoT vendors working with us say that's 
> not practical for the real use cases they have.

They have said that public key cryptography is not practical for the use 
cases many times.  However, this belief seems to come more from 
over-constraining the implementation environment than from a real 
balancing.  I understand that they'd like to pay effectively zero for 
effectively perfect security.  It's not going to happen.  But paying 
effectively zero for no security and claiming that it actually *is* 
security also seems to be the wrong end of the balance too.

>
>
>     If we went forward with this, you'd need one of the biggest,
>     blackest Black Box warnings on the protocol that we could conceive
>     of to try to constrain this to the "low level of security" domains:
>
>     DON'T Use this protocol for anything but lighting control.
>     DON'T Use this protocol where the the maximum output of the
>     lighting system could present a fire, thermal or blinding threat
>     to safety.
>     DON'T Use this protocol to control lighting systems involved in
>     decontamination and sterilization. (E.g. UV decontamination).
>     DON'T Use this protocol to control any power outage backup
>     lighting system.
>     DON'T Implement this in a way that prevents local physical
>     override of the lighting systems.
>
>
> Or you say what the understood constraints are for using this protocol 
> and recommend the use for isolated networks to prevent tampering.

We mostly don't do that.  Or haven't had to do that as the use cases 
were somewhat obvious.   In this particular case, if there is a claim of 
security, there needs to be a corresponding claim of insecurity.  Hence 
the Black Box warning.  It's up to the folks that want weak security to 
convince me that the chance of people (or things) being hurt is 
acceptably small.  (And they don't get a pass by saying that one small 
possible application *might* be ok if implemented correctly and with all 
appropriate guidance followed from protocol development through 
deployment - humans are not protocol elements.)

> We have a lower bar for the security of DHCP and connections to a DHCP 
> server and I want to know that there is or is not a way to mitigate 
> the threats associated with these concerns.  I don't see anything that 
> helps in this response as you don't discuss the threat model or 
> constraints that prevent the attacks you are worried about.  The 
> message reads as one to scare off responses rather than get to the 
> questions I asked.

Let's start first with the point that DHCP (and many/most of the IETF 
protocols) does not fall into the category of "cyber-physical control 
protocol".  The security model for DHCP is the result of long legacy 
decisions and deployed base and the fact is that screwing up a DHCP 
query response probably won't result in your toilet exploding.  I could 
be wrong and it might be interesting to explore that point.

For your second point - we've discussed the threat model and constraints 
for this lighting thing with hand waves about just how limited the 
applicability is (e.g. 4 lights in a room by Hannes) and how that's such 
a limited threat model.  And if that were all this protocol could be 
used for....

But wait - the document is not "Small lighting group control through 
symmetric key multicast security".

I have to assume that considering only this lighting thing and that 
constraint as a case doesn't represent the actual full potential use of 
the protocol.  That in turn suggests that doing such an analysis is 
meaningless and misleading with respect to the actual IETF applicability.

So answering your questions - (which so far pretty much exactly mirror 
the discussion we had on this in DICE)  let me instead to direct you to 
a framework I find useful and have used in the past.

For security to be cost effective, it must have (at least) the following 
three conditions be true:

  * cProtection < vData  -- The cost of protecting the system must be
    less the the value of what you're trying to protect.  If you're
    spending $100 to protect $5 of stuff, you're probably doing it wrong
    and will go broke.
  * vData < cAttack -- the value of what you're trying to protect must
    be less that what it costs an attack to get in.  If it costs an
    attacker $100 to reap $101 of benefit each time he attacks, he makes
    a profit and can keep attacking every day all day.  Note that this
    is the expected investment to get the payout, not necessarily per
    attack cost.  (I.e., it might cost $1/system to attack 100 systems
    with a 1% probability of success per system and with a payout of
    $101 for each system you manage to break).
  * cProtection < cAttack -- the cost of protecting the system must be
    less that what it costs an attack to get in.  If it costs you more
    to protect the system that it costs for the attacker to get it, you
    will eventually lose the arms race and go broke.

Note that vData may be different for you vs the attacker - he may think 
the reputation he gains for breaking in is worth the cost of attacking.

So let's consider this current proposal.

cProtection  - effectively 0.  Its possible that its 0+, in which case 
the analysis is even worse. (This is the delta cost for security, not 
the full system cost)

cAttack - also effectively 0 for any but the most trivial of systems.  
(There will be a one time cost in time for someone to figure out where 
to break in - but that may have already been paid as the IOT platforms 
tend to get reused. You can pay additional monies to cProtection, to try 
and raise cAttack faster, but without hardware security elements its a 
lost cause).

vData - hopefully greater than 0.

so:

cProtection (0) < vData (0+) - that's fine.

vData (0+) >= cAttack (0) - OOPS!

cProtection (0) = cAttack (0) -- OOPS - it would be nice if we could 
force someone to work up at least a little sweat, or at least figure out 
how to force them to have to attack a controller.

We can argue both about vData and cAttack, but I would argue that as 
vData goes up (by installing more lights), cAttack will remain the same 
(or worse, decrease) and at some point vData will exceed cAttack,even if 
cAttack is non-zero.  Also as vData increases, the probably of success 
of an attack will increase.

So your (document authors etc)  mission, should you decide to accept it, 
is to try and figure out how to make the above conditions hold for all 
possible instances of the protocol.  Hint - it probably involves public 
key cryptography.

Later, Mike



>
> Thanks,
> Kathleen
>
>
>     I'm sure there are others.
>
>     Mike
>
>
>
>
>>     Thanks,
>>     Kathleen
>>
>>     On Tue, Jul 26, 2016 at 10:52 AM, Kathleen Moriarty
>>     >     > wrote:
>>
>>         Hello,
>>
>>
>>
>>         On Tue, Jul 26, 2016 at 7:10 AM, Kumar, Sandeep
>>         >         > wrote:
>>
>>             Hi Rene
>>
>>             Makes more sense this way. Need to also add replay
>>             protection but that should be just part of the hash. Will
>>             it make things better for user experience? That depends
>>             on how big the pool of (good randomized) pre-computed
>>             values can be created before they run out and causes a
>>             stuck behavior.
>>
>>
>>         If things can be made better, we should of course do that. 
>>         However, there are risk tradeoffs that sometimes make sense. 
>>         If it is not possible to precompute keys for speed, storage
>>         or some other reason, we need to figure that out and have it
>>         factored into a threat model. This should all be part of a
>>         security considerations section (whatever is decided).  We
>>         are talking about cyber physical devices and controllers, in
>>         this case lightbulbs.  Sure, lightbulbs are evolving, so it
>>         may make a difference if we are talking about lightbulbs that
>>         can turn on/off, dim, change colors, or ones that perform
>>         other functions (MIT Media Lab type stuff).  It also matters
>>         if we are talking about use of lights within a controlled
>>         area and whether it is connected to other networks or not
>>         (IoT devices, Internet, protected network, etc.).  No one is
>>         suggesting that the same key be used in multiple
>>         environments, but a single group key for one environment.
>>
>>         There are always tradeoffs in security and that's okay.  What
>>         is the bigger threat model?
>>
>>         Lights turning on/off in large buildings could result in
>>         increased energy costs.
>>         Lights turning on/off could result in safety issues (they
>>         could be extreme).
>>
>>         What measures would mitigate these (and maybe other risks)?
>>         Suggest dividing up large buildings into sets so that a
>>         single group key could be used in that set.  Limit
>>         connections to other networks or have protective measures
>>         between them.
>>
>>         Maybe someone in this space can help more to build out the
>>         threat model to help the WG with this decision.  There are
>>         still some unanswered questions about the capabilities of
>>         hardware, are the alternate solutions to a group key
>>         feasible?  Will blocking the use of a single group key
>>         prevent the ability to move forward with a standard?
>>
>>         Thanks,
>>         Kathleen
>>
>>             Regards
>>
>>             Sandeep
>>
>>             *From:*Rene Struik [mailto:rstruik.ext@gmail.com
>>             ]
>>             *Sent:* Tuesday, July 26, 2016 3:00 AM
>>             *To:* Kumar, Sandeep; Stephen Farrell; Somaraju Abhinav;
>>             Michael StJohns; ace@ietf.org 
>>
>>
>>             *Subject:* Re: [Ace] Adoption of Low Latency Group
>>             Communication Security Work in ACE
>>
>>             Hi Sandeep:
>>
>>             Fair enough, but with, e.g., ECDSA, computation of the
>>             ephemeral key R:=kG can be carried out independently of
>>             the remainder of the signature computation (where one
>>             computes e:=h(m), and calculates s:=(1/k)(e-r*d)(mod n)
>>             and subsequently outputs (r,s), where r is derived from
>>             R). So, if one wishes to, one can pre-compute many
>>             ephemeral key pairs (k, kG) and use those on demand
>>             {David Naccache, if I remember correctly, elaborated on
>>             these types of "labor division" in a 1998 paper}. So, in
>>             the Philips high-granularity luminary, the one simply
>>             hashes the state (still only a few-bytes entry) and then
>>             combines e with r, d, k, to produce signature component s
>>             -- a simple linear equation with two modular multiplies
>>             as cost.
>>
>>             Let's make things better...
>>
>>             Rene
>>
>>             On 7/25/2016 5:34 PM, Kumar, Sandeep wrote:
>>
>>                 Because sometimes a lightswitch can have more than
>>                 two states.
>>
>>                 http://images.philips.com/is/image/PhilipsConsumer/6916431PH-IMS-en_GB?wid=494&hei=435&$pnglarge$
>>
>>                 The color dial on this switch (src:
>>                 http://www.philips.co.uk/c-p/6916431PH/livingcolors-remote-control)
>>                 can set the color of lights one chooses. That would
>>                 be quite some precomputations.
>>
>>                 Sandeep
>>
>>                 -----Original Message-----
>>                 From: Ace [mailto:ace-bounces@ietf.org] On Behalf Of
>>                 Stephen Farrell
>>                 Sent: Monday, July 25, 2016 9:26 PM
>>                 To: Somaraju Abhinav; Michael StJohns; ace@ietf.org
>>                 
>>                 Subject: Re: [Ace] Adoption of Low Latency Group
>>                 Communication Security Work in ACE
>>
>>                 On 25/07/16 17:59, Somaraju Abhinav wrote:
>>
>>                 > we essentially have 50-100 ms for the
>>                 signing+verification process and
>>
>>                 > I do not know of a solution that does this
>>
>>                 Just a clarifying question: why can't the signing
>>                 possibly be done asynchronously? E.g. the private key
>>                 holder could sign a value that will only be sent
>>                 later - as long as it has one of those ready to emit
>>                 whenever needed one can ignore the signing time. That
>>                 can have power consumption consequences but I'd guess
>>                 that's ok for a lightswitch.
>>
>>                 If signing can be done ahead of time, then only
>>                 verification time has to be considered.
>>
>>                 S.
>>
>>                 ------------------------------------------------------------------------
>>
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>>
>>
>>
>>                 _______________________________________________
>>
>>                 Ace mailing list
>>
>>                 Ace@ietf.org 
>>
>>                 https://www.ietf.org/mailman/listinfo/ace
>>
>>             -- 
>>
>>             email:rstruik.ext@gmail.com   | Skype: rstruik
>>
>>             cell:+1 (647) 867-5658   | US:+1 (415) 690-7363 
>>
>>
>>             _______________________________________________
>>             Ace mailing list
>>             Ace@ietf.org 
>>             https://www.ietf.org/mailman/listinfo/ace
>>
>>
>>
>>
>>         -- 
>>
>>         Best regards,
>>         Kathleen
>>
>>
>>
>>
>>     -- 
>>
>>     Best regards,
>>     Kathleen
>>
>>
>>     _______________________________________________
>>     Ace mailing list
>>     Ace@ietf.org 
>>     https://www.ietf.org/mailman/listinfo/ace
>
>
>
>     _______________________________________________
>     Ace mailing list
>     Ace@ietf.org 
>     https://www.ietf.org/mailman/listinfo/ace
>
>
>
>
> -- 
>
> Best regards,
> Kathleen



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On 7/26/2016 1:26 PM, Kathleen Moriarty
      wrote:

    

    

      


        


          
On Tue, Jul 26, 2016 at 12:08 PM,
            Michael StJohns <mstjohns@comcast.net>
            wrote:

            

              

                  
On 7/26/2016 11:20 AM, Kathleen Moriarty wrote:

                  

                  

                    
Just to note, I'm interested to see
                      Mike's response on why this higher level of
                      security is necessary in terms of a threat model. 
                      I'm not convinced it is for lightbulbs, but that
                      depends on how the threat model/solution is scoped
                      and the advice for use - lightbulbs of current day
                      capabilities and not other IoT devices with higher
                      risk factors.
                      


                      

                    

                  

                  

                 Hi Kathleen - 

                

                Can you describe how you would prevent this protocol
                from being used in "lower security threat
                environments"?  I can't and I've thought about how to
                write in various crippling conditions in the protocol
                structure without any useful conclusions.

                

                Given that, and given that public key cryptography has
                the desired security properties, I remain unwilling to
                support symmetric key multicast for any cyberphysical
                protocol.  It's too risky and way too shortsighted.

              

            

            


            

            
A question remains unanswered about the possibility of
              support for what you propose in hardware asked earlier in
              the thread.  If there are real constraints that prevent
              using the better solution, we need to understand those
              constraints and work with what we have and determine the
              threat model.  You are assuming a zero trust model, which
              I would too for many situations, but I'm not sure that's
              necessary here.

          

        

      

    

    

    And again, I ask how you would differentiate this in the protocol?

    

    

      

        

          

            


            

            
 

            

              
 

                Or put another way - you might as well use hashed
                passwords for the lighting problem - it has similar
                security properties to symmetric key multicast for
                control.

              

            

            


            

            
I understand the security implications fully.  I also
              understand that security is a balancing act with
              constraints, threat models and a risk assessment.  You
              might not use this to set the colors of the lights for the
              empire state building or you'd recommend that it be on an
              isolated network if you wanted to prevent tampering.

            
 There are ways to assess and mitigate threats and I
              don't think we should assume that isolated networks are
              out of the question unless the lighting manufacturers and
              IoT vendors working with us say that's not practical for
              the real use cases they have.

          

        

      

    

    

    They have said that public key cryptography is not practical for the
    use cases many times.  However, this belief seems to come more from
    over-constraining the implementation environment than from a real
    balancing.  I understand that they'd like to pay effectively zero
    for effectively perfect security.  It's not going to happen.  But
    paying effectively zero for no security and claiming that it
    actually *is* security also seems to be the wrong end of the balance
    too.

    

    

      

        

          

            


            

            
 

            

              
 

                If we went forward with this, you'd need one of the
                biggest, blackest Black Box warnings on the protocol
                that we could conceive of to try to constrain this to
                the "low level of security" domains:

                

                DON'T Use this protocol for anything but lighting
                control.

                DON'T Use this protocol where the the maximum output of
                the lighting system could present a fire, thermal or
                blinding threat to safety.

                DON'T Use this protocol to control lighting systems
                involved in decontamination and sterilization. (E.g. UV
                decontamination).

                DON'T Use this protocol to control any power outage
                backup lighting system.

                DON'T Implement this in a way that prevents local
                physical override of the lighting systems.

              

            

            


            

            
Or you say what the understood constraints are for
              using this protocol and recommend the use for isolated
              networks to prevent tampering. 

            

          

        

      

    

    

    We mostly don't do that.  Or haven't had to do that as the use cases
    were somewhat obvious.   In this particular case, if there is a
    claim of security, there needs to be a corresponding claim of
    insecurity.  Hence the Black Box warning.  It's up to the folks that
    want weak security to convince me that the chance of people (or
    things) being hurt is acceptably small.  (And they don't get a pass
    by saying that one small possible application *might* be ok if
    implemented correctly and with all appropriate guidance followed
    from protocol development through deployment - humans are not
    protocol elements.)

    

    

      

        

          

            
 We have a lower bar for the security of DHCP and
              connections to a DHCP server and I want to know that there
              is or is not a way to mitigate the threats associated with
              these concerns.  I don't see anything that helps in this
              response as you don't discuss the threat model or
              constraints that prevent the attacks you are worried
              about.  The message reads as one to scare off responses
              rather than get to the questions I asked.

          

        

      

    

    

    Let's start first with the point that DHCP (and many/most of the
    IETF protocols) does not fall into the category of "cyber-physical
    control protocol".  The security model for DHCP is the result of
    long legacy decisions and deployed base and the fact is that
    screwing up a DHCP query response probably won't result in your
    toilet exploding.  I could be wrong and it might be interesting to
    explore that point.

    

    For your second point - we've discussed the threat model and
    constraints for this lighting thing with hand waves about just how
    limited the applicability is (e.g. 4 lights in a room by Hannes) and
    how that's such a limited threat model.  And if that were all this
    protocol could be used for.... 

    

    But wait - the document is not "Small lighting group control through
    symmetric key multicast security".   

    

    I have to assume that considering only this lighting thing and that
    constraint as a case doesn't represent the actual full potential use
    of the protocol.  That in turn suggests that doing such an analysis
    is meaningless and misleading with respect to the actual IETF
    applicability.  

    

    So answering your questions - (which so far pretty much exactly
    mirror the discussion we had on this in DICE)  let me instead to
    direct you to a framework I find useful and have used in the past.

    

    For security to be cost effective, it must have (at least) the
    following three conditions be true:

    

    
    
      
  • cProtection < vData  -- The cost of protecting the system
        must be less the the value of what you're trying to protect.  If
        you're spending $100 to protect $5 of stuff, you're probably
        doing it wrong and will go broke.
    
      
    • 
      
  • vData < cAttack -- the value of what you're trying to
        protect must be less that what it costs an attack to get in.  If
        it costs an attacker $100 to reap $101 of benefit each time he
        attacks, he makes a profit and can keep attacking every day all
        day.  Note that this is the expected investment to get the
        payout, not necessarily per attack cost.  (I.e., it might cost
        $1/system to attack 100 systems with a 1% probability of success
        per system and with a payout of $101 for each system you manage
        to break).
    
      
    • 
      
  • cProtection < cAttack -- the cost of protecting the system
        must be less that what it costs an attack to get in.  If it
        costs you more to protect the system that it costs for the
        attacker to get it, you will eventually lose the arms race and
        go broke.
    • 
    

    
Note that vData may be different for you vs the attacker - he may
      think the reputation he gains for breaking in is worth the cost of
      attacking.

    
So let's consider this current proposal.

    
cProtection  - effectively 0.  Its possible that its 0+, in which
      case the analysis is even worse. (This is the delta cost for
      security, not the full system cost)

    

    
cAttack - also effectively 0 for any but the most trivial of
      systems.  (There will be a one time cost in time for someone to
      figure out where to break in - but that may have already been paid
      as the IOT platforms tend to get reused. You can pay additional
      monies to cProtection, to try and raise cAttack faster, but
      without hardware security elements its a lost cause).

    

    
vData - hopefully greater than 0.

    
so:

    
cProtection (0) < vData (0+) - that's fine.

    
vData (0+) >= cAttack (0) - OOPS!  

    

    
cProtection (0) = cAttack (0) -- OOPS - it would be nice if we
      could force someone to work up at least a little sweat, or at
      least figure out how to force them to have to attack a controller.

    
We can argue both about vData and cAttack, but I would argue that
      as vData goes up (by installing more lights), cAttack will remain
      the same (or worse, decrease) and at some point vData will exceed
      cAttack,even if cAttack is non-zero.  Also as vData increases, the
      probably of success of an attack will increase.

    

    
So your (document authors etc)  mission, should you decide to
      accept it, is to try and figure out how to make the above
      conditions hold for all possible instances of the protocol.  Hint
      - it probably involves public key cryptography.

    

    
Later, Mike

    


    

    


    

    

      

        

          

            


            

            
Thanks,

            
Kathleen

            


            

            

              
 

                I'm sure there are others.

                

                Mike
                

                  


                    

                    

                    

                    

                      

                        
Thanks,

                        
Kathleen

                      

                      


                        
On Tue, Jul 26, 2016 at
                          10:52 AM, Kathleen Moriarty <kathleen.moriarty.ietf@gmail.com>
                          wrote:

                          

                            
Hello,
                              


                              

                              


                              

                              


                                
On Tue,
                                    Jul 26, 2016 at 7:10 AM, Kumar,
                                    Sandeep <sandeep.kumar@philips.com>
                                    wrote:

                                    

                                      

                                        

                                          
Hi
                                              Rene

                                          
 

                                          
Makes
                                              more sense this way. Need
                                              to also add replay
                                              protection but that should
                                              be just part of the hash.
                                              Will it make things better
                                              for user experience? That
                                              depends on how big the
                                              pool of (good randomized)
                                              pre-computed values can be
                                              created before they run
                                              out and causes a stuck
                                              behavior.

                                        

                                      

                                    

                                    


                                    

                                  
                                  
If things can be made better, we
                                    should of course do that.  However,
                                    there are risk tradeoffs that
                                    sometimes make sense.  If it is not
                                    possible to precompute keys for
                                    speed, storage or some other reason,
                                    we need to figure that out and have
                                    it factored into a threat model. 
                                    This should all be part of a
                                    security considerations section
                                    (whatever is decided).  We are
                                    talking about cyber physical devices
                                    and controllers, in this case
                                    lightbulbs.  Sure, lightbulbs are
                                    evolving, so it may make a
                                    difference if we are talking about
                                    lightbulbs that can turn on/off,
                                    dim, change colors, or ones that
                                    perform other functions (MIT Media
                                    Lab type stuff).  It also matters if
                                    we are talking about use of lights
                                    within a controlled area and whether
                                    it is connected to other networks or
                                    not (IoT devices, Internet,
                                    protected network, etc.).  No one is
                                    suggesting that the same key be used
                                    in multiple environments, but a
                                    single group key for one
                                    environment.

                                  


                                  

                                  
There are always tradeoffs in
                                    security and that's okay.  What is
                                    the bigger threat model?  

                                  


                                  

                                  
Lights turning on/off in large
                                    buildings could result in increased
                                    energy costs.

                                  
Lights turning on/off could
                                    result in safety issues (they could
                                    be extreme).

                                  


                                  

                                  
What measures would mitigate
                                    these (and maybe other risks)? 
                                    Suggest dividing up large buildings
                                    into sets so that a single group key
                                    could be used in that set.  Limit
                                    connections to other networks or
                                    have protective measures between
                                    them.

                                  


                                  

                                  
Maybe someone in this space can
                                    help more to build out the threat
                                    model to help the WG with this
                                    decision.  There are still some
                                    unanswered questions about the
                                    capabilities of hardware, are the
                                    alternate solutions to a group key
                                    feasible?  Will blocking the use of
                                    a single group key prevent the
                                    ability to move forward with a
                                    standard?

                                  


                                  

                                  
Thanks,

                                  
Kathleen

                                  

                                    

                                      
 

                                      

                                        

                                          

                                            

                                            
 

                                            
Regards

                                            
Sandeep

                                            
 

                                            
 

                                            
 

                                            

                                              

                                                
From:
                                                    Rene Struik [mailto:rstruik.ext@gmail.com]
                                                    

                                                    Sent:
                                                    Tuesday, July 26,
                                                    2016 3:00 AM

                                                    To: Kumar,
                                                    Sandeep; Stephen
                                                    Farrell; Somaraju
                                                    Abhinav; Michael
                                                    StJohns; ace@ietf.org

                                                

                                                  


                                                    Subject: Re:
                                                    [Ace] Adoption of
                                                    Low Latency Group
                                                    Communication
                                                    Security Work in ACE

                                                

                                              

                                            

                                            

                                              

                                                
 

                                                

                                                  
Hi
                                                    Sandeep:

                                                    

                                                    Fair enough, but
                                                    with, e.g., ECDSA,
                                                    computation of the
                                                    ephemeral key R:=kG
                                                    can be carried out
                                                    independently of the
                                                    remainder of the
                                                    signature
                                                    computation (where
                                                    one computes
                                                    e:=h(m), and
                                                    calculates
                                                    s:=(1/k)(e-r*d)(mod
                                                    n) and subsequently
                                                    outputs (r,s), where
                                                    r is derived from
                                                    R). So, if one
                                                    wishes to, one can
                                                    pre-compute many
                                                    ephemeral key pairs
                                                    (k, kG) and use
                                                    those on demand
                                                    {David Naccache, if
                                                    I remember
                                                    correctly,
                                                    elaborated on these
                                                    types of "labor
                                                    division" in a 1998
                                                    paper}. So, in the
                                                    Philips
                                                    high-granularity
                                                    luminary, the one
                                                    simply hashes the
                                                    state (still only a
                                                    few-bytes entry) and
                                                    then combines e with
                                                    r, d, k, to produce
                                                    signature component
                                                    s -- a simple linear
                                                    equation with two
                                                    modular multiplies
                                                    as cost.

                                                    

                                                    Let's make things
                                                    better...

                                                    

                                                    Rene

                                                    

                                                    On 7/25/2016 5:34
                                                    PM, Kumar, Sandeep
                                                    wrote:

                                                

                                                

                                                  
Because sometimes a
                                                    lightswitch can have
                                                    more than two
                                                    states.

                                                  
http://images.philips.com/is/image/PhilipsConsumer/6916431PH-IMS-en_GB?wid=494&hei=435&$pnglarge$

                                                  
The color dial on
                                                    this switch (src: 
http://www.philips.co.uk/c-p/6916431PH/livingcolors-remote-control)
                                                    can set the color of
                                                    lights one chooses.
                                                    That would be quite
                                                    some
                                                    precomputations.

                                                  
 

                                                  
Sandeep

                                                  
 

                                                  
 

                                                  
-----Original
                                                    Message-----

                                                    From: Ace [mailto:ace-bounces@ietf.org]
                                                    On Behalf Of Stephen
                                                    Farrell

                                                    Sent: Monday, July
                                                    25, 2016 9:26 PM

                                                    To: Somaraju
                                                    Abhinav; Michael
                                                    StJohns; ace@ietf.org

                                                    Subject: Re: [Ace]
                                                    Adoption of Low
                                                    Latency Group
                                                    Communication
                                                    Security Work in ACE

                                                  
 

                                                  
 

                                                  
 

                                                  
On 25/07/16 17:59,
                                                    Somaraju Abhinav
                                                    wrote:

                                                  
> we essentially
                                                    have 50-100 ms for
                                                    the
                                                    signing+verification
                                                    process and 

                                                  
> I do not know
                                                    of a solution that
                                                    does this

                                                  
 

                                                  
Just a clarifying
                                                    question: why can't
                                                    the signing possibly
                                                    be done
                                                    asynchronously? E.g.
                                                    the private key
                                                    holder could sign a
                                                    value that will only
                                                    be sent later - as
                                                    long as it has one
                                                    of those ready to
                                                    emit whenever needed
                                                    one can ignore the
                                                    signing time. That
                                                    can have power
                                                    consumption
                                                    consequences but I'd
                                                    guess that's ok for
                                                    a lightswitch.

                                                  
 

                                                  
If signing can be
                                                    done ahead of time,
                                                    then only
                                                    verification time
                                                    has to be
                                                    considered.

                                                  
 

                                                  
S.

                                                  
 

                                                  
 

                                                  
 

                                                  

                                                      
 

                                                  
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                                                      information
                                                      contained in this
                                                      message may be
                                                      confidential and
                                                      legally protected
                                                      under applicable
                                                      law. The message
                                                      is intended solely
                                                      for the
                                                      addressee(s). If
                                                      you are not the
                                                      intended
                                                      recipient, you are
                                                      hereby notified
                                                      that any use,
                                                      forwarding,
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email: rstruik.ext@gmail.com | Skype: rstruik

                                                
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                                    -- 

                                    

                                      


                                        
Best regards,

                                        
Kathleen

                                      

                                    

                                  

                            

                          

                        

                        

                        

                        


                        

                        -- 

                        

                          


                            
Best regards,

                            
Kathleen

                          

                        

                      

                      

                      

                      

                      
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          -- 

          

            


              
Best regards,

              
Kathleen

            

          

        

      

    

    


    

  


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From nobody Tue Jul 26 12:30:13 2016
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From: "Garcia Morchon O, Oscar" 
To: Kathleen Moriarty , Michael StJohns 
Thread-Topic: [Ace] Adoption of Low Latency Group Communication Security Work in ACE
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Date: Tue, 26 Jul 2016 19:30:01 +0000
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Subject: Re: [Ace] Adoption of Low Latency Group Communication Security Work in ACE
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From: Robert Cragie 
Date: Wed, 27 Jul 2016 00:55:24 +0100
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To: Michael StJohns 
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Cc: Kathleen Moriarty , "Garcia Morchon O, Oscar" , "ace@ietf.org" 
Subject: Re: [Ace] Adoption of Low Latency Group Communication Security Work in ACE
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Mike,

My concern with this thread is that you seem to have a very black/white
assumption regarding the use of a symmetric group key. Defining a protocol
which allows use of a symmetric group key does not in itself imply that it
will be misused. It's a bit like saying we can't design an automobile
because the driver may be inept and cause a serious accident.

However, I do agree with almost all the statements you have made regarding
the use of a symmetric group key apart from this one:

MSJ >The receiver has no guaranteed way of knowing whether or not ANY group
member is compromised so the authentication is pretty much meaningless.

It is not meaningless, it still applies to the holder of the group key.
Sure, one of the group could be compromised and as you say purport to be
any member of the group (and there are still probably mitigations against
this) but an entity outside of the group will not be able to purport to be
in the group. So it is not meaningless. There are many cases where groups
can be small and therefore (as you explain) the impact of compromise
decreases.

This leads to the points Abhinav and Kathleen have made. Security policies
can be put in place to limit the scope and distribution of group keys. If
the potential number in a group for a particular use case (taking into
account all the properties of that use case which may provide additional
mitigation) exceeds a certain amount then we can recommend that symmetric
group keys are not used.

You mentioned secure element in an earlier e-mail; these facilities are
becoming more widely available and cheaper and are starting to appear in
low-cost microcontrollers today. As indeed are crypto elements, which would
then suggest the use of signing+verifying would be more appropriate as you
suggest.

In a nutshell, I agree with your assessment regarding symmetric group keys
but there are always tradeoffs and I don't see how we can ban something
simply because it might be problematic if misused.

Robert


On 26 July 2016 at 20:30, Garcia Morchon O, Oscar 
wrote:

> Hi Kathleen and Mike,
>
>
>
> I would like to contribute to the discussion on the threat model.
>
>
>
> The discussion so far was about a technical solution to enable low latenc=
y
> group communication. There are different technical solutions for this,
> based on symmetric-keys or asymmetric keys. Which solution (security
> control) is suitable for a system depends indeed on different aspects suc=
h
> as cost or risk assessment.
>
>
>
> The creation of a secure system involves a careful analysis of the risks
> and the corresponding mitigation strategies. This is not new and this is
> broadly used, for instance, there are many documents that describe this i=
n
> detail including: i) the security categorization of systems and informati=
on
> systems, ii) how to determine the minimum security requirements, or iii)
> that summarize security controls that could/should be used in different
> cases. In the end, what these documents say is that as the =E2=80=9CAs th=
e risk to
> an information system=E2=80=99s confidentiality, integrity and/or availab=
ility
> increases, the need for additional controls to protect the system may als=
o
> increase accordingly=E2=80=9D.
>
>
>
> When doing a risk assessment, the threats for the specific system under
> discussion (detailing its architecture and boundaries of the information
> system) are identified, and for each threat the impact and likelihood are
> assessed. The combination of impact and likelihood gives the risk of the
> threat. When systems and their information (confidentiality, integrity,
> availability) are categorized according to their risk (typically, in low,
> moderate, or high) then proper security controls are selected to create a
> proper security architecture, and the overall system  is re-evaluated to
> make sure that risks for that system are mitigated. This is a continuous
> process that should be done for any (IoT) information system.
>
>
>
> If I think about the discussion, a standardized solution for low latency
> group communication based on symmetric keys is a security control that
> removes risks in many Lighting systems and use cases.
>
>
>
> Obviously, this same security control might not be enough to decrease the
> associated risk in a different system. But those are just different
> systems, and therefore, we cannot just say that a security control based =
on
> symmetric-keys is not useful or not secure. In my opinion, this statement
> does not make sense.
>
>
>
> The crucial thing to understand is that when a secure system is designed,
> this should be done by picking up the proper security controls that remov=
e
> the risks associated to that system.
>
>
>
> The proposed work related to low latency group communication is asking fo=
r
> a standardized security control based on symmetric-keys that will remove
> the risks in very relevant IoT use cases such as Lighting use cases.
>
>
>
> For other systems in which this security control is not enough, then othe=
r
> type of solution would be required, e.g., based on PKC for source
> authentication in group communication. Now, saying that we should apply a
> PKC-based solution to all use cases, including Lighting, is also not
> appropriate since the systems are different so that the same security
> controls are not required. Otherwise, someone could also start arguing th=
at
> we should use AES256 for all IoT communications since it is more secure
> than AES128. However, we are not using AES256 but AES128 since AES-128
> provides enough security to mitigate the risks of most of the (IoT) syste=
ms.
>
>
>
> I believe that both solutions for secure group communication in IoT =E2=
=80=93
> namely, solutions based on symmetric-keys and asymmetric-keys -- might be
> useful in the long run to address the needs of different IoT systems.
> However, I also believe that ACE should definitely start with the secure
> group communication protocol based on symmetric keys due to two reasons: =
a)
> the Lighting industry has been and is already asking for this specific
> security control after careful risk analysis of its use cases and b) the
> protocol based on symmetric-keys is easier to start with.
>
>
>
> Thanks, Oscar.
>
>
>
> *From:* Ace [mailto:ace-bounces@ietf.org] *On Behalf Of *Kathleen Moriart=
y
> *Sent:* Tuesday, July 26, 2016 1:26 PM
> *To:* Michael StJohns
> *Cc:* ace@ietf.org
>
> *Subject:* Re: [Ace] Adoption of Low Latency Group Communication Security
> Work in ACE
>
>
>
>
>
>
>
> On Tue, Jul 26, 2016 at 12:08 PM, Michael StJohns 
> wrote:
>
> On 7/26/2016 11:20 AM, Kathleen Moriarty wrote:
>
> Just to note, I'm interested to see Mike's response on why this higher
> level of security is necessary in terms of a threat model.  I'm not
> convinced it is for lightbulbs, but that depends on how the threat
> model/solution is scoped and the advice for use - lightbulbs of current d=
ay
> capabilities and not other IoT devices with higher risk factors.
>
>
>
>
> Hi Kathleen -
>
> Can you describe how you would prevent this protocol from being used in
> "lower security threat environments"?  I can't and I've thought about how
> to write in various crippling conditions in the protocol structure withou=
t
> any useful conclusions.
>
> Given that, and given that public key cryptography has the desired
> security properties, I remain unwilling to support symmetric key multicas=
t
> for any cyberphysical protocol.  It's too risky and way too shortsighted.
>
>
>
> A question remains unanswered about the possibility of support for what
> you propose in hardware asked earlier in the thread.  If there are real
> constraints that prevent using the better solution, we need to understand
> those constraints and work with what we have and determine the threat
> model.  You are assuming a zero trust model, which I would too for many
> situations, but I'm not sure that's necessary here.
>
>
>
>
>
>
> Or put another way - you might as well use hashed passwords for the
> lighting problem - it has similar security properties to symmetric key
> multicast for control.
>
>
>
> I understand the security implications fully.  I also understand that
> security is a balancing act with constraints, threat models and a risk
> assessment.  You might not use this to set the colors of the lights for t=
he
> empire state building or you'd recommend that it be on an isolated networ=
k
> if you wanted to prevent tampering.
>
>  There are ways to assess and mitigate threats and I don't think we shoul=
d
> assume that isolated networks are out of the question unless the lighting
> manufacturers and IoT vendors working with us say that's not practical fo=
r
> the real use cases they have.
>
>
>
>
>
>
> If we went forward with this, you'd need one of the biggest, blackest
> Black Box warnings on the protocol that we could conceive of to try to
> constrain this to the "low level of security" domains:
>
> DON'T Use this protocol for anything but lighting control.
> DON'T Use this protocol where the the maximum output of the lighting
> system could present a fire, thermal or blinding threat to safety.
> DON'T Use this protocol to control lighting systems involved in
> decontamination and sterilization. (E.g. UV decontamination).
> DON'T Use this protocol to control any power outage backup lighting syste=
m.
> DON'T Implement this in a way that prevents local physical override of th=
e
> lighting systems.
>
>
>
> Or you say what the understood constraints are for using this protocol an=
d
> recommend the use for isolated networks to prevent tampering.  We have a
> lower bar for the security of DHCP and connections to a DHCP server and I
> want to know that there is or is not a way to mitigate the threats
> associated with these concerns.  I don't see anything that helps in this
> response as you don't discuss the threat model or constraints that preven=
t
> the attacks you are worried about.  The message reads as one to scare off
> responses rather than get to the questions I asked.
>
>
>
> Thanks,
>
> Kathleen
>
>
>
>
> I'm sure there are others.
>
> Mike
>
>
>
>
>
>
> Thanks,
>
> Kathleen
>
>
>
> On Tue, Jul 26, 2016 at 10:52 AM, Kathleen Moriarty <
> kathleen.moriarty.ietf@gmail.com> wrote:
>
> Hello,
>
>
>
>
>
>
>
> On Tue, Jul 26, 2016 at 7:10 AM, Kumar, Sandeep 
> wrote:
>
> Hi Rene
>
>
>
> Makes more sense this way. Need to also add replay protection but that
> should be just part of the hash. Will it make things better for user
> experience? That depends on how big the pool of (good randomized)
> pre-computed values can be created before they run out and causes a stuck
> behavior.
>
>
>
> If things can be made better, we should of course do that.  However, ther=
e
> are risk tradeoffs that sometimes make sense.  If it is not possible to
> precompute keys for speed, storage or some other reason, we need to figur=
e
> that out and have it factored into a threat model.  This should all be pa=
rt
> of a security considerations section (whatever is decided).  We are talki=
ng
> about cyber physical devices and controllers, in this case lightbulbs.
> Sure, lightbulbs are evolving, so it may make a difference if we are
> talking about lightbulbs that can turn on/off, dim, change colors, or one=
s
> that perform other functions (MIT Media Lab type stuff).  It also matters
> if we are talking about use of lights within a controlled area and whethe=
r
> it is connected to other networks or not (IoT devices, Internet, protecte=
d
> network, etc.).  No one is suggesting that the same key be used in multip=
le
> environments, but a single group key for one environment.
>
>
>
> There are always tradeoffs in security and that's okay.  What is the
> bigger threat model?
>
>
>
> Lights turning on/off in large buildings could result in increased energy
> costs.
>
> Lights turning on/off could result in safety issues (they could be
> extreme).
>
>
>
> What measures would mitigate these (and maybe other risks)?  Suggest
> dividing up large buildings into sets so that a single group key could be
> used in that set.  Limit connections to other networks or have protective
> measures between them.
>
>
>
> Maybe someone in this space can help more to build out the threat model t=
o
> help the WG with this decision.  There are still some unanswered question=
s
> about the capabilities of hardware, are the alternate solutions to a grou=
p
> key feasible?  Will blocking the use of a single group key prevent the
> ability to move forward with a standard?
>
>
>
> Thanks,
>
> Kathleen
>
>
>
>
>
> Regards
>
> Sandeep
>
>
>
>
>
>
>
> *From:* Rene Struik [mailto:rstruik.ext@gmail.com]
> *Sent:* Tuesday, July 26, 2016 3:00 AM
> *To:* Kumar, Sandeep; Stephen Farrell; Somaraju Abhinav; Michael StJohns;
> ace@ietf.org
>
>
> *Subject:* Re: [Ace] Adoption of Low Latency Group Communication Security
> Work in ACE
>
>
>
> Hi Sandeep:
>
> Fair enough, but with, e.g., ECDSA, computation of the ephemeral key R:=
=3DkG
> can be carried out independently of the remainder of the signature
> computation (where one computes e:=3Dh(m), and calculates s:=3D(1/k)(e-r*=
d)(mod
> n) and subsequently outputs (r,s), where r is derived from R). So, if one
> wishes to, one can pre-compute many ephemeral key pairs (k, kG) and use
> those on demand {David Naccache, if I remember correctly, elaborated on
> these types of "labor division" in a 1998 paper}. So, in the Philips
> high-granularity luminary, the one simply hashes the state (still only a
> few-bytes entry) and then combines e with r, d, k, to produce signature
> component s -- a simple linear equation with two modular multiplies as co=
st.
>
> Let's make things better...
>
> Rene
>
> On 7/25/2016 5:34 PM, Kumar, Sandeep wrote:
>
> Because sometimes a lightswitch can have more than two states.
>
> [image:
> http://images.philips.com/is/image/PhilipsConsumer/6916431PH-IMS-en_GB?wi=
d=3D494&hei=3D435&$pnglarge$]
>
> The color dial on this switch (src:
> http://www.philips.co.uk/c-p/6916431PH/livingcolors-remote-control) can
> set the color of lights one chooses. That would be quite some
> precomputations.
>
>
>
> Sandeep
>
>
>
>
>
> -----Original Message-----
> From: Ace [mailto:ace-bounces@ietf.org ] On Behalf
> Of Stephen Farrell
> Sent: Monday, July 25, 2016 9:26 PM
> To: Somaraju Abhinav; Michael StJohns; ace@ietf.org
> Subject: Re: [Ace] Adoption of Low Latency Group Communication Security
> Work in ACE
>
>
>
>
>
>
>
> On 25/07/16 17:59, Somaraju Abhinav wrote:
>
> > we essentially have 50-100 ms for the signing+verification process and
>
> > I do not know of a solution that does this
>
>
>
> Just a clarifying question: why can't the signing possibly be done
> asynchronously? E.g. the private key holder could sign a value that will
> only be sent later - as long as it has one of those ready to emit wheneve=
r
> needed one can ignore the signing time. That can have power consumption
> consequences but I'd guess that's ok for a lightswitch.
>
>
>
> If signing can be done ahead of time, then only verification time has to
> be considered.
>
>
>
> S.
>
>
>
>
>
>
> ------------------------------
>
> The information contained in this message may be confidential and legally
> protected under applicable law. The message is intended solely for the
> addressee(s). If you are not the intended recipient, you are hereby
> notified that any use, forwarding, dissemination, or reproduction of this
> message is strictly prohibited and may be unlawful. If you are not the
> intended recipient, please contact the sender by return e-mail and destro=
y
> all copies of the original message.
>
>
> _______________________________________________
>
> Ace mailing list
>
> Ace@ietf.org
>
> https://www.ietf.org/mailman/listinfo/ace
>
>
>
>
>
> --
>
> email: rstruik.ext@gmail.com | Skype: rstruik
>
> cell: +1 (647) 867-5658 | US: +1 (415) 690-7363
>
>
> _______________________________________________
> Ace mailing list
> Ace@ietf.org
> https://www.ietf.org/mailman/listinfo/ace
>
>
>
>
>
> --
>
>
>
> Best regards,
>
> Kathleen
>
>
>
>
>
> --
>
>
>
> Best regards,
>
> Kathleen
>
>
>
> _______________________________________________
>
> Ace mailing list
>
> Ace@ietf.org
>
> https://www.ietf.org/mailman/listinfo/ace
>
>
>
>
> _______________________________________________
> Ace mailing list
> Ace@ietf.org
> https://www.ietf.org/mailman/listinfo/ace
>
>
>
>
>
> --
>
>
>
> Best regards,
>
> Kathleen
>
> _______________________________________________
> Ace mailing list
> Ace@ietf.org
> https://www.ietf.org/mailman/listinfo/ace
>
>

--001a1146ea947eadd4053892a225
Content-Type: text/html; charset=UTF-8
Content-Transfer-Encoding: quoted-printable


Mike,

My concern with this t=
hread is that you seem to have a very black/white assumption regarding the =
use of a symmetric group key. Defining a protocol which allows use of a sym=
metric group key does not in itself imply that it will be misused. It's=
 a bit like saying we can't design an automobile because the driver may=
 be inept and cause a serious accident.

However, I=
 do agree with almost all the statements you have made regarding the use of=
 a symmetric group key apart from this one:

MSJ &g=
t;The receiver has no guaranteed way of knowing whether or not ANY group me=
mber is compromised so the authentication is pretty much meaningless.
=


It is not meaningless, it still applies to the holder o=
f the group key. Sure, one of the group could be compromised and as you say=
 purport to be any member of the group (and there are still probably mitiga=
tions against this) but an entity outside of the group will not be able to =
purport to be in the group. So it is not meaningless. There are many cases =
where groups can be small and therefore (as you explain) the impact of comp=
romise decreases.

This leads to the points Abhinav=
 and Kathleen have made. Security policies can be put in place to limit the=
 scope and distribution of group keys. If the potential number in a group f=
or a particular use case (taking into account all the properties of that us=
e case which may provide additional mitigation) exceeds a certain amount th=
en we can recommend that symmetric group keys are not used.

<=
/div>
You mentioned secure element in an earlier e-mail; these faciliti=
es are becoming more widely available and cheaper and are starting to appea=
r in low-cost microcontrollers today. As indeed are crypto elements, which =
would then suggest the use of signing+verifying would be more appropriate a=
s you suggest.

In a nutshell, I agree with your as=
sessment regarding symmetric group keys but there are always tradeoffs and =
I don't see how we can ban something simply because it might be problem=
atic if misused.

Robert

=


On 26 July 2016 a=
t 20:30, Garcia Morchon O, Oscar <oscar.garcia@philips.com><=
/span> wrote:











Hi Kathleen and Mike,<=
/u>


=C2=A0


I would like to contribut=
e to the discussion on the threat model.


=C2=A0


The discussion so far was=
 about a technical solution to enable low latency group communication. Ther=
e are different technical solutions for this, based on symmetric-keys
 or asymmetric keys. Which solution (security control) is suitable for a sy=
stem depends indeed on different aspects such as cost or risk assessment.


=C2=A0


The creation of a secure =
system involves a careful analysis of the risks and the corresponding mitig=
ation strategies. This is not new and this is broadly used,
 for instance, there are many documents that describe this in detail includ=
ing: i) the security categorization of systems and information systems, ii)=
 how to determine the minimum security requirements, or iii) that summarize=
 security controls that could/should
 be used in different cases. In the end, what these documents say is that a=
s the =E2=80=9CAs the risk to an information system=E2=80=99s confidentiali=
ty, integrity and/or availability increases, the need for additional contro=
ls to protect the system may also increase accordingly=E2=80=9D.



=C2=A0


When doing a risk assessm=
ent, the threats for the specific system under discussion (detailing its ar=
chitecture and boundaries of the information system) are
 identified, and for each threat the impact and likelihood are assessed. Th=
e combination of impact and likelihood gives the risk of the threat. When s=
ystems and their information (confidentiality, integrity, availability) are=
 categorized according to their
 risk (typically, in low, moderate, or high) then proper security controls =
are selected to create a proper security architecture, and the overall syst=
em =C2=A0is re-evaluated to make sure that risks for that system are mitiga=
ted. This is a continuous process that
 should be done for any (IoT) information system. 


=C2=A0


If I think about the disc=
ussion, a standardized solution for low latency group communication based o=
n symmetric keys is a security control that removes risks
 in many Lighting systems and use cases. 


=C2=A0


Obviously, this same secu=
rity control might not be enough to decrease the associated risk in a diffe=
rent system. But those are just different systems, and therefore,
 we cannot just say that a security control based on symmetric-keys is not =
useful or not secure. In my opinion, this statement does not make sense.=



=C2=A0


The crucial thing to unde=
rstand is that when a secure system is designed, this should be done by pic=
king up the proper security controls that remove the risks
 associated to that system.


=C2=A0


The proposed work related=
 to low latency group communication is asking for a standardized security c=
ontrol based on symmetric-keys that will remove the risks
 in very relevant IoT use cases such as Lighting use cases. <=
/span>


=C2=A0


For other systems in whic=
h this security control is not enough, then other type of solution would be=
 required, e.g., based on PKC for source authentication
 in group communication. Now, saying that we should apply a PKC-based solut=
ion to all use cases, including Lighting, is also not appropriate since the=
 systems are different so that the same security controls are not required.=
 Otherwise, someone could also start
 arguing that we should use AES256 for all IoT communications since it is m=
ore secure than AES128. However, we are not using AES256 but AES128 since A=
ES-128 provides enough security to mitigate the risks of most of the (IoT) =
systems.


=C2=A0


I believe that both solut=
ions for secure group communication in IoT =E2=80=93 namely, solutions base=
d on symmetric-keys and asymmetric-keys -- might be useful in the
 long run to address the needs of different IoT systems. However, I also be=
lieve that ACE should definitely start with the secure group communication =
protocol based on symmetric keys due to two reasons: a) the Lighting indust=
ry has been and is already asking
 for this specific security control after careful risk analysis of its use =
cases and b) the protocol based on symmetric-keys is easier to start with.<=
u>


=C2=A0


Thanks, Oscar.



=C2=A0


From: Ace [mai=
lto:ace-bounces@i=
etf.org]
On Behalf Of Kathleen Moriarty

Sent: Tuesday, July 26, 2016 1:26 PM

To: Michael StJohns

Cc: ace@ietf.org


=C2=A0




=C2=A0




=C2=A0




On Tue, Jul 26, 2016 at 12:08 PM, Michael StJohns &l=
t;mstjohns@comcas=
t.net> wrote:






On 7/26/2016 11:20 AM, Kathleen Moriarty wrote:








Just to note, I'm interested to see Mike's r=
esponse on why this higher level of security is necessary in terms of a thr=
eat model.=C2=A0 I'm not convinced it is for lightbulbs, but that depen=
ds on how the threat model/solution is scoped and the
 advice for use - lightbulbs of current day capabilities and not other IoT =
devices with higher risk factors.





=C2=A0










Hi Kathleen - 



Can you describe how you would prevent this protocol from being used in &qu=
ot;lower security threat environments"?=C2=A0 I can't and I've=
 thought about how to write in various crippling conditions in the protocol=
 structure without any useful conclusions.



Given that, and given that public key cryptography has the desired security=
 properties, I remain unwilling to support symmetric key multicast for any =
cyberphysical protocol.=C2=A0 It's too risky and way too shortsighted.<=
u>






=C2=A0






A question remains unanswered about the possibility =
of support for what you propose in hardware asked earlier in the thread.=C2=
=A0 If there are real constraints that prevent using the better solution, w=
e need to understand those constraints
 and work with what we have and determine the threat model.=C2=A0 You are a=
ssuming a zero trust model, which I would too for many situations, but I=
9;m not sure that's necessary here.






=C2=A0






=C2=A0










Or put another way - you might as well use hashed passwords for the lightin=
g problem - it has similar security properties to symmetric key multicast f=
or control.








=C2=A0






I understand the security implications fully.=C2=A0 =
I also understand that security is a balancing act with constraints, threat=
 models and a risk assessment.=C2=A0 You might not use this to set the colo=
rs of the lights for the empire state building
 or you'd recommend that it be on an isolated network if you wanted to =
prevent tampering.






=C2=A0There are ways to assess and mitigate threats =
and I don't think we should assume that isolated networks are out of th=
e question unless the lighting manufacturers and IoT vendors working with u=
s say that's not practical for the real use
 cases they have.






=C2=A0






=C2=A0










If we went forward with this, you'd need one of the biggest, blackest B=
lack Box warnings on the protocol that we could conceive of to try to const=
rain this to the "low level of security" domains:



DON'T Use this protocol for anything but lighting control.

DON'T Use this protocol where the the maximum output of the lighting sy=
stem could present a fire, thermal or blinding threat to safety.

DON'T Use this protocol to control lighting systems involved in deconta=
mination and sterilization. (E.g. UV decontamination).

DON'T Use this protocol to control any power outage backup lighting sys=
tem.

DON'T Implement this in a way that prevents local physical override of =
the lighting systems.








=C2=A0






Or you say what the understood constraints are for u=
sing this protocol and recommend the use for isolated networks to prevent t=
ampering.=C2=A0 We have a lower bar for the security of DHCP and connection=
s to a DHCP server and I want to know that
 there is or is not a way to mitigate the threats associated with these con=
cerns.=C2=A0 I don't see anything that helps in this response as you do=
n't discuss the threat model or constraints that prevent the attacks yo=
u are worried about.=C2=A0 The message reads as one
 to scare off responses rather than get to the questions I asked.=







=C2=A0






Thanks,






Kathleen






=C2=A0










I'm sure there are others.



Mike























Thanks,






Kathleen








=C2=A0




On Tue, Jul 26, 2016 at 10:52 AM, Kathleen Moriarty =
<k=
athleen.moriarty.ietf@gmail.com> wrote:




Hello, 




=C2=A0






=C2=A0






=C2=A0




On Tue, Jul 26, 2016 at 7:10 AM, Kumar, Sandeep <=
sandeep.kuma=
r@philips.com> wrote:






Hi Rene<=
u>


=C2=A0


Makes more sense this =
way. Need to also add replay protection but that should be just part of the=
 hash. Will it make things better for user experience?
 That depends on how big the pool of (good randomized) pre-computed values =
can be created before they run out and causes a stuck behavior.








=C2=A0






If things can be made better, we should of course do=
 that.=C2=A0 However, there are risk tradeoffs that sometimes make sense.=
=C2=A0 If it is not possible to precompute keys for speed, storage or some =
other reason, we need to figure that out and have
 it factored into a threat model.=C2=A0 This should all be part of a securi=
ty considerations section (whatever is decided).=C2=A0 We are talking about=
 cyber physical devices and controllers, in this case lightbulbs.=C2=A0 Sur=
e, lightbulbs are evolving, so it may make a difference
 if we are talking about lightbulbs that can turn on/off, dim, change color=
s, or ones that perform other functions (MIT Media Lab type stuff).=C2=A0 I=
t also matters if we are talking about use of lights within a controlled ar=
ea and whether it is connected to other
 networks or not (IoT devices, Internet, protected network, etc.).=C2=A0 No=
 one is suggesting that the same key be used in multiple environments, but =
a single group key for one environment.






=C2=A0






There are always tradeoffs in security and that'=
s okay.=C2=A0 What is the bigger threat model? =C2=A0






=C2=A0






Lights turning on/off in large buildings could resul=
t in increased energy costs.






Lights turning on/off could result in safety issues =
(they could be extreme).






=C2=A0






What measures would mitigate these (and maybe other =
risks)?=C2=A0 Suggest dividing up large buildings into sets so that a singl=
e group key could be used in that set.=C2=A0 Limit connections to other net=
works or have protective measures between them.






=C2=A0






Maybe someone in this space can help more to build o=
ut the threat model to help the WG with this decision.=C2=A0 There are stil=
l some unanswered questions about the capabilities of hardware, are the alt=
ernate solutions to a group key feasible?=C2=A0
 Will blocking the use of a single group key prevent the ability to move fo=
rward with a standard?






=C2=A0






Thanks,






Kathleen










=C2=A0










=C2=A0


Regards<=
u>


Sandeep<=
u>


=C2=A0


=C2=A0


=C2=A0






From: Rene Str=
uik [mailto:rstr=
uik.ext@gmail.com]


Sent: Tuesday, July 26, 2016 3:00 AM

To: Kumar, Sandeep; Stephen Farrell; Somaraju Abhinav; Michael StJoh=
ns; 
ace@ietf.org








Subject: Re: [Ace] Adoption of Low Latency Group Communication Secur=
ity Work in ACE














=C2=A0




Hi Sandeep:



Fair enough, but with, e.g., ECDSA, computation of the ephemeral key R:=3Dk=
G can be carried out independently of the remainder of the signature comput=
ation (where one computes e:=3Dh(m), and calculates s:=3D(1/k)(e-r*d)(mod n=
) and subsequently outputs (r,s), where
 r is derived from R). So, if one wishes to, one can pre-compute many ephem=
eral key pairs (k, kG) and use those on demand {David Naccache, if I rememb=
er correctly, elaborated on these types of "labor division" in a =
1998 paper}. So, in the Philips high-granularity
 luminary, the one simply hashes the state (still only a few-bytes entry) a=
nd then combines e with r, d, k, to produce signature component s -- a simp=
le linear equation with two modular multiplies as cost.



Let's make things better...



Rene



On 7/25/2016 5:34 PM, Kumar, Sandeep wrote:






Because sometimes a lightswitch can have more than two states.=



3D"http://images.philips.com/is/image/PhilipsConsumer==



The color dial on this switch (src: 
http://www.philips.co.uk/c-p/6916431PH/livingcolors-remote-control) can=
 set the color of lights one chooses. That would be quite some precomputati=
ons.


=C2=A0


Sandeep


=C2=A0


=C2=A0


-----Original Message-----

From: Ace [mailto=
:ace-bounces@ietf.org] On Behalf Of Stephen Farrell

Sent: Monday, July 25, 2016 9:26 PM

To: Somaraju Abhinav; Michael StJohns; 
ace@ietf.org

Subject: Re: [Ace] Adoption of Low Latency Group Communication Security Wor=
k in ACE


=C2=A0


=C2=A0


=C2=A0


On 25/07/16 17:59, Somaraju Abhinav wrote:


> we essentially have 50-100 ms for the signing+verification process =
and 



> I do not know of a solution that does this


=C2=A0


Just a clarifying question: why can't the signing possibly be done a=
synchronously? E.g. the private key holder could sign a value that will onl=
y be sent later - as long as it has one of those ready to emit whenever nee=
ded one can ignore the signing time.
 That can have power consumption consequences but I'd guess that's =
ok for a lightswitch.


=C2=A0


If signing can be done ahead of time, then only verification time has to=
 be considered.


=C2=A0


S.


=C2=A0


=C2=A0


=C2=A0








=
The information contained in this message may be confidential and legally p=
rotected under applicable law. The
 message is intended solely for the addressee(s). If you are not the intend=
ed recipient, you are hereby notified that any use, forwarding, disseminati=
on, or reproduction of this message is strictly prohibited and may be unlaw=
ful. If you are not the intended
 recipient, please contact the sender by return e-mail and destroy all copi=
es of the original message.








_______________________________________________


Ace mailing list


Ace@ietf.org<=
/u>


https://www.ietf.org/mailman/listinfo/ace




=C2=A0


=C2=A0


-- 


email: rstr=
uik.ext@gmail.com | Skype: rstruik


cell: +1=
 (647) 867-5658 | US: +1 (415) 690-7363












_______________________________________________

Ace mailing list

Ace@ietf.org

htt=
ps://www.ietf.org/mailman/listinfo/ace



















=C2=A0




-- 






=C2=A0




Best regards,






Kathleen=
























=C2=A0




-- 






=C2=A0




Best regards,






Kathleen










=C2=A0<=
/p>

_______________________________________________


Ace mailing list


Ace@ietf.org<=
/u>


https://www.ietf.org/mailman/listinfo/ace


=C2=A0










_______________________________________________

Ace mailing list

Ace@ietf.org

htt=
ps://www.ietf.org/mailman/listinfo/ace















=C2=A0




-- 






=C2=A0




Best regards,






Kathleen

















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https://www.ietf.org/mailman/listinfo/ace





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From M.Grunwald@osram.com  Wed Jul 27 05:34:28 2016
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From: "Grunwald, Markus" 
To: "ace@ietf.org" 
Date: Wed, 27 Jul 2016 14:34:17 +0200
Thread-Topic: RE: Adoption of Low Latency Group Communication Security Work in ACE
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Hello,

sorry to break the threading by not replying directly to a post, but until =
now I have only been reading the list passively. So I have no mail to reply=
 to...

I followed your discussion regarding group multicast and how to encrypt the=
m. I see the problem, but I think one single approach to solve it either wa=
y will not be enough:


-        The 200ms barrier for lighting products is quite fix. If we build =
products with a reaction time that is too long, nobody is going to use it.

-        On the other hand, I am scared of IoT products that could have big=
ger latency, but still use a somewhat weaker crypto. I'm thinking of Fire/S=
mokedetectors at big airports or the like. Even toggling all lights of an a=
irport in a one-second rhythm could cause huge problems.

-        So we need both, but can hardly have it.

For me, this leads to multiple security levels:

1)      Basic security: fast response, low cost with lower security: use sy=
mmetric keys. Use this where the risk is low.

2)      High security, low cost: Allow slow(er) response times, because of =
the ECC calculations. Kind of a compromise...

3)      High security, higher cost: add some crypto hardware. For high risk=
 environments with low latency

I don't think that we will be able to cover the whole range of requirements=
 with one single approach. Implementing the lowest level would be relativel=
y easy for first concepts.

Best regards,

Markus Grunwald
Development Engineer

OSRAM GmbH
DS D LMS-COM DE-1
Parkring 33
85748 Garching, Deutschland
Tel. +49 89 6213-3678
mailto:M.Grunwald@osram.com
www.osram.com

Bitte pr=FCfen Sie der Umwelt zuliebe, ob der Ausdruck dieser Mail erforder=
lich ist!

OSRAM GmbH: Vorsitzender des Aufsichtsrates: Peter Bauer; Gesch=E4ftsf=FChr=
ung: Dr. Olaf Berlien (Vorsitzender), Dr. Stefan Kampmann;
Sitz der Gesellschaft: M=FCnchen; Registergericht: M=FCnchen, HRB 201526; W=
EEE-Reg.-Nr. DE 71568000


--_000_4D6B5484A4456C4684818BBF9B04AC2133162422D5EXCMCHMBX33mc_
Content-Type: text/html; charset="iso-8859-1"
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Hello,
 
sorry=
 to break the threading by not replying directly to a post, but until now I=
 have only been reading the list passively. So I have no mail to reply to&#=
8230;
&nb=
sp;
I followed your=
 discussion regarding group multicast and how to encrypt them. I see the pr=
oblem, but I think one single approach to solve it either way will not be e=
nough:
&n=
bsp;
-&nbs=
p;       The 200ms =
barrier for lighting products is quite fix. If we build products with a rea=
ction time that is too long, nobody is going to use it.
=
-&n=
bsp;       So we ne=
ed both, but can hardly have it.
 =

For me, this leads to multiple securit=
y levels:
1)      Basic security: fast response, low cost with lower security=
: use symmetric keys. Use this where the risk is low.
2)High security, =
low cost: Allow slow(er) response times, because of the ECC calculations. K=
ind of a compromise…
<=
p class=3DMsoListParagraph style=3D'text-indent:-18.0pt;mso-list:l1 level1 =
lfo2'>3)    &=
nbsp; High security, higher cost: add some crypto=
 hardware. For high risk environments with low latency
 
I don’t th=
ink that we will be able to cover the whole range of requirements with one =
single approach. Implementing the lowest level would be relatively easy for=
 first concepts.
 
Best regards,

Markus Grunwald
Development Engineer<=
br>
OSRAM GmbH
DS D LMS-COM DE-1
Parkring 33
85748 Garching, De=
utschland
Tel. +49 89 6213-3678
mailto:M.Grunwald@osram.com
www.osram.c=
om

Bitte pr=FCfen Sie der Umwelt zuliebe, ob der Ausdruck die=
ser Mail erforderlich ist!

OSRAM GmbH: Vorsitzender des Aufsichtsrates: Peter =
Bauer; Gesch=E4ftsf=FChrung: Dr. Olaf Berlien (Vorsitzender), Dr. Stefan Ka=
mpmann;
Sitz der Gesellschaft: M=FCnchen; Registergericht: M=FCnchen, HR=
B 201526; WEEE-Reg.-Nr. DE 71568000
 
=

--_000_4D6B5484A4456C4684818BBF9B04AC2133162422D5EXCMCHMBX33mc_--


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To: "Grunwald, Markus" , "ace@ietf.org" 
References: <4D6B5484A4456C4684818BBF9B04AC2133162422D5@EXC-MCHMBX33.mch.osram.de>
From: Eliot Lear 
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Subject: Re: [Ace] Adoption of Low Latency Group Communication Security Work
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Markus,

Thanks for this.  I think you've summed up the problem in a nut shell.=20
Please see below.


On 7/27/16 2:34 PM, Grunwald, Markus wrote:

> =20
>
> For me, this leads to multiple security levels:
>
> 1)      Basic security: fast response, low cost with lower security:
> use symmetric keys. Use this where the risk is low.
>
> 2)      High security, low cost: Allow slow(er) response times,
> because of the ECC calculations. Kind of a compromise=E2=80=A6
>
> 3)      High security, higher cost: add some crypto hardware. For high
> risk environments with low latency
>
> =20
>
> I don=E2=80=99t think that we will be able to cover the whole range of
> requirements with one single approach. Implementing the lowest level
> would be relatively easy for first concepts.
>
>

And here is the challenge: enterprise networks do have a variety of risk
tolerances from minimal to high security.  What is being designed here
is a protocol that needs to accommodate a broad range of those uses.  It
seems to me that we need to be cognizant of the broader picture in order
to solve for (1), (2), and (3).  If we can be assured of some
infrastructure support at lower layers,  we can at least answer the
question of who did what when.  And that is important.

Regards,

Eliot

--------------A884D6936B8DC0881D2B17B8
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Markus,

    
Thanks for this.=C2=A0 I think you've summed up the problem in a n=
ut
      shell.=C2=A0 Please see below.

    

    

    
On 7/27/16 2:34 PM, Grunwald, Markus
      wrote:

    

    

    

      

        

        
=C2=A0

        
For
            me, this leads to multiple security levels:

        
1)=C2=A0=C2=
=A0=C2=A0=C2=A0=C2=A0 Basic security: fast response, low cost with
            lower security: use symmetric keys. Use this where the risk
            is low.

        
2)=C2=A0=C2=
=A0=C2=A0=C2=A0=C2=A0 High security, low cost: Allow slow(er)
            response times, because of the ECC calculations. Kind of a
            compromise=E2=80=A6

        
3)=C2=A0=C2=
=A0=C2=A0=C2=A0=C2=A0 High security, higher cost: add some crypto
            hardware. For high risk environments with low latency<=
span
            lang=3D"EN-GB">

        
=C2=A0

        
I
            don=E2=80=99t think that we will be able to cover the whole r=
ange of
            requirements with one single approach. Implementing the
            lowest level would be relatively easy for first concepts.

        

      

    

    

    And here is the challenge: enterprise networks do have a variety of
    risk tolerances from minimal to high security.=C2=A0 What is being
    designed here is a protocol that needs to accommodate a broad range
    of those uses.=C2=A0 It seems to me that we need to be cognizant of t=
he
    broader picture in order to solve for (1), (2), and (3).=C2=A0 If we =
can
    be assured of some infrastructure support at lower layers,=C2=A0 we c=
an
    at least answer the question of who did what when.=C2=A0 And that is
    important.

    

    Regards,

    

    Eliot

  


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Cc: Kathleen Moriarty , "Garcia Morchon O, Oscar" , "ace@ietf.org" 
Subject: Re: [Ace] Adoption of Low Latency Group Communication Security Work in ACE
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On 7/26/2016 7:55 PM, Robert Cragie wrote:
> Mike,
>
> My concern with this thread is that you seem to have a very 
> black/white assumption regarding the use of a symmetric group key. 
> Defining a protocol which allows use of a symmetric group key does not 
> in itself imply that it will be misused. It's a bit like saying we 
> can't design an automobile because the driver may be inept and cause a 
> serious accident.

Hi Robert -

I tend to have a very black/white assumption with most of the laws of 
physics.

>
> However, I do agree with almost all the statements you have made 
> regarding the use of a symmetric group key apart from this one:
>
> MSJ >The receiver has no guaranteed way of knowing whether or not ANY 
> group member is compromised so the authentication is pretty much 
> meaningless.
>
> It is not meaningless, it still applies to the holder of the group 
> key. Sure, one of the group could be compromised and as you say 
> purport to be any member of the group (and there are still probably 
> mitigations against this) but an entity outside of the group will not 
> be able to purport to be in the group.

I remain confused as to how you think that is.

I'm not a member of the group, but I convinced a member of the group to 
give me his copy of the group key (e.g. I broke in and stole it and he 
was none the wiser).  How do you differentiate between me and him?  In a 
message, what cryptographic evidence proves that a message came from a 
member of the group?  If you say group key, I say "stolen".

I'm a member of the group but a bad actor - I'm masquerading as a 
controller instead of an actuator.  How do you prove I'm not a 
controller?  In a message, what cryptographic evidence proves that the 
message came from a controller?  If you say group key, I say "hacked".

Forget for a moment about the process of getting keys to the various 
devices (e.g. let's leave off the key management topic for a moment) and 
consider this case::

A device builder builds 1000 devices, of which 900 are lightbulbs and 
100 are lightswitches and installs within all of them a single group 
key.  That group key is used - as is being described here - as the key 
for the switches to control all of the light bulbs.

Note that at this point we're effectively at the same place a mesh with 
a key management protocol that is distributing a group key would be.  We 
just got there manually.

An attacker manages to get his hands on one of the lightbulbs and 
extracts the group key.  He places his own device in the system which 
has the lighting network  interface on one side, a more general IP 
network interface on the other (complete with HTTP or Telnet or 
somesuch), and contains a copy of the group key and all the relevant 
protocols. Whenever the attacker wants,  he may use that group key to 
send out a control message to any of the lightbulbs.

The addition of a key management protocol to distribute symmetric group 
keys does not improve this much if at all -- UNLESS you have wickedly 
good compromise detection mechanisms that allow you to identify and 
eject bad actors quickly.  But I can't actually think of a scenario 
where depending on good compromise detection without a human in the loop 
works well.

Continuing - the addition of the key management protocol allows you to 
update the group key and hopefully send it to only good actors. But, 
even that provides little or no mitigation as an attacker can a) steal 
the identity keys for a device and passively tap the over the air 
negotiations. b) if that doesn't work, can steal the identity keys and 
replace a legitimate device with his own clone and use that to fake 
control messages, c) re-purpose an existing device to tell him the keys, 
etc.   There are mitigations for most of these, but they require secure 
elements.  Once you have secure elements, then the argument for not 
doing public key pretty much goes away.

> So it is not meaningless. There are many cases where groups can be 
> small and therefore (as you explain) the impact of compromise decreases.

It really is meaningless when N > 2.  And becomes even more meaningless 
(true, hard to go down from zero...) as N increases.




>
> This leads to the points Abhinav and Kathleen have made. Security 
> policies can be put in place to limit the scope and distribution of 
> group keys. If the potential number in a group for a particular use 
> case (taking into account all the properties of that use case which 
> may provide additional mitigation) exceeds a certain amount then we 
> can recommend that symmetric group keys are not used.

You and I agree here.  My number is 3.  (It's actually 2, but Kerberos 
like systems are actually somewhat useful so its 3 with caveats).   I 
haven't heard an argument that makes sense for anything larger.



>
> You mentioned secure element in an earlier e-mail; these facilities 
> are becoming more widely available and cheaper and are starting to 
> appear in low-cost microcontrollers today. As indeed are crypto 
> elements, which would then suggest the use of signing+verifying would 
> be more appropriate as you suggest.
>
> In a nutshell, I agree with your assessment regarding symmetric group 
> keys but there are always tradeoffs and I don't see how we can ban 
> something simply because it might be problematic if misused.

Hmm... the IETF seems poised to ban clear-text transmissions of any kind 
because they might be problematic if misused...

Never mind.  In any case, Cyber-Physical is a different beast. We've 
started to see an upswing of attacks on poorly secured physical systems 
(power, military drones, etc).  I'm not sanguine about introducing a 
known bad solution that CANNOT be made secure without other assumptions 
(e.g. the secure element stuff).


I've sketched out a few symmetric key multicast protocols that might 
work with secure elements, but they all require an interesting thing to 
provide any guarantees - that the secure element be able to prove 
(during the key exchange/update protocol) that it is a secure element by 
the definition of the protocol.  Think of it this way - it doesn't help 
to build a protocol that depends on secure elements for guarantees, if 
you can trivially defeat those guarantees by introducing a device that 
implements the protocols, but doesn't actually keep the keys in a secure 
element.

So, I fall back on public key systems as being a lot less complex, a lot 
more flexible and a lot easier to understand than the nuances of 
symmetric key multicast.

Later, Mike




>
> Robert
>


From nobody Wed Jul 27 10:58:27 2016
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Subject: Re: [Ace] Group Communication Security Disagreements
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Mohit Sethi  wrote:
    > designed/developed/specified for their use-case. I could definitely
    > see some IoT startup building a solution that switches on the lights
    > in a room as soon as you unlock the door (thus keeping them in the
    > same group).

Or perhaps more usefully, turning the lights (and the oven) off when you
leave the house.

(How long did it take to get automobiles that turned the headlights off when the key
was removed?)

--
Michael Richardson , Sandelman Software Works
 -= IPv6 IoT consulting =-




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From: Kathleen Moriarty 
Date: Wed, 27 Jul 2016 15:01:25 -0400
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To: Michael Richardson 
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Cc: "ace@ietf.org" 
Subject: Re: [Ace] Group Communication Security Disagreements
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On Wed, Jul 27, 2016 at 1:58 PM, Michael Richardson
 wrote:
>
> Mohit Sethi  wrote:
>     > designed/developed/specified for their use-case. I could definitely
>     > see some IoT startup building a solution that switches on the lights
>     > in a room as soon as you unlock the door (thus keeping them in the
>     > same group).
>
> Or perhaps more usefully, turning the lights (and the oven) off when you
> leave the house.

Good points, but you could do this without them being in the same
group with some controller that managed the interactions with each.
This would be a good set of examples for the security considerations
sections, providing guidance to use a controller rather than group
keys to perform useful functions like these.

Kathleen

>
> (How long did it take to get automobiles that turned the headlights off when the key
> was removed?)
>
> --
> Michael Richardson , Sandelman Software Works
>  -= IPv6 IoT consulting =-
>
>
>
>
> _______________________________________________
> Ace mailing list
> Ace@ietf.org
> https://www.ietf.org/mailman/listinfo/ace
>



-- 

Best regards,
Kathleen


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--=-=-=
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Kathleen Moriarty  wrote:
    >> Mohit Sethi  wrote:
    >> > designed/developed/specified for their use-case. I could definitely
    >> > see some IoT startup building a solution that switches on the lights
    >> > in a room as soon as you unlock the door (thus keeping them in the
    >> > same group).
    >>
    >> Or perhaps more usefully, turning the lights (and the oven) off when you
    >> leave the house.

    > Good points, but you could do this without them being in the same
    > group with some controller that managed the interactions with each.
    > This would be a good set of examples for the security considerations
    > sections, providing guidance to use a controller rather than group
    > keys to perform useful functions like these.

I agree.
Perhaps we could convince Mike St.Johns to write that section?

And ACE has the right mechanisms to make this work well.

We've had a thread now on performance of asymmetrical crypto, and it seems
that controllers ought to be able to talk to other controllers quickly enough
to make this workable.

We should also consider whether we can use hash-chains, like S/KEY did, to
authenticate messages that should only go out in emergencies.  Such messages
would clearly *need* to be multicast, but once used, they can never be
reused.  They can't be originated by more than one sender though.... so it's
really the message stored by the "EMERGENCY STOP" button.

--
Michael Richardson , Sandelman Software Works
 -= IPv6 IoT consulting =-




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From: Michael StJohns 
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Subject: Re: [Ace] Group Communication Security Disagreements
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On 7/27/2016 5:56 PM, Michael Richardson wrote:
> Kathleen Moriarty  wrote:
>      >> Mohit Sethi  wrote:
>      >> > designed/developed/specified for their use-case. I could definitely
>      >> > see some IoT startup building a solution that switches on the lights
>      >> > in a room as soon as you unlock the door (thus keeping them in the
>      >> > same group).
>      >>
>      >> Or perhaps more usefully, turning the lights (and the oven) off when you
>      >> leave the house.
>
>      > Good points, but you could do this without them being in the same
>      > group with some controller that managed the interactions with each.
>      > This would be a good set of examples for the security considerations
>      > sections, providing guidance to use a controller rather than group
>      > keys to perform useful functions like these.
>
> I agree.
> Perhaps we could convince Mike St.Johns to write that section?
Probably not - as long as symmetric key group communications is used as 
a control protocol.

>
> And ACE has the right mechanisms to make this work well.
I agree - public key systems.  But that seems to be out of scope here.


>
> We've had a thread now on performance of asymmetrical crypto, and it seems
> that controllers ought to be able to talk to other controllers quickly enough
> to make this workable.
>
> We should also consider whether we can use hash-chains, like S/KEY did, to
> authenticate messages that should only go out in emergencies.  Such messages
> would clearly *need* to be multicast, but once used, they can never be
> reused.  They can't be originated by more than one sender though.... so it's
> really the message stored by the "EMERGENCY STOP" button.

That's an interesting idea - but AIRC, hash chains could be originated 
by anyone that held the signing/verification key.

Again - if you don't touch the physical world, I'm pretty much not 
worried about how screwed up the protocol is.  But you touch the 
physical world.

Let's do this the right way.  Let's not bow to the "tyranny of the light 
switch" in accepting solutions that are NOT secure, even for the limited 
scope they are proposing.

Later, Mike

>
> --
> Michael Richardson , Sandelman Software Works
>   -= IPv6 IoT consulting =-
>
>
>
>
>
> _______________________________________________
> Ace mailing list
> Ace@ietf.org
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On 7/27/2016 5:56 PM, Michael
      Richardson wrote:

    

    

      
Kathleen Moriarty <kathleen.moriarty.ietf@gmail.com> wrote:
    >> Mohit Sethi <mohit.m.sethi@ericsson.com> wrote:
    >> > designed/developed/specified for their use-case. I could definitely
    >> > see some IoT startup building a solution that switches on the lights
    >> > in a room as soon as you unlock the door (thus keeping them in the
    >> > same group).
    >>
    >> Or perhaps more usefully, turning the lights (and the oven) off when you
    >> leave the house.

    > Good points, but you could do this without them being in the same
    > group with some controller that managed the interactions with each.
    > This would be a good set of examples for the security considerations
    > sections, providing guidance to use a controller rather than group
    > keys to perform useful functions like these.

I agree.
Perhaps we could convince Mike St.Johns to write that section?

    

    Probably not - as long as symmetric key group communications is used
    as a control protocol.

    

    

      

And ACE has the right mechanisms to make this work well.

    

    I agree - public key systems.  But that seems to be out of scope
    here.

    

    

    

      

We've had a thread now on performance of asymmetrical crypto, and it seems
that controllers ought to be able to talk to other controllers quickly enough
to make this workable.

We should also consider whether we can use hash-chains, like S/KEY did, to
authenticate messages that should only go out in emergencies.  Such messages
would clearly *need* to be multicast, but once used, they can never be
reused.  They can't be originated by more than one sender though.... so it's
really the message stored by the "EMERGENCY STOP" button.

    

    

    That's an interesting idea - but AIRC, hash chains could be
    originated by anyone that held the signing/verification key.

    

    Again - if you don't touch the physical world, I'm pretty much not
    worried about how screwed up the protocol is.  But you touch the
    physical world.

    

    Let's do this the right way.  Let's not bow to the "tyranny of the
    light switch" in accepting solutions that are NOT secure, even for
    the limited scope they are proposing.

    

    Later, Mike

    

    

      

--
Michael Richardson <mcr+IETF@sandelman.ca>, Sandelman Software Works
 -= IPv6 IoT consulting =-





      

      

      

      
_______________________________________________
Ace mailing list
Ace@ietf.org
https://www.ietf.org/mailman/listinfo/ace


    

    


    

  


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From: Robert Cragie 
Date: Wed, 27 Jul 2016 19:42:37 +0100
Message-ID: 
To: Michael StJohns 
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Cc: Kathleen Moriarty , "Garcia Morchon O, Oscar" , "ace@ietf.org" 
Subject: Re: [Ace] Adoption of Low Latency Group Communication Security Work in ACE
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Mike,

Apart from the black/white aspect, I think we are actually in agreement,
i.e. I agree that using a public key-based signature is easily the most
practical and secure mechanism from a crypto perspective. If it is
practical for the application, it should be what is recommended, However,
Markus has concisely summed up different security levels. In other words,
there are alternatives to "use public key-based signatures or the sky will
fall on your head".

Robert

On 27 July 2016 at 17:06, Michael StJohns  wrote:

> On 7/26/2016 7:55 PM, Robert Cragie wrote:
>
>> Mike,
>>
>> My concern with this thread is that you seem to have a very black/white
>> assumption regarding the use of a symmetric group key. Defining a protocol
>> which allows use of a symmetric group key does not in itself imply that it
>> will be misused. It's a bit like saying we can't design an automobile
>> because the driver may be inept and cause a serious accident.
>>
>
> Hi Robert -
>
> I tend to have a very black/white assumption with most of the laws of
> physics.
>
>
>> However, I do agree with almost all the statements you have made
>> regarding the use of a symmetric group key apart from this one:
>>
>> MSJ >The receiver has no guaranteed way of knowing whether or not ANY
>> group member is compromised so the authentication is pretty much
>> meaningless.
>>
>> It is not meaningless, it still applies to the holder of the group key.
>> Sure, one of the group could be compromised and as you say purport to be
>> any member of the group (and there are still probably mitigations against
>> this) but an entity outside of the group will not be able to purport to be
>> in the group.
>>
>
> I remain confused as to how you think that is.
>
> I'm not a member of the group, but I convinced a member of the group to
> give me his copy of the group key (e.g. I broke in and stole it and he was
> none the wiser).  How do you differentiate between me and him?  In a
> message, what cryptographic evidence proves that a message came from a
> member of the group?  If you say group key, I say "stolen".
>
> I'm a member of the group but a bad actor - I'm masquerading as a
> controller instead of an actuator.  How do you prove I'm not a controller?
> In a message, what cryptographic evidence proves that the message came from
> a controller?  If you say group key, I say "hacked".
>
> Forget for a moment about the process of getting keys to the various
> devices (e.g. let's leave off the key management topic for a moment) and
> consider this case::
>
> A device builder builds 1000 devices, of which 900 are lightbulbs and 100
> are lightswitches and installs within all of them a single group key.  That
> group key is used - as is being described here - as the key for the
> switches to control all of the light bulbs.
>
> Note that at this point we're effectively at the same place a mesh with a
> key management protocol that is distributing a group key would be.  We just
> got there manually.
>
> An attacker manages to get his hands on one of the lightbulbs and extracts
> the group key.  He places his own device in the system which has the
> lighting network  interface on one side, a more general IP network
> interface on the other (complete with HTTP or Telnet or somesuch), and
> contains a copy of the group key and all the relevant protocols. Whenever
> the attacker wants,  he may use that group key to send out a control
> message to any of the lightbulbs.
>
> The addition of a key management protocol to distribute symmetric group
> keys does not improve this much if at all -- UNLESS you have wickedly good
> compromise detection mechanisms that allow you to identify and eject bad
> actors quickly.  But I can't actually think of a scenario where depending
> on good compromise detection without a human in the loop works well.
>
> Continuing - the addition of the key management protocol allows you to
> update the group key and hopefully send it to only good actors. But, even
> that provides little or no mitigation as an attacker can a) steal the
> identity keys for a device and passively tap the over the air negotiations.
> b) if that doesn't work, can steal the identity keys and replace a
> legitimate device with his own clone and use that to fake control messages,
> c) re-purpose an existing device to tell him the keys, etc.   There are
> mitigations for most of these, but they require secure elements.  Once you
> have secure elements, then the argument for not doing public key pretty
> much goes away.
>
> So it is not meaningless. There are many cases where groups can be small
>> and therefore (as you explain) the impact of compromise decreases.
>>
>
> It really is meaningless when N > 2.  And becomes even more meaningless
> (true, hard to go down from zero...) as N increases.
>
>
>
>
>
>> This leads to the points Abhinav and Kathleen have made. Security
>> policies can be put in place to limit the scope and distribution of group
>> keys. If the potential number in a group for a particular use case (taking
>> into account all the properties of that use case which may provide
>> additional mitigation) exceeds a certain amount then we can recommend that
>> symmetric group keys are not used.
>>
>
> You and I agree here.  My number is 3.  (It's actually 2, but Kerberos
> like systems are actually somewhat useful so its 3 with caveats).   I
> haven't heard an argument that makes sense for anything larger.
>
>
>
>
>> You mentioned secure element in an earlier e-mail; these facilities are
>> becoming more widely available and cheaper and are starting to appear in
>> low-cost microcontrollers today. As indeed are crypto elements, which would
>> then suggest the use of signing+verifying would be more appropriate as you
>> suggest.
>>
>> In a nutshell, I agree with your assessment regarding symmetric group
>> keys but there are always tradeoffs and I don't see how we can ban
>> something simply because it might be problematic if misused.
>>
>
> Hmm... the IETF seems poised to ban clear-text transmissions of any kind
> because they might be problematic if misused...
>
> Never mind.  In any case, Cyber-Physical is a different beast. We've
> started to see an upswing of attacks on poorly secured physical systems
> (power, military drones, etc).  I'm not sanguine about introducing a known
> bad solution that CANNOT be made secure without other assumptions (e.g. the
> secure element stuff).
>
>
> I've sketched out a few symmetric key multicast protocols that might work
> with secure elements, but they all require an interesting thing to provide
> any guarantees - that the secure element be able to prove (during the key
> exchange/update protocol) that it is a secure element by the definition of
> the protocol.  Think of it this way - it doesn't help to build a protocol
> that depends on secure elements for guarantees, if you can trivially defeat
> those guarantees by introducing a device that implements the protocols, but
> doesn't actually keep the keys in a secure element.
>
> So, I fall back on public key systems as being a lot less complex, a lot
> more flexible and a lot easier to understand than the nuances of symmetric
> key multicast.
>
> Later, Mike
>
>
>
>
>
>> Robert
>>
>>
>

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Content-Type: text/html; charset=UTF-8
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Mike,

Apart from the black/white aspect=
, I think we are actually in agreement, i.e. I agree that using a public ke=
y-based signature is easily the most practical and secure mechanism from a =
crypto perspective. If it is practical for the application, it should be wh=
at is recommended, However, Markus has concisely summed up different securi=
ty levels. In other words, there are alternatives to "use public key-b=
ased signatures or the sky will fall on your head".

Robert

On 27 July 2016 at 17:06, Michael StJohns <mstjohns@comcast.net=
> wrote:
O=
n 7/26/2016 7:55 PM, Robert Cragie wrote:



Mike,



My concern with this thread is that you seem to have a very black/white ass=
umption regarding the use of a symmetric group key. Defining a protocol whi=
ch allows use of a symmetric group key does not in itself imply that it wil=
l be misused. It's a bit like saying we can't design an automobile =
because the driver may be inept and cause a serious accident.





Hi Robert -



I tend to have a very black/white assumption with most of the laws of physi=
cs.







However, I do agree with almost all the statements you have made regarding =
the use of a symmetric group key apart from this one:



MSJ >The receiver has no guaranteed way of knowing whether or not ANY gr=
oup member is compromised so the authentication is pretty much meaningless.=




It is not meaningless, it still applies to the holder of the group key. Sur=
e, one of the group could be compromised and as you say purport to be any m=
ember of the group (and there are still probably mitigations against this) =
but an entity outside of the group will not be able to purport to be in the=
 group.





I remain confused as to how you think that is.



I'm not a member of the group, but I convinced a member of the group to=
 give me his copy of the group key (e.g. I broke in and stole it and he was=
 none the wiser).=C2=A0 How do you differentiate between me and him?=C2=A0 =
In a message, what cryptographic evidence proves that a message came from a=
 member of the group?=C2=A0 If you say group key, I say "stolen".=




I'm a member of the group but a bad actor - I'm masquerading as a c=
ontroller instead of an actuator.=C2=A0 How do you prove I'm not a cont=
roller?=C2=A0 In a message, what cryptographic evidence proves that the mes=
sage came from a controller?=C2=A0 If you say group key, I say "hacked=
".



Forget for a moment about the process of getting keys to the various device=
s (e.g. let's leave off the key management topic for a moment) and cons=
ider this case::



A device builder builds 1000 devices, of which 900 are lightbulbs and 100 a=
re lightswitches and installs within all of them a single group key.=C2=A0 =
That group key is used - as is being described here - as the key for the sw=
itches to control all of the light bulbs.



Note that at this point we're effectively at the same place a mesh with=
 a key management protocol that is distributing a group key would be.=C2=A0=
 We just got there manually.



An attacker manages to get his hands on one of the lightbulbs and extracts =
the group key.=C2=A0 He places his own device in the system which has the l=
ighting network=C2=A0 interface on one side, a more general IP network inte=
rface on the other (complete with HTTP or Telnet or somesuch), and contains=
 a copy of the group key and all the relevant protocols. Whenever the attac=
ker wants,=C2=A0 he may use that group key to send out a control message to=
 any of the lightbulbs.



The addition of a key management protocol to distribute symmetric group key=
s does not improve this much if at all -- UNLESS you have wickedly good com=
promise detection mechanisms that allow you to identify and eject bad actor=
s quickly.=C2=A0 But I can't actually think of a scenario where dependi=
ng on good compromise detection without a human in the loop works well.



Continuing - the addition of the key management protocol allows you to upda=
te the group key and hopefully send it to only good actors. But, even that =
provides little or no mitigation as an attacker can a) steal the identity k=
eys for a device and passively tap the over the air negotiations. b) if tha=
t doesn't work, can steal the identity keys and replace a legitimate de=
vice with his own clone and use that to fake control messages, c) re-purpos=
e an existing device to tell him the keys, etc.=C2=A0 =C2=A0There are mitig=
ations for most of these, but they require secure elements.=C2=A0 Once you =
have secure elements, then the argument for not doing public key pretty muc=
h goes away.





So it is not meaningless. There are many cases where groups can be small an=
d therefore (as you explain) the impact of compromise decreases.





It really is meaningless when N > 2.=C2=A0 And becomes even more meaning=
less (true, hard to go down from zero...) as N increases.<=
br>












This leads to the points Abhinav and Kathleen have made. Security policies =
can be put in place to limit the scope and distribution of group keys. If t=
he potential number in a group for a particular use case (taking into accou=
nt all the properties of that use case which may provide additional mitigat=
ion) exceeds a certain amount then we can recommend that symmetric group ke=
ys are not used.





You and I agree here.=C2=A0 My number is 3.=C2=A0 (It's actually 2, but=
 Kerberos like systems are actually somewhat useful so its 3 with caveats).=
=C2=A0 =C2=A0I haven't heard an argument that makes sense for anything =
larger.











You mentioned secure element in an earlier e-mail; these facilities are bec=
oming more widely available and cheaper and are starting to appear in low-c=
ost microcontrollers today. As indeed are crypto elements, which would then=
 suggest the use of signing+verifying would be more appropriate as you sugg=
est.



In a nutshell, I agree with your assessment regarding symmetric group keys =
but there are always tradeoffs and I don't see how we can ban something=
 simply because it might be problematic if misused.





Hmm... the IETF seems poised to ban clear-text transmissions of any kind be=
cause they might be problematic if misused...



Never mind.=C2=A0 In any case, Cyber-Physical is a different beast. We'=
ve started to see an upswing of attacks on poorly secured physical systems =
(power, military drones, etc).=C2=A0 I'm not sanguine about introducing=
 a known bad solution that CANNOT be made secure without other assumptions =
(e.g. the secure element stuff).





I've sketched out a few symmetric key multicast protocols that might wo=
rk with secure elements, but they all require an interesting thing to provi=
de any guarantees - that the secure element be able to prove (during the ke=
y exchange/update protocol) that it is a secure element by the definition o=
f the protocol.=C2=A0 Think of it this way - it doesn't help to build a=
 protocol that depends on secure elements for guarantees, if you can trivia=
lly defeat those guarantees by introducing a device that implements the pro=
tocols, but doesn't actually keep the keys in a secure element.



So, I fall back on public key systems as being a lot less complex, a lot mo=
re flexible and a lot easier to understand than the nuances of symmetric ke=
y multicast.



Later, Mike













Robert











--001a114f325eadb34a0538a2615b--


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Date: Thu, 28 Jul 2016 15:14:25 +0200
Thread-Topic: [Ace] Group Communication Security Disagreements
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Michael StJohns  wrote:
    > On 7/27/2016 5:56 PM, Michael Richardson wrote:


    > Kathleen Moriarty  wrote:
    >>> Mohit Sethi  wrote:
    >>> > designed/developed/specified for their use-case. I could definitely
    >>> > see some IoT startup building a solution that switches on the lights
    >>> > in a room as soon as you unlock the door (thus keeping them in the
    >>> > same group).
    >>>
    >>> Or perhaps more usefully, turning the lights (and the oven) off when you
    >>> leave the house.

    >> Good points, but you could do this without them being in the same
    >> group with some controller that managed the interactions with each.
    >> This would be a good set of examples for the security considerations
    >> sections, providing guidance to use a controller rather than group
    >> keys to perform useful functions like these.

    mcr> I agree.
    mcr> Perhaps we could convince Mike St.Johns to write that section?

    msj> Probably not - as long as symmetric key group communications is used
    msj> as a control protocol.

Well, who other than Nixon could go to China?

    mcr> And ACE has the right mechanisms to make this work well.

    msj> I agree - public key systems. But that seems to be out of scope here.

I'm not convinced.  What I have taken home is that people think they want to
use symmetric keys, and perhaps it might be safe among completely equivalent
devices. I take your point (strongly) that this bubble will be broken, with
catastrophic results.  We need asymmetric methods between bubbles, and we
need to define that early.

    mcr> We should also consider whether we can use hash-chains, like S/KEY did, to
    mcr> authenticate messages that should only go out in emergencies.  Such messages
    mcr> would clearly *need* to be multicast, but once used, they can never be
    mcr> reused.  They can't be originated by more than one sender though.... so it's
    mcr> really the message stored by the "EMERGENCY STOP" button.

    msj> That's an interesting idea - but AIRC, hash chains could be originated
    msj> by anyone that held the signing/verification key.

Yes, provided they distributed the initial (asymmetrically signed) h^n(k)
value out in advance, and gave all the devices enough time to verify that
signature.  Plus flash to store the n-th hash.

For the single sender/controller, multiple receiver/actuator situation this
would be almost as fast as the symmetric group key, yet much more secure.

For the multiple sender situation, you need to replicate things n-times.
But it's still not n*m keys.

    msj> Let's do this the right way. Let's not bow to the "tyranny of the
    msj> light switch" in accepting solutions that are NOT secure, even for the
    msj> limited scope they are proposing.

+1.

--
Michael Richardson , Sandelman Software Works
 -= IPv6 IoT consulting =-




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To: ace@ietf.org
From: Paul Duffy 
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+1

On 7/28/2016 10:02 AM, Michael Richardson wrote:
> I'm not convinced.  What I have taken home is that people think they want to
> use symmetric keys, and perhaps it might be safe among completely equivalent
> devices. I take your point (strongly) that this bubble will be broken, with
> catastrophic results.  We need asymmetric methods between bubbles, and we
> need to define that early.



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On 7/28/16 4:31 PM, Paul Duffy wrote:
> +1
>
> On 7/28/2016 10:02 AM, Michael Richardson wrote:
>> I'm not convinced.  What I have taken home is that people think they
>> want to
>> use symmetric keys, and perhaps it might be safe among completely
>> equivalent
>> devices. I take your point (strongly) that this bubble will be
>> broken, with
>> catastrophic results.  We need asymmetric methods between bubbles,
>> and we
>> need to define that early.
>

But enterprise managers will still want to identify sources of
infection.  If messages aren't signed that must come from lower layers
in as secure fashion as the manager requires (that will probably depend
on media).

Eliot



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From: Derek Atkins 
To: "Grunwald\, Markus" 
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In-Reply-To: <4D6B5484A4456C4684818BBF9B04AC2133162F8ECB@EXC-MCHMBX33.mch.osram.de> (Markus Grunwald's message of "Thu, 28 Jul 2016 15:14:25 +0200")
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Hi,

"Grunwald, Markus"  writes:

> -        How are applications handled that are not able to provide privat=
e/
> public key encryption?
>
> I may (most possibly) have missed something, but the only answer that you=
 seem
> to accept is =E2=80=9Cpublic key encryption=E2=80=9D, period. Then let me=
 ask directly: how
> should systems that have to reply in a tight margin be handled? People wi=
ll
> simply not buy a lighting solution where the light will switch on 500ms a=
fter
> you pressed the switch. They will lough at this =E2=80=9Csolution=E2=80=
=9D.

True, but there are other public-key games in town.

> So, throw more hardware at it? For light switches that cost =E2=82=AC100,=
 adding a
> crypto chip for =C2=A250 might not be a problem. But there are parts like=
 ECG where
> =C2=A22 matter. One of them will be in every luminaire=E2=80=A6

Indeed.  Cost is an important characteristic.  On the other hand it's
definitely not going to come for free.  So where is the cost/benefit
curve cross over?

> This means, there are systems that cannot afford to provide public key
> encryption. Do you want an IoT without light? Let=E2=80=99s not bow to the
> =E2=80=9Cdiscrimination of the light switch=E2=80=9D, at least not for th=
e parking house/
> parking lot. An Airport is a different beast.

For the record, I've been working on a group theoretic public-key
signature scheme that's looking very promising.  It's designed to run
extremely efficiently in these extremely constrained devices.  In our
tests so far signature verification is 1-2 orders of magnitude faster
than ECDSA verification, and runs extremely well in 8, 16, and 32-bit
environments.  For example, on an ARM Cortex-M3 the verification runs in
under 10ms.  (I believe Hannes was reporting 200-400ms for ECDSA
verification).  Something to keep in mind when thinking about how hard
it is to work with public key signature verification on these devices.

-derek

--=20
       Derek Atkins                 617-623-3745
       derek@ihtfp.com             www.ihtfp.com
       Computer and Internet Security Consultant


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References:      <57964980.5000203@gmx.net> 
From: Pascal Urien 
Date: Fri, 29 Jul 2016 15:42:39 +0200
Message-ID: 
To: Hannes Tschofenig 
Content-Type: multipart/alternative; boundary=001a113ddd829f8eb70538c66ccb
Archived-At: 
Cc: Michael StJohns , "ace@ietf.org" , Somaraju Abhinav 
Subject: Re: [Ace] on signature verification times for sec192r1
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--001a113ddd829f8eb70538c66ccb
Content-Type: text/plain; charset=UTF-8

This data sheet from NXP gives many figures for coprocessor processing
 performances (including ECC 192 bits)

http://www.nxp.com/documents/line_card/75016728.pdf

Rgs


2016-07-25 20:45 GMT+02:00 Pascal Urien :

> Hi Hannes
>
>
> 2016-07-25 19:16 GMT+02:00 Hannes Tschofenig :
>
>> Hi Pascal,
>>
>> I guess you are saying that the performance of the verify operation is
>> 60ms + the hash needed over the actual message (which is 3.5 msec for a
>> 64 byte block).
>>
>>
> That 's right. A few ms per bloc is a common figure
>
>
>> In another paper I have seen that some hardware crypto chips have a
>> fairly slow interface and that has to be taken into account as well. Is
>> this an issue with this smart card? What is your experience there?
>>
>
> I have not a lot of data for ECC processing in smartcards, because of the
> difficulty in finding this type of component with ECC support.
>
> Neverless ECC is usually faster than RSA
>
> An other issue is to estimate the cost of countermeasures; computing
> performance is not always the first cobjective of crypto processors
> according to the EAL evaluation needed
>
> Let's say there is a balance between the sign/verify cost and the function
> computing
>
> Rgs
>
>
>> Ciao
>> Hannes
>>
>> On 07/25/2016 12:28 PM, Pascal Urien wrote:
>> > Hi Abhinav
>> >
>> > The extra time (2ms/bloc)  comes from the hash procedure (sha1 in the
>> > example) that works with 64 bytes blocs
>> >
>> > Rgs
>> >
>> > Pascal
>> >
>> > 2016-07-25 12:04 GMT+02:00 Somaraju Abhinav
>> > >:
>> >
>> >     Hi Pascal,____
>> >
>> >     __ __
>> >
>> >     Thanks for the information. Could you please explain what is
>> >     nb_bloc_512bits?____
>> >
>> >     __ __
>> >
>> >     Regards,____
>> >
>> >     Abhinav____
>> >
>> >     __ __
>> >
>> >     *From:*Ace [mailto:ace-bounces@ietf.org
>> >     ] *On Behalf Of *Pascal Urien
>> >     *Sent:* Sonntag, 24. Juli 2016 11:51
>> >     *To:* Michael StJohns > >     >
>> >     *Cc:* ace@ietf.org 
>> >     *Subject:* Re: [Ace] on signature verification times for
>> sec192r1____
>> >
>> >     __ __
>> >
>> >     I fully agree...____
>> >
>> >     __ __
>> >
>> >     J3A081M  can be found at 10$ over the WEB____
>> >
>> >     __ __
>> >
>> >     Futhermore this class of cheap device can process TLS or DTLS as
>> >     illustrated in____
>> >
>> >     __ __
>> >
>> >
>> https://tools.ietf.org/html/draft-urien-uta-tls-dtls-security-module-00____
>> >
>> >     __ __
>> >
>> >     They could be used for numerous applications in the IoT____
>> >
>> >     __ __
>> >
>> >     Rgs____
>> >
>> >     __ __
>> >
>> >     Pascal____
>> >
>> >     __ __
>> >
>> >     __ __
>> >
>> >     2016-07-23 23:59 GMT+02:00 Michael StJohns > >     >:____
>> >
>> >         On 7/23/2016 11:10 AM, Pascal Urien wrote:____
>> >
>> >             Hi All____
>> >
>> >             __ __
>> >
>> >             J3A081M is a javacard device from NXP____
>> >
>> >             __ __
>> >
>> >             The micocontroller should be the P5CD081V1A, which comprises
>> >             a crypto processor____
>> >
>> >
>> >         There's a number of these from a number of vendors.  I'd
>> >         actually look at the A7xxx series of chips as they're designed
>> >         to be embeddable.  I've become a big fan of javacard style
>> >         solutions over the years.
>> >
>> >         In any event, the number of relatively inexpensive public key
>> >         crypto accelerator chips (e.g. googl for "secure authentication
>> >         chips") is greater than zero and continues to climb.  And for
>> >         not a lot of money.  Estimating what from prices on Digikey, I'd
>> >         think something less than $.50 for Quantity large as of today
>> >         and half that or less in 1-2 years as its gets bundled into the
>> >         "Swiss Army Knife" style of process (e.g. support for wireless
>> >         900mhz plus ... plus ... plus ... plus security...) (google for
>> >         iot module secure element 900mhz for example).
>> >
>> >         Later, Mike
>> >
>> >
>> >
>> >
>> >         ____
>> >
>> >             __ __
>> >
>> >             The performances with the curve secp192r1 are the following
>> >             (for ECDSA + SHA1)____
>> >
>> >             __ __
>> >
>> >             Sign    = 40ms +  nb_bloc_512bits x 3.5 ms____
>> >
>> >             Verify  = 60ms  + nb_bloc_512bits x 3,5 ms____
>> >
>> >             __ __
>> >
>> >             __ __
>> >
>> >             By the way this chip has enough crypto ressouces for
>> >             processing TLS or DTLS____
>> >
>> >             __ __
>> >
>> >             Rgs____
>> >
>> >             __ __
>> >
>> >             Pascal____
>> >
>> >             __ __
>> >
>> >             ___________________________________________________
>> >
>> >             Ace mailing list____
>> >
>> >             Ace@ietf.org ____
>> >
>> >             https://www.ietf.org/mailman/listinfo/ace____
>> >
>> >         __ __
>> >
>> >
>> >         _______________________________________________
>> >         Ace mailing list
>> >         Ace@ietf.org 
>> >         https://www.ietf.org/mailman/listinfo/ace____
>> >
>> >     __ __
>> >
>> >     ________________________________________________________ The
>> >     contents of this e-mail and any attachments are confidential to the
>> >     intended recipient. They may not be disclosed to or used by or
>> >     copied in any way by anyone other than the intended recipient. If
>> >     this e-mail is received in error, please immediately notify the
>> >     sender and delete the e-mail and attached documents. Please note
>> >     that neither the sender nor the sender's company accept any
>> >     responsibility for viruses and it is your responsibility to scan or
>> >     otherwise check this e-mail and any attachments.
>> >
>> >
>> >
>> >
>> > _______________________________________________
>> > Ace mailing list
>> > Ace@ietf.org
>> > https://www.ietf.org/mailman/listinfo/ace
>> >
>>
>>
>

--001a113ddd829f8eb70538c66ccb
Content-Type: text/html; charset=UTF-8
Content-Transfer-Encoding: quoted-printable


This data sheet from NXP gives many figures for coprocesso=
r processing =C2=A0performances (including ECC 192 bits)

http://www=
.nxp.com/documents/line_card/75016728.pdf

=
Rgs


2016-07-25 20:45 GMT+02:00 Pascal Urien <=
pascal.urien@gm=
ail.com>:
=
Hi Hannes


2016-07-25 19:16 GMT+02:00 Hannes Tschofenig <hannes.tschofenig@gmx.net>:
Hi Pascal=
,



I guess you are saying that the performance of the verify operation is

60ms + the hash needed over the actual message (which is 3.5 msec for a

64 byte block).



That 's right. A few ms per=
 bloc is a common figure
=C2=A0

In another paper I have seen that some hardware crypto chips have a

fairly slow interface and that has to be taken into account as well. Is

this an issue with this smart card? What is your experience there?

I have not a lot of data for ECC process=
ing in smartcards, because of the difficulty in finding this type of compon=
ent with ECC support.

Neverless ECC is usually fas=
ter than RSA

An other issue is to estimate the cos=
t of countermeasures; computing performance is not always the first cobject=
ive of crypto processors according to the EAL evaluation needed
<=
br>
Let's say there is a balance between the sign/verify cost=
 and the function computing

Rgs




Ciao

Hannes



On 07/25/2016 12:28 PM, Pascal Urien wrote:

> Hi Abhinav

>

> The extra time (2ms/bloc)=C2=A0 comes from the hash procedure (sha1 in=
 the

> example) that works with 64 bytes blocs

>

> Rgs

>

> Pascal

>

> 2016-07-25 12:04 GMT+02:00 Somaraju Abhinav

> <abhinav.somaraju@tridonic.com <mailto:abhinav.somaraju@tridonic.com<=
/a>>>:

>

>=C2=A0 =C2=A0 =C2=A0Hi Pascal,____

>

>=C2=A0 =C2=A0 =C2=A0__ __

>

>=C2=A0 =C2=A0 =C2=A0Thanks for the information. Could you please explai=
n what is

>=C2=A0 =C2=A0 =C2=A0nb_bloc_512bits?____

>

>=C2=A0 =C2=A0 =C2=A0__ __

>

>=C2=A0 =C2=A0 =C2=A0Regards,____

>

>=C2=A0 =C2=A0 =C2=A0Abhinav____

>

>=C2=A0 =C2=A0 =C2=A0__ __

>

>=C2=A0 =C2=A0 =C2=A0*From:*Ace [mailto:ace-bounces@ietf.org

>=C2=A0 =C2=A0 =C2=A0<mailto:ace-bounces@ietf.org>] *On Behalf Of *Pascal Urien=


>=C2=A0 =C2=A0 =C2=A0*Sent:* Sonntag, 24. Juli 2016 11:51

>=C2=A0 =C2=A0 =C2=A0*To:* Michael StJohns <mstjohns@comcast.net

>=C2=A0 =C2=A0 =C2=A0<mailto:mstjohns@comcast.net>>

>=C2=A0 =C2=A0 =C2=A0*Cc:* ace@ietf.org <mailto:ace@ietf.org>

>=C2=A0 =C2=A0 =C2=A0*Subject:* Re: [Ace] on signature verification time=
s for sec192r1____

>

>=C2=A0 =C2=A0 =C2=A0__ __

>

>=C2=A0 =C2=A0 =C2=A0I fully agree...____

>

>=C2=A0 =C2=A0 =C2=A0__ __

>

>=C2=A0 =C2=A0 =C2=A0J3A081M=C2=A0 can be found at 10$ over the WEB____<=
br>
>

>=C2=A0 =C2=A0 =C2=A0__ __

>

>=C2=A0 =C2=A0 =C2=A0Futhermore this class of cheap device can process T=
LS or DTLS as

>=C2=A0 =C2=A0 =C2=A0illustrated in____

>

>=C2=A0 =C2=A0 =C2=A0__ __

>

>=C2=A0 =C2=A0 =C2=A0h=
ttps://tools.ietf.org/html/draft-urien-uta-tls-dtls-security-module-00____<=
/a>

>

>=C2=A0 =C2=A0 =C2=A0__ __

>

>=C2=A0 =C2=A0 =C2=A0They could be used for numerous applications in the=
 IoT____

>

>=C2=A0 =C2=A0 =C2=A0__ __

>

>=C2=A0 =C2=A0 =C2=A0Rgs____

>

>=C2=A0 =C2=A0 =C2=A0__ __

>

>=C2=A0 =C2=A0 =C2=A0Pascal____

>

>=C2=A0 =C2=A0 =C2=A0__ __

>

>=C2=A0 =C2=A0 =C2=A0__ __

>

>=C2=A0 =C2=A0 =C2=A02016-07-23 23:59 GMT+02:00 Michael StJohns <mstjohns@comcast.net<=
/a>

>=C2=A0 =C2=A0 =C2=A0<mailto:mstjohns@comcast.net>>:____

>

>=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0On 7/23/2016 11:10 AM, Pascal Urien w=
rote:____

>

>=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0Hi All____

>

>=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0__ __

>

>=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0J3A081M is a javacard d=
evice from NXP____

>

>=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0__ __

>

>=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0The micocontroller shou=
ld be the P5CD081V1A, which comprises

>=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0a crypto process=
or____

>

>

>=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0There's a number of these from a =
number of vendors.=C2=A0 I'd

>=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0actually look at the A7xxx series of =
chips as they're designed

>=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0to be embeddable.=C2=A0 I've beco=
me a big fan of javacard style

>=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0solutions over the years.

>

>=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0In any event, the number of relativel=
y inexpensive public key

>=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0crypto accelerator chips (e.g. googl =
for "secure authentication

>=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0chips") is greater than zero and=
 continues to climb.=C2=A0 And for

>=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0not a lot of money.=C2=A0 Estimating =
what from prices on Digikey, I'd

>=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0think something less than $.50 for Qu=
antity large as of today

>=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0and half that or less in 1-2 years as=
 its gets bundled into the

>=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0"Swiss Army Knife" style of=
 process (e.g. support for wireless

>=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0900mhz plus ... plus ... plus ... plu=
s security...) (google for

>=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0iot module secure element 900mhz for =
example).

>

>=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0Later, Mike

>

>

>

>

>=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0____

>

>=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0__ __

>

>=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0The performances with t=
he curve secp192r1 are the following

>=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0(for ECDSA + SHA=
1)____

>

>=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0__ __

>

>=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0Sign=C2=A0 =C2=A0 =3D 4=
0ms +=C2=A0 nb_bloc_512bits x 3.5 ms____

>

>=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0Verify=C2=A0 =3D 60ms=
=C2=A0 + nb_bloc_512bits x 3,5 ms____

>

>=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0__ __

>

>=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0__ __

>

>=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0By the way this chip ha=
s enough crypto ressouces for

>=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0processing TLS o=
r DTLS____

>

>=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0__ __

>

>=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0Rgs____

>

>=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0__ __

>

>=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0Pascal____

>

>=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0__ __

>

>=C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0 =C2=A0_______________________=
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To: "Grunwald, Markus" , "ace@ietf.org" 
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Subject: Re: [Ace] Adoption of Low Latency Group Communication Security Work in ACE
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Hi Markus -

I needed to think about how to reply to this specifically and explain 
why its still a bad idea to try and scale things.  See below.

On 7/27/2016 8:34 AM, Grunwald, Markus wrote:
>
> Hello,
>
> sorry to break the threading by not replying directly to a post, but 
> until now I have only been reading the list passively. So I have no 
> mail to reply to…
>
> I followed your discussion regarding group multicast and how to 
> encrypt them. I see the problem, but I think one single approach to 
> solve it either way will not be enough:
>
> -The 200ms barrier for lighting products is quite fix. If we build 
> products with a reaction time that is too long, nobody is going to use it.
>
> -On the other hand, I am scared of IoT products that could have bigger 
> latency, but still use a somewhat weaker crypto. I’m thinking of 
> Fire/Smokedetectors at big airports or the like. Even toggling all 
> lights of an airport in a one-second rhythm could cause huge problems.
>
> -So we need both, but can hardly have it.
>
> For me, this leads to multiple security levels:
>
> 1)Basic security: fast response, low cost with lower security: use 
> symmetric keys. Use this where the risk is low.
>
> 2)High security, low cost: Allow slow(er) response times, because of 
> the ECC calculations. Kind of a compromise…
>
> 3)High security, higher cost: add some crypto hardware. For high risk 
> environments with low latency
>

Analogies are sometimes suspect and are never exact matches, but let me 
try one:

You want to build the equivalent of three different types of motor 
powered vehicles: a go-cart, a family car and a high end luxury vehicle.

You obviously don't want to put in all the safety stuff into the 
go-cart.  It's cheap, it's meant for fun, and it won't be driving on the 
roads, so why bother and besides which it would hurt your bottom line?

In the real world, there are lots of things that keep a go-kart off of 
the highway  - two of which are fear of death (both the go-cart driver's 
and everyone else) and police and laws (e.g. a go-cart is not "street 
legal") acting as enforcement mechanisms.

My question - what enforcement mechanism do you propose to keep your 
cheap, unsafe at speed, go-cart symmetric key multicast system off the 
rest of the information superhighway?  How do you propose to keep 
someone from strapping on a physical access control management system to 
the back of your go-cart and taking it for a ride in the real world?

I think go-carts are fun, but I would never propose that they be allowed 
on the highway, or for that matter any public road.



> I don’t think that we will be able to cover the whole range of 
> requirements with one single approach. Implementing the lowest level 
> would be relatively easy for first concepts.
>

You really mean simple, and simple != easy.  Symmetric key multicast is 
a simple concept.  It is not *easy* to get right, and it is not *easy* 
to mitigate the threats from that approach.  The threats are not 
necessarily limited to the original field of use (lighting...).

Later, Mike

ps - way back when - maybe 1990 - I was trying to debug why a telnet 
connections through a terminal server that one of the other parts of the 
organization had bought would silently stop working.  It took me a while 
to figure it out, but it would stop working if any packet got dropped.  
It turns out that the terminal server did not implement TCP 
retransmits.   When we asked the vendor about it they said that they'd 
never seen a drop so they didn't see any need to implement it.  When 
questioned further, it turns out they did all their implementation work 
on a single segment of ethernet and really never saw any dropping 
whereas the real-world network had a router that occasionally dropped 
packets it couldn't queue.   The point of this story is that you as a 
vendor may not necessarily be able to control what me as the customer 
does with your product.  You may think its safe given specific 
constraints, but imposing those constraints on an end user is - hard?  
Impossible?

> Best regards,
>
>
> Markus Grunwald
> Development Engineer
>
> OSRAM GmbH
> DS D LMS-COM DE-1
> Parkring 33
> 85748 Garching, Deutschland
> Tel. +49 89 6213-3678
> mailto:M.Grunwald@osram.com
> www.osram.com
>
> *Bitte prüfen Sie der Umwelt zuliebe, ob der Ausdruck dieser Mail 
> erforderlich ist!
> *
> OSRAM GmbH: Vorsitzender des Aufsichtsrates: Peter Bauer; 
> Geschäftsführung: Dr. Olaf Berlien (Vorsitzender), Dr. Stefan Kampmann;
> Sitz der Gesellschaft: München; Registergericht: München, HRB 201526; 
> WEEE-Reg.-Nr. DE 71568000
>
>
>
> _______________________________________________
> Ace mailing list
> Ace@ietf.org
> https://www.ietf.org/mailman/listinfo/ace



--------------939EF90CE4DD690DF8935C3B
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Content-Transfer-Encoding: 8bit


  
    
  
  
    
Hi Markus - 

      

      I needed to think about how to reply to this specifically and
      explain why its still a bad idea to try and scale things.  See
      below.

      

      On 7/27/2016 8:34 AM, Grunwald, Markus wrote:

    

    

      
      
      
      

        
Hello,

        
 

        
sorry to break the
            threading by not replying directly to a post, but until now
            I have only been reading the list passively. So I have no
            mail to reply to…

        
 

        
I followed your
            discussion regarding group multicast and how to encrypt
            them. I see the problem, but I think one single approach to
            solve it either way will not be enough:

        
 

        
-        The 200ms barrier for lighting products is
            quite fix. If we build products with a reaction time that is
            too long, nobody is going to use it.

        
-        On the other hand, I am scared of IoT products
            that could have bigger latency, but still use a somewhat
            weaker crypto. I’m thinking of Fire/Smokedetectors at big
            airports or the like. Even toggling all lights of an airport
            in a one-second rhythm could cause huge problems.

        
-        So we need both, but can hardly have it.

        
 

        
For
            me, this leads to multiple security levels:

        
1)      Basic security: fast response, low cost with
            lower security: use symmetric keys. Use this where the risk
            is low.

        
2)      High security, low cost: Allow slow(er)
            response times, because of the ECC calculations. Kind of a
            compromise…

        
3)      High security, higher cost: add some crypto
            hardware. For high risk environments with low latency

      

    

    

    Analogies are sometimes suspect and are never exact matches, but let
    me try one:

    

    You want to build the equivalent of three different types of motor
    powered vehicles: a go-cart, a family car and a high end luxury
    vehicle.

    

    You obviously don't want to put in all the safety stuff into the
    go-cart.  It's cheap, it's meant for fun, and it won't be driving on
    the roads, so why bother and besides which it would hurt your bottom
    line?

    

    In the real world, there are lots of things that keep a go-kart off
    of the highway  - two of which are fear of death (both the go-cart
    driver's and everyone else) and police and laws (e.g. a go-cart is
    not "street legal") acting as enforcement mechanisms.

    

    My question - what enforcement mechanism do you propose to keep your
    cheap, unsafe at speed, go-cart symmetric key multicast system off
    the rest of the information superhighway?  How do you propose to
    keep someone from strapping on a physical access control management
    system to the back of your go-cart and taking it for a ride in the
    real world?

    

    I think go-carts are fun, but I would never propose that they be
    allowed on the highway, or for that matter any public road.

    

    

    

    

      

        

        
 

        
I
            don’t think that we will be able to cover the whole range of
            requirements with one single approach. Implementing the
            lowest level would be relatively easy for first concepts.

      

    

    

    You really mean simple, and simple != easy.  Symmetric key multicast
    is a simple concept.  It is not *easy* to get right, and it is not
    *easy* to mitigate the threats from that approach.  The threats are
    not necessarily limited to the original field of use (lighting...).

    

    Later, Mike

    

    ps - way back when - maybe 1990 - I was trying to debug why a telnet
    connections through a terminal server that one of the other parts of
    the organization had bought would silently stop working.  It took me
    a while to figure it out, but it would stop working if any packet
    got dropped.  It turns out that the terminal server did not
    implement TCP retransmits.   When we asked the vendor about it they
    said that they'd never seen a drop so they didn't see any need to
    implement it.  When questioned further, it turns out they did all
    their implementation work on a single segment of ethernet and really
    never saw any dropping whereas the real-world network had a router
    that occasionally dropped packets it couldn't queue.   The point of
    this story is that you as a vendor may not necessarily be able to
    control what me as the customer does with your product.  You may
    think its safe given specific constraints, but imposing those
    constraints on an end user is - hard?  Impossible? 

    

    

      

        

        
 

        
Best regards,

        


            Markus Grunwald

            Development Engineer

            

            OSRAM GmbH

            DS D LMS-COM DE-1

            Parkring 33

            85748 Garching, Deutschland

            Tel. +49 89 6213-3678

            mailto:M.Grunwald@osram.com

            www.osram.com

            

            Bitte prüfen Sie der Umwelt zuliebe, ob der Ausdruck
              dieser Mail erforderlich ist!

            

          OSRAM GmbH: Vorsitzender des Aufsichtsrates:
            Peter Bauer; Geschäftsführung: Dr. Olaf Berlien
            (Vorsitzender), Dr. Stefan Kampmann;

            Sitz der Gesellschaft: München; Registergericht: München,
            HRB 201526; WEEE-Reg.-Nr. DE 71568000

        
 

      

      

      

      

      
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