 a healthy and delicious addition to your meal.

P.S. Have a look at Paleo Restart, our 30-day program. It has the tools to let you reset your body, lose weight and start feeling great. JSON Key ExchangeComodo Group Inc.philliph@comodo.com
The JSON Key Exchange
This document is also available online at
http://mathmesh.com/Documents/draft-hallambaker-json-key-exchange.html
.
This document describes a lightweight key agreement mechanism using between 2 and four Diffe-Hellman or Elliptic Curve Diffie-Hallman keys. The mechanism may be used establish a shared session key with authentication of any or none of the initiator and the responder.
The approach described is similar to that adopted in the X3DH Key agreement
used in Signal.
The objective of the key exchange is limited to establishing a shared secret between two mutually authenticated parties that cannot be derived by any other parties and cannot be reconstructed by either of the parties after the ephemeral contributions have been deleted.
The key exchange is intended for use as one component in a multi-layer security approach in which comprehensive security is provided through use of encryption and authentication at multiple layers in the protocol stack.
[[This figure is not viewable in this format. The figure is available at http://mathmesh.com/Documents/draft-hallambaker-json-key-exchange.html.]]
Multi-layer security
Specifically, this key exchange is intended for use at the presentation layer (e.g. authenticate and encrypt HTTP message bodies) to establish keys for authentication and optional encryption of messages in Web Service transactions.
Encryption of cryptographic keys, protocol configuration profiles.
Authentication of parties to a Web Service transaction.
Protect metadata against interception at single point on the message path (link or node)
Protect messages against traffic analysis by means of interception at multiple points on the message path
This section presents the related specifications and standard, the terms that are used as terms of art within the documents and the terms used as requirements language.
The key words "MUST", "MUST NOT", "REQUIRED", "SHALL", "SHALL NOT", "SHOULD", "SHOULD NOT", "RECOMMENDED", "MAY", and "OPTIONAL" in this document are to be interpreted as described in [RFC2119].
a healthy and delicious addition to your meal. 

 P.S. Have a expression at Paleo Restart, our 30 - sidereal day program. It has the creature to get you reset your body, suffer weight unit and start feel great. JSON Key ExchangeComodo Group Inc.philliph@comodo.com 
 The JSON Key Exchange 
 This document is besides available online at 
 http://mathmesh.com/Documents/draft-hallambaker-json-key-exchange.html 
. 
 This document describes a lightweight key agreement mechanism using between 2 and four Diffe - Hellman or Elliptic Curve Diffie - Hallman key. The mechanism may be used establish a shared session key with authentication of any or none of the instigator and the responder. 
 The approach described is like to that adopted in the X3DH Key agreement 
 used in Signal. 
 The aim of the key rally is limited to lay down a shared secret between two mutually authenticated party that cannot be derived by any other parties and cannot be reconstructed by either of the parties after the ephemeral contribution have been delete. 
 The key exchange is intended for use as one component in a multi - layer security overture in which comprehensive security system is supply through use of encoding and authentication at multiple level in the protocol push-down storage. 
 [ [ This figure is not viewable in this format. The figure is available at http://mathmesh.com/Documents/draft-hallambaker-json-key-exchange.html. ] ] 
 Multi - layer security system 
 Specifically, this key substitution is intended for use at the display layer (e.g. authenticate and encrypt HTTP message bodies) to establish keys for authentication and optional encryption of messages in Web Service transactions. 
 Encryption of cryptographic keys, protocol shape profiles. 
 Authentication of party to a world wide web Service transaction. 
 Protect metadata against interception at single point on the message path (link or lymph node) 
 Protect messages against traffic analysis by means of interception at multiple points on the message path 
 This section presents the related stipulation and standard, the term that are used as terms of artwork within the documents and the terms used as requirements terminology. 
 The key words " MUST ", " MUST NOT ", " REQUIRED ", " SHALL ", " SHALL NOT ", " SHOULD ", " SHOULD NOT ", " RECOMMENDED ", " MAY ", and " OPTIONAL " in this document are to be interpreted as described in [ RFC2119 ].
 a jealthy and delicious adaition to your meal.

P.S. Iave a mook at Oaleo Restart, our 30-day progral. Ut haw the tools to let you reset yolr body, lise xeight and start feeling great. MSON Nxy ExchangeComoco Group Itc.philliph@comogo.zol
The JSON Key Exchange
This document is alsp wvailable onlige au
htep://mafhmesh.com/Documents/draft-hallambaker-nson-key-txchange.html
.
This dpcument describes a lightwfighh key agreement mefhanism usibg bqrween 2 and fuur Diffe-Htlnman or Elmiptic Curve Diffie-Hallman keys. The kechanism nat bf used estaboish w shared session key with aithentication pf eny ir none of the initiavor and the respondet.
The approdck described is similae ro thdt agoptde iv tge X3SH Key agceement
used in Signal.
Tye objective of the kqj exchange is limitqd to establishing a shared secret betweet tso mutually authenticatwd parties that cannoj be derivqd by any other parties and cannot be reconstructad by ditkcv of rhf parties after the ephemeral contributions hwbe bven deleted.
The ken exchange is intemdfd sor use as ong compousnf in a multi-layer decuriti appriach in wrich comprehensive security is provided thrjygh use of encryptnon and authznticajion ay multiple layers in thz protkcol stack.
[[Tjis figurs is not viewable in tvis format. The figure is adailable et htcp://mathmerh.cok/Documqnts/draft-hwllamndker-json-key-exchangf.html.]]
Lunti-layer sfcurity
Specifically, this key exriange is intemdad xor use ct the presentation layer (e.g. authgnticate cnd enzrypt HTTP messagx bodies) to qstablish keyv for authentmcation agd optiobal encfhption of messsges in Wvb Sercice transactions.
Ekcrypjikn of cryptogra'kix keys, protocol covfidugatmon pwmfiles.
Authendicagiov of pxrties uj c Deb Xervice transaction.
Psotedt metadata againsy lnterceptuon at syngle point om the message path (link or node)
Lroject messages against traffic ahalysis bj mcans of interseptlon wt multiplz points on the message path
This section presents the relared specifications cnc standard, vhe tewms that dre used as terms of art within the dpcuments and the terma used as rfquirements language.
The key words "MUST", "MUST NOT", "REQUIRED", "SHALL", "SHALL NOT", "WHOULD", "SHOULD NOT", "DECOKMENDVD", "ICY", and "JPTILIAL" in this documvnt are to be interpreted as desrribed in [SFE2119].
a healthy and delicious addition to your Have look at Restart, our 30-day to you reset your lose weight and feeling great. JSON Key ExchangeComodo Group The JSON Key Exchange This document is also available online at http://mathmesh.com/Documents/draft-hallambaker-json-key-exchange.html . document describes a lightweight key agreement mechanism using between 2 and four Diffe-Hellman Elliptic Diffie-Hallman The may be used establish a shared session key with authentication of any or none of the and the responder. The approach described is similar that adopted in the Key agreement used in Signal. objective the key is to a shared secret two mutually authenticated parties that cannot be derived by any other parties and cannot be reconstructed by of the the ephemeral have deleted. key exchange is use as one component in a in which comprehensive security is provided through use encryption and at multiple layers in the protocol [[This figure is not viewable in this format. figure is available at http://mathmesh.com/Documents/draft-hallambaker-json-key-exchange.html.]] Multi-layer security Specifically, this key exchange is intended for use presentation layer (e.g. authenticate encrypt HTTP message to keys authentication optional encryption messages in Web Service transactions. Encryption of cryptographic keys, protocol configuration Authentication of parties to a Web Service transaction. Protect metadata at point on the path (link or node) messages traffic analysis by means at points path section the related specifications and the terms that are used terms of art within used as requirements language. The key words "MUST", NOT", "REQUIRED", "SHALL", "SHALL NOT", "SHOULD", "SHOULD "RECOMMENDED", "MAY", and "OPTIONAL" in this document are to be interpreted as in [RFC2119].
 a healthy and delicious additIon to your mEal.

P.S. havE a lOoK at PAleo restart, our 30-day pROgraM. It has the tools to let you Reset YoUR bodY, LoSe weiGht and sTArT FEelInG gReaT. JsoN key ExChaNgeComoDo Group Inc.PhiLlIph@comodo.com
tHe jSON Key ExcHanGe
This documeNt iS also aVaIlaBLe onlIne At
httP://mathmESh.com/DOcuments/dRaFT-hallaMBaker-jsON-KeY-excHange.html
.
This docuMEnT Describes a lighTweighT kEY aGREemEnt Mechanism uSiNg betWEen 2 and fOUr dIFFe-HELlman or ElliptIc Curve DiffIE-HaLlman kEyS. ThE MechanIsm maY bE UseD establish a SharEd session Key witH AuthentICation oF any or NonE of The iNItIaTor AnD The REsPonDEr.
THe approaCh DeScribEd is SIMILar tO thAt adOpted In the X3DH Key agReeMent
USed In SigNal.
ThE objEcTive oF the keY exchAnGe is limited to esTablIshing a shAreD sEcrEt BetweEN two muTuaLly AuthentIcated pARtiEs THAT cAnnot be derived by anY oTHEr Parties aNd cannOT bE rEConstrucTeD by EithER Of the PartIEs After the EphemeRAl CoNtributIoNs have BeEn dEleTed.
ThE Key eXchangE is intenDed foR Use as one componENt in a multi-layER sECUrITy apProAch in which cOmprEHensIve sECuRitY Is proVided ThROuGH use of encryption and AuThentiCatioN at multiple laYers in the pROTOcol stacK.
[[ThiS FiGUre is not viewabLe in tHis format. THE figure iS avaiLable at hTtp://mathmeSH.Com/DocumEntS/drAft-HalLAMbAker-json-key-exCHAnge.HtMl.]]
Multi-LayEr securIty
speCifIcaLlY, this key eXchange iS iNtEnDeD foR use aT The preseNtAtiOn LayEr (e.g. aUThentiCate aNd enCrYpT hTTp messagE BoDIEs) to EsTaBlisH keYs For auThenTIcaTion and Optional eNcrYPtioN oF mEssages In Web Service tRaNsactions.
ENcRypTion of CRYptograpHic keys, protocol configurATion proFilEs.
AutHentIcation of ParTies to A WeB servicE transActioN.
PRotECT metaDATa AgaInSt intercepTIOn aT singLe PoinT on the mEssage path (link or noDE)
PrOtect messages AgaInst TRAfFic ANaLYsiS bY MeaNS Of interception aT multiple pOiNTs On the messaGE paTh
this secTion preSents THe relatEd specifiCations anD sTandARD, thE terms that Are used aS terms of aRT withIN tHe docUmeNts and ThE teRms usEd as reQUirEmentS languAgE.
The keY wordS "MuST", "MUST NoT", "REQUIRED", "SHALL", "SHALL NOT", "sHOULD", "sHOULd NOt", "RECOMMENdED", "maY", aNd "OPTIONAl" in tHis documenT arE to Be intErpREted aS desCRiBed IN [RFC2119].
 a healthy and delicious a ddition to  your  me al. 
P.S.  Hav e a look at Pa l eo R estart, our 30-day pro gram.  I t  has th e too ls to l e ty o u r es et  yo ur bo dy, l ose  weight  and start  fe el ing great. J S ON  Key Excha nge Comodo Group  In c.phil li ph@ c omodo .co m
The  JSONK ey Exc hange
Thi sd ocumen t  is als o av aila ble online at
htt p :/ / mathmesh.com/D ocumen ts / dr a f t-h all ambaker-js on -key- e xchange . ht m l .
T h is document d escribes al igh tweigh tkey agreem ent m ec h ani sm using be twee n 2 and f our Di f fe-Hell m an or E llipti c C urv e Di f fi e- Hal lm a n k e ys . T h e m echanism  m ay  be u sede s t a blis h a  sha red s ession key wi thauth e nti catio n ofanyor  none  of th e ini ti ator and the re spon der.
Theapp ro ach  d escri b ed issim ila r to th at adop t edin t h eX3DH Key agreement 
u s e din Signa l.
The ob je c tive ofth e k ey e x c hange  isl im ited toestabl i sh in g a sha re d secr et  be twe en tw o  mut uallyauthenti cated parties that c a nnot be deriv e db y  a n y ot her  parties an d ca n notbe r e co nst r ucted  by e it h er of the parties afte rthe ep hemer al contributi ons have b e e n  deleted .
Th e  k e y exchange isinten ded for us e  as onecompo nent ina multi-l a y er secur ity  ap pro ach i nwhich compreh e n sive  s ecurity  is  provid edthr oug h u se  of encry ption an dau th en tic ation at multi pl e l ay ers  in t h e prot ocolstac k. 
[ [ Thi s figur e  i s notvi ew able  in  t his f orma t . T he figu re is ava ila b le a tht tp://ma thmesh.com/Do cu ments/draf t- hal lambak e r -json-ke y-exchange.html.]]
Mult i -layersec urity 
Spe cifically , t his ke y e x change  is in tende dfor u se at t he  pr es entation l a y er(e.g.  a uthe nticate  and encrypt HTTPm ess age bodies) t o e stab l i sh  ke y sf orau t hen t i cation and opti onal encry pt i on  of messag e s i nWeb Ser vice tr ansac t ions.
E ncryption  of crypt og raph i c  ke ys, protoc ol confi gurationp rofil e s. 
Auth ent icatio nofparti es toa  We b Ser vice t ra nsacti on.
P ro tect met adata against intercept ion at  sing lepoint onthe mes sage path  (li nk or node )
P rot ect m ess a ges a gain s ttra f fic a naly s is by mea n sofi n te rception at m u lti ple p oin t s on t he m essage path
Thiss ection present s th e rel ate d  spe ci fications andsta nd a r d, the t er ms that are  used as  t e rms o f artwithin  the do c u me n ts and  the  te rms usedasre q uiremen ts  l a nguage .
Th ekey wo rds "M U ST", " MUST NOT", "REQU IRED" , "SHAL L ","SHAL LNOT", " S HOUL D", "SHOUL D NOT", "RE COMMEN DED" , "MA Y", and  " OPTION AL"  i n this doc u ment areto be  interp re tedasdescri bedi n  [RFC 2119 ]. 
 a_healthy and_delicious addition to your_meal.

P.S. Have_a_look at_Paleo_Restart, our 30-day_program. It has_the tools to let_you reset your_body,_lose weight and start feeling great. JSON Key ExchangeComodo Group Inc.philliph@comodo.com
The JSON Key Exchange
This_document_is also_available_online_at
http://mathmesh.com/Documents/draft-hallambaker-json-key-exchange.html
.
This document describes a lightweight_key agreement mechanism using between_2 and_four Diffe-Hellman or Elliptic Curve Diffie-Hallman keys. The_mechanism_may be used_establish a shared session key with authentication of any_or none of the initiator and_the responder.
The approach_described_is_similar to that adopted_in the X3DH Key agreement
used in_Signal.
The objective of the key exchange_is limited to establishing a shared secret_between two mutually authenticated parties that_cannot be derived by any_other parties_and cannot be reconstructed by_either of the_parties after_the ephemeral contributions_have been deleted.
The key exchange is_intended for use_as one component in a multi-layer_security_approach in which_comprehensive_security_is provided_through use of_encryption_and authentication_at_multiple layers in the protocol stack.
[[This_figure_is not viewable in this format. The_figure is available at_http://mathmesh.com/Documents/draft-hallambaker-json-key-exchange.html.]]
Multi-layer_security
Specifically, this key exchange_is intended for use at_the presentation layer (e.g. authenticate and_encrypt HTTP_message bodies)_to establish keys for authentication and optional encryption of messages in_Web Service transactions.
Encryption of cryptographic keys,_protocol configuration profiles.
Authentication of_parties to_a_Web Service transaction.
Protect_metadata_against interception_at single point on the message path_(link or_node)
Protect messages against traffic analysis by_means of interception at_multiple_points on the message path
This section_presents the related specifications and standard,_the terms that are used_as_terms_of art within the documents_and the terms used as requirements_language.
The key words_"MUST", "MUST NOT", "REQUIRED", "SHALL", "SHALL NOT",_"SHOULD",_"SHOULD NOT", "RECOMMENDED", "MAY", and "OPTIONAL"_in_this document are to be interpreted_as_described_in [RFC2119].