IEEE White Paper-Web3.0 The Evolution information centric networks IEEE白皮書-Web3.0演進信息中心網(wǎng)絡(luò)

INDUSTRYCONNECTIONSWHITEPAPER

IEEEDECENTRALIZEDMETAVERSEINITIATIVE

WEB3.0:

THEEVOLUTIONOFINFORMATION-CENTRICNETWORKS

Authoredby

NingHu

Member-at-Large,IEEEDigitalFinanceandEconomyStandardsCommittee

DaozhuangLin

Chair,IEEEDecentralizedMetaverseInitiative

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ACKNOWLEDGMENTS

Specialthanksaregiventotheeditorialandreviewgroupofthispaperasfollows:

LingfengBaoXiaofengChenHuiDingHiromiKomuro

RameshRamadossDianaYunlingShiZhenYang

PeterYeZihangYinYuYuan

WeiweiZhuang

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ABSTRACT 6

TABL

EOFC

ONTENTS

INTRODUCTION 7

OVERVIEW 7

WEB1.0:THEFOUNDATION 7

WEB2.0:THESOCIALWEB 7

WEB3.0:THEINFORMATION-CENTRICNETWORK 8

FRAMEWORKOVERVIEW 8

CORECOMPONENTS 9

OVERVIEW 9

WEB2.0(WEB1.0/INFORMATIONTECHNOLOGYSYSTEMS)

INFRASTRUCTURE 9

DIKWNETWORK 10

VALUABLEWEBKIT 10

APPLICATIONECOSYSTEM 11

OVERVIEW 11

DATAANDINFORMATIONVALUEMODELS 11

OVERVIEW 11

COLLECTIBLEDATA(VALUABLEINPUT) 11

CONSUMABLEINFORMATION(USAGEOUTPUT) 11

DIKWVALUEMODEL 12

CONTENTGENERATION 12

M4W3PROTOCOL 13

PRIVACYANDSECURITY 14

OVERVIEW 14

DATASOVEREIGNTYANDPRIVACYPRESERVATION 14

TRUSTLESSVALUEASSESSMENTANDEXCHANGE 14

PRECISIONSYSTEMS 15

OVERVIEW 15

QUANTITATIVEANALYSISCAPABILITIES 15

INTEGRATIONWITHAIGC/LLMTECHNOLOGIES 16

CHALLENGESANDFUTUREDIRECTIONS 16

OVERVIEW 16

ADOPTIONBARRIERS 17

OVERVIEW 17

TECHNICALCOMPLEXITY 17

NETWORKEFFECTSANDCRITICALMASS 17

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REGULATORYCOMPLIANCE 17

EDUCATIONANDAWARENESS 18

REGULATORYCONSIDERATIONS 18

OVERVIEW 18

DATAPROTECTIONANDPRIVACY 18

INTELLECTUALPROPERTYRIGHTS 18

ANTITRUSTANDCOMPETITION 19

FINANCIALREGULATIONS 19

POTENTIALFORFURTHEREVOLUTION 19

OVERVIEW 19

ADVANCEDAIINTEGRATION 19

QUANTUMCOMPUTINGINTEGRATION 20

EXTENDEDREALITY(XR)INTEGRATION 20

BIO-DIGITALCONVERGENCE 20

DECENTRALIZEDAUTONOMOUSORGANIZATIONS(DAOS) 21

INTERPLANETARYINFORMATIONSYSTEMS 21

CONCLUSION 22

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WEB3.0REPORT:THEEVOLUTIONOFINFORMATION-CENTRICNETWORKS

ABSTRACT

Aparadigmshiftintheorganization,utilization,andvaluationofinformationontheinternetisrepresentedbyWeb3.0.TheWeb3.0framework,aninnovativeecosystemthatcombinesthestrengthsofWeb2.0,artificialintelligence(AI),andblockchaintechnologiestocreateamoreefficient,valuable,andinformation-centricnetworkisintroducedinthiswhitepaper.KeyaspectsofWeb3.0includetheevolutionofwebtechnologies,corecomponentssuchasWeb2.0infrastructure,data,information,knowledge,wisdom(DIKW)network,andvaluablewebkit,aswellasanewapproachtoinformationorganizationthroughcollectibledataandconsumableinformation.InteractionsbetweenthesecomponentsareorchestratedbytheMetaforWeb3.0(M4W3)protocol.TheDIKWhierarchyisleveragedbytheknowledgevaluemodel,enablingsophisticatedvaluationandtransformationofinformationassets.Robustprotectionofprivatedataanddomainknowledgeisensuredbyprivacyandsecuritymechanisms,addressingcriticalchallengesinthecurrentinternetecosystem.

TheaimofWeb3.0istorevolutionizehowusersinteractwithandderivevaluefrominformationinthedigitalage.Byprovidingaframeworkforefficientinformationorganization,valuecreation,andprivacypreservation,solutionstocriticalchallengesfacingthecurrentinternetecosystemareoffered.Thetechnicalarchitecture,economicmodel,andpotentialimpactofWeb3.0aredetailedinthiswhitepaper,andavisionforamoreintelligent,valuable,anduser-empoweringwebispresented.Inanincreasinglydata-drivenfuture,Web3.0couldplayacrucialroleinshapingthenextgenerationofinternettechnologiesandapplications,demonstratingthepotentialfortransformativegrowthandinnovationinthedigitallandscape.

INTRODUCTION

OVERVIEW

TheevolutionoftheWorldWideWebcanbecategorizedintothreeprimarystages,eachrepresentingsignificantadvancementsinhowinformationissharedandutilized.Web3.0aimstopushtheseadvancementsfurther,creatinganetworkthatorganizesinformationefficientlyandenhancesitsintrinsicvaluethroughdynamicprocesses.

WEB1.0:THEFOUNDATION

Web1.0,conceptualizedas(1+xinfo)1,markedthebeginningoftheinterneterawithstatic,one-waycontentsharing.Webportalsdominatedthisera,providinguserswithinformationwithoutinteractiveorsocialfeatures.

Inthisstage,websiteswereprimarilyread-only,offeringlimiteduserinteraction.Themainfocuswasondeliveringinformation,andcontentwascreatedandmanagedbyasmallgroupofpeople.Usershadverylittleabilitytocontributeorinteractwiththecontent.Despiteitslimitations,Web1.0laidtheessentialgroundworkforthedigitalinformationage,settingthestageforfuturedevelopments.

WEB2.0:THESOCIALWEB

Web2.0,expressedas(1+xinfo)2,introducedaneweraofsociallinksandrelationalcontent.Thisstagesawtheriseofsocialmediaplatformsandinteractivewebapplications,transforminghowpeopleconnectedandsharedinformation.

ThehallmarkofWeb2.0wasuser-generatedcontentandincreasedinteractivity.PlatformslikeFacebook,Twitter,andYouTubeenableduserstocreate,share,andcommentoncontent,fosteringasenseofcommunityandcollaboration.Thisshiftnotonlychangedthewaycontentwasconsumedbutalsohowitwasproduced,withusersbecomingactiveparticipantsinthedigitalecosystem.TherelationalaspectofWeb2.0allowedformorepersonalizedandrelevantinformationdissemination,pavingthewayforthenextevolutionoftheweb.

WEB3.0:THEINFORMATION-CENTRICNETWORK

Web3.0,illustratedas(1+xinfo)3,envisionsanadvanced,information-centricnetworkwheresocialclass,self-sovereigncontent,andcontentassetizationarekey.Thisstageintegratesadvancedtechnologiestomanageandupgrade/downgradeinformationvaluedynamically.

Web3.0aimstodemonstratethetruevalueofinformationanddata,creatingasystemwhereinformationisnotonlyconsumedbutalsotransformedandenhanced.Byleveragingblockchain,artificialintelligence(AI),andmulti-modalanalysis,Web3.0createsadynamicenvironmentwheredatacanevolve,generatingnewvalueandinsights.Thisecosystemsupportsawiderangeofapplications,fromsocialplatformstoenterprisesystems,enablingamoreefficientandvaluablewebexperience.

FRAMEWORKOVERVIEW

TheWeb3.0frameworkconsistsofseveralinterconnectedcomponentsandanapplicationecosystemdesignedtomaximizethevalueofdataandinformation.Theframeworkhelpstoensurethatthecorecomponents—Web

2.0infrastructure,data,information,knowledge,wisdom(DIKW)network,andvaluablewebkit—workseamlesslytogethertosupportadvancedcontentgenerationandmanagement.

FIGURE1Web3.0framework

TheWeb3.0frameworkinnovativelyfeaturesthefollowing:

Corecomponents:ThesefoundationalelementsincludetheWeb2.0infrastructure,DIKWnetwork,andvaluablewebkit,eachcontributinguniquecapabilitiestotheWeb3.0ecosystem.

Applicationecosystem:Applicationsutilizethecorecomponentstofullyleveragethedataandinformationvaluemodel,enablingdynamiccontentcreationandvaluegeneration.

M4W3protocol:Servingasthemiddleware,theM4W3protocollinksthecorecomponentsandformstheapplicationecosystem,ensuringinteroperabilityandefficientinformationservices.

CORECOMPONENTS

OVERVIEW

Web3.0’sinfrastructureisbuiltonthreecorecomponents:theexistingWeb2.0(andWeb1.0)infrastructure,DIKWnetwork,andvaluablewebkit.Thesecomponentsworktogether,orchestratedbytheM4W3protocol,tocreatearobustanddynamicinformation-centricnetwork.

WEB2.0(WEB1.0/INFORMATIONTECHNOLOGYSYSTEMS)INFRASTRUCTURE

ThefoundationalinfrastructureofWeb3.0buildsupontheexistingWeb2.0andWeb1.0systems.Thesesystemsprovidethenecessaryprecisionandquantitativeanalysiscapabilitiestohandletasksandworkflowsaccurately.Theintegrationoftheselegacysystemsensurescontinuityandreliabilitywhilelayingthegroundworkformoreadvancedfunctionalities.

Web2.0infrastructureincludesrobustwebapplications,socialmediaplatforms,andrelationaldatabases.ThesesystemsfacilitateinteractiveandcollaborativewebexperiencesthatareessentialforthedynamicnatureofWeb3.0.ByleveragingtheestablishedstrengthsofWeb2.0,thenewecosystemcanbuildonasolidfoundationwhileintroducinginnovativefeatures.

Furthermore,Web1.0’sstaticandone-waycontentdeliverymethodsstillplayaroleincertaincontexts.ThesesystemssupportbasicinformationalneedsandprovideareliablebaselineformoreadvancedcontentmanipulationandcreationinWeb3.0.

DIKWNETWORK

Thedata,information,knowledge,wisdom(DIKW)networkisanadvancedframeworkthatgeneratesnew,human-friendlyinformationthroughlinkeddata.Thisnetworkutilizesmulti-modalqualitativeanalysistechniques,incorporatingknowledgegraphsandmulti-modaltransformerAI-generatedcontent(AIGC)/largelanguagemodel(LLM)technologies.Bytransformingrawdataintomeaningfulinsights,theDIKWnetworkenhancesthevalueofinformationwithintheWeb3.0ecosystem.

KnowledgegraphsplayacriticalroleintheDIKWnetworkbyorganizingandinterlinkingdatapointstorevealpatternsandrelationships.Thesegraphsfacilitatethetransitionfromrawdatatoactionableknowledge,enablingmoreinformeddecision-makingprocesses.TheintegrationofAI-driventechnologiesfurtherenhancesthiscapability,allowingformoresophisticatedanalysisandinsightgeneration.

Multi-modaltransformerAIGC/LLMtechnologiesaddanotherlayerofsophisticationtotheDIKWnetwork.Thesetechnologiesenabletheanalysisandgenerationofcontentacrossvariousformats,includingtext,images,andaudio.Byleveragingtheseadvancedtools,theDIKWnetworkcanproducemorecomprehensiveandcontextuallyrichinformation,drivinggreatervaluecreationwithintheWeb3.0ecosystem.

VALUABLEWEBKIT

Valuablewebkitleveragesblockchainanddistributedledgertechnology(DLT)toprovideself-sovereign,rightconfirmation,andtrustlessvalueassessmentandexchangeservices.Thesefeatureswerepreviouslyencapsulatedunderthetermweb3aftertheWeb3Foundation.Byensuringtheauthenticityandownershipofdigitalassets,valuablewebkitplaysacrucialroleintheWeb3.0ecosystem.

Blockchaintechnologyoffersasecureandtransparentwaytomanagedigitalassetsandtransactions.Itenablesuserstohavefullcontrolovertheirdata,ensuringthattheirrightsareprotected.Thedecentralizednatureofblockchainalsoeliminatestheneedforintermediaries,reducingcostsandincreasingefficiency.

DLTenhancesthecapabilitiesofblockchainbyprovidingamorescalableandversatileframeworkformanagingdigitalassets.Itallowsfortheseamlessintegrationofvariousdigitalassetsandservices,facilitatingthecreationofamoreinterconnectedandinteroperabledigitalecosystem.ThecombinationofblockchainandDLTinvaluablewebkitensuresarobustandreliableinfrastructurefordigitalassetmanagementinWeb3.0.

APPLICATIONECOSYSTEM

OVERVIEW

ApplicationsintheWeb3.0ecosystemleveragethecorecomponentstofullyutilizethedataandinformationvaluemodel.Thismodelenablesdynamiccontentcreationandvaluegenerationbytransformingcollectibledataintoconsumableinformationandviceversa.

DATAANDINFORMATIONVALUEMODELS

OVERVIEW

TheWeb3.0ecosystemutilizesadvanceddataandinformationvaluemodelstomanagethetransformationandvaluationofinformation.Thesemodelsensurethatdataiseffectivelycollected,transformed,andutilized,generatingnewvalueandinsights.

COLLECTIBLEDATA(VALUABLEINPUT)

Thetermcollectibledatareferstodatathatcanbecollectedandholdsintrinsicvalue.Thesedataserveasthefoundationalinputforgeneratingnewinformation.

IntheWeb3.0ecosystem,collectibledataareidentifiedandgatheredbasedonitspotentialvalue.Thesedataformthebasisforgeneratingnewinformationandinsights.Bycollectingvaluabledata,thesystemensuresthattheinputsareofhighqualityandrelevance,settingthestageformeaningfulanalysisandtransformation.

Collectingdatainvolvesidentifyingsources,validatingauthenticity,andassessingpotentialvalue.Thisrigorousapproachensuresthatonlyvaluableandrelevantdataareincludedinthesystem.Oncecollected,thesedatabecomethefoundationforgeneratingconsumableinformation,drivingthecontinuousevolutionoftheWeb

3.0ecosystem.

CONSUMABLEINFORMATION(USAGEOUTPUT)

Consumableinformationisderivedfromcollectibledataandcanbeusedinvariousoutputs.Consumerapplicationscangeneratenewvaluebasedondifferentusagescenarios,accumulatingconsumabledatavalueandpotentiallytransformingitbackintocollectibledatawithaddedvalue.

Consumableinformationiscreatedthroughthetransformationofcollectibledata.Thisprocessinvolvesanalyzing,contextualizing,andenrichingthedatatogeneratemeaningfulinsightsandinformation.Theresultingconsumableinformationcanbeusedinvariousapplications,frombusinessintelligenceanddecision-makingtopersonalizeduserexperiences.Byleveragingthisinformation,applicationscancreatenewvalueanddriveinnovation.

Asconsumableinformationisused,itcanaccumulateadditionalvaluebasedonitsapplicationandimpact.Insomecases,thisinformationcanbetransformedbackintocollectibledata,withenhancedvalueandrelevance.Thisdynamicprocessensuresthatinformationiscontinuouslyevolvingandimproving,drivingthegrowthandadvancementoftheWeb3.0ecosystem.

DIKWVALUEMODEL

MappingtotheDIKWvaluemodel,Web3.0leveragestheknowledgevaluemodeltomanagetheupgrading,downgrading,andrelationshipsbetweencollectibledataandconsumableinformation.

TheDIKWvaluemodelprovidesastructuredframeworkfortransformingdataintovaluableinformationandknowledge.BymappingthismodeltotheWeb3.0ecosystem,thesystemcanmanagetherelationshipsbetweendifferenttypesofdataandinformation.Thismodelensuresthatdataiseffectivelytransformedintoknowledge,drivingcontinuousvaluegeneration.

Theknowledgevaluemodelhelpsmanagetheupgradeanddowngradeprocesses,ensuringthatinformationisalwaysrelevantandvaluable.Byassessingthevalueofdataandinformation,thesystemcandeterminewhentoupgradeconsumableinformationtocollectibledataordowngradeitbasedonitsrelevanceandimpact.ThisdynamicapproachensuresthattheWeb3.0ecosystemremainsadaptiveandresponsivetochangingneedsandinsights.

CONTENTGENERATION

ContentgenerationinWeb3.0encompassesawiderangeofactivities,includinginformationtechnology(IT)system-generatedcontent,AIgenerativecontent,andAIagent-drivenwebapplicationcontent.Thesediversecontentsourcescontributetotherichnessanddynamismoftheecosystem,enablingmoresophisticatedandvaluablecontent-creationprocesses.

ITsystem-generatedcontentincludesdataproducedbytraditionalinformationsystems,suchasdatabases,

enterprisesoftware,andotherdigitaltools.Thiscontentservesasthefoundationallayerformoreadvancedcontentgenerationprocesses.ByleveragingexistingITsystems,Web3.0ensurescontinuityandreliabilitywhileintroducingnewcapabilities.

AIgenerativecontentiscreatedbyartificialintelligencealgorithms,suchasmachinelearningmodelsandgenerativeadversarialnetworks(GANs).Thesetechnologiesenablethecreationofhighlycustomizedandcontextuallyrelevantcontent,enhancingtheoverallvalueoftheWeb3.0ecosystem.AIgenerativecontentcanincludeeverythingfromtextandimagestoaudioandvideo,providingarichanddiversecontentlandscape.

AIagent-drivenwebapplicationcontentinvolvescontentcreatedandmanagedbyintelligentagentsoperatingwithinwebapplications.Theseagentscanautomatevarioustasks,suchascontentcreation,curation,andpersonalization,enablingmoreefficientandeffectivecontent-managementprocesses.ByleveragingAI-drivenagents,Web3.0canofferamoredynamicandresponsivecontentecosystem.

M4W3PROTOCOL

TheM4W3protocolorganizesthecorecomponents,facilitatinginformationservicesthatmanagecollectibledataandconsumableinformationintheWeb3.0ecosystem.

TheM4W3protocolservesasthebackboneofWeb3.0,orchestratingtheinteractionbetweendifferentcomponentsandensuringseamlessdataflowandintegration.Itmanagesthelifecycleofdata,fromcollectionandtransformationtoconsumptionandassetization.Byorganizingcollectibleandconsumabledata,theM4W3protocolensuresthatinformationisusedefficientlyandeffectively,maximizingitsvalue.

Thisprotocolalsosupportsdynamicdataupgradesanddowngrades,enablingthesystemtoadapttonewinsightsandchangingrequirements.Bycontinuallyassessingandupdatingthevalueofinformation,theM4W3protocolensuresthattheWeb3.0ecosystemremainsrelevantandvaluable.Thisdynamicapproachallowsforcontinuousimprovementandinnovation,drivingtheevolutionoftheweb.

PRIVACYANDSECURITY

OVERVIEW

PrivacyandsecurityarecriticalcomponentsoftheWeb3.0ecosystem,ensuringthatusersretaincontrolovertheirdatawhileengaginginthenetwork.Valuablewebkitaddressestheseneeds,providingrobustmechanismsfordataprotectionandprivacypreservation.

DATASOVEREIGNTYANDPRIVACYPRESERVATION

Valuablewebkitaddressestheneedforopenuserscenariosinvolvingprivatedata,privatedomainknowledge,andprivacypreservation.ThisensuresthatusersretaincontrolovertheirdatawhileengagingintheWeb3.0ecosystem.

Datasovereigntyisakeyconcerninthedigitalage,withusersdemandinggreatercontrolovertheirpersonalinformation.Valuablewebkitaddressesthisneedbyprovidingmechanismsforself-sovereigndatamanagement.Userscancontrolaccesstotheirdata,ensuringthatitisonlyusedwiththeirconsentandforintendedpurposes.Thisapproachenhancesusertrustandengagement,creatingamoresecureanduser-friendlyecosystem.

Privacypreservationisalsoacriticalcomponentofvaluablewebkit.Byimplementingadvancedprivacy-preservingtechnologies,thesystemensuresthatpersonalinformationisprotectedfromunauthorizedaccessandmisuse.Thisincludestechniquessuchasencryption,anonymization,andsecuredatasharing.Byprioritizingprivacy,valuablewebkitensuresthatuserscanengageintheWeb3.0ecosystemwithconfidenceandpeaceofmind.

TRUSTLESSVALUEASSESSMENTANDEXCHANGE

LeveragingblockchainandDLT,valuablewebkitofferstrustlessvalueassessmentandexchangeservices.Theseservicesensurethatdatatransactionsaresecure,transparent,andverifiable,enhancingtrustandreducingtheneedforintermediaries.

Blockchaintechnologyprovidesatrustlessenvironmentwheretransactionscanbeconductedsecurelyandtransparently.Valuablewebkitleveragesthistechnologytofacilitatevalueassessmentandexchangeservices,ensuringthatdataownershipandtransactionsareverifiableandtamper-proof.Thisapproachreducestheneedforintermediaries,loweringcostsandincreasingefficiency.

Thetrustlessvalueassessmentmechanismensuresthatthevalueofdataandinformationisaccuratelydeterminedbasedontransparentandobjectivecriteria.Thismechanismenhancesthefairnessandreliabilityoftransactions,fosteringamoreequitableandefficientecosystem.Byprovidingsecureandtransparentexchangeservices,valuablewebkitensuresthatuserscanengageintheWeb3.0ecosystemwithconfidence.

PRECISIONSYSTEMS

OVERVIEW

Precisionsystemsareessentialformanagingandprocessingdataaccurately,supportingthedynamicandevolvingnatureoftheWeb3.0ecosystem.Thesesystemsensurethatquantitativeanalysisandnumericalcalculationsareperformedwithhighlevelsofaccuracyandreliability.

QUANTITATIVEANALYSISCAPABILITIES

Web2.0infrastructureoffersrobustcapabilitiesforquantitativeanalysisandnumericalcalculations,whichareessentialformanagingandprocessingvastamountsofdataaccurately.Thesesystemsensurethatexistingtasksandworkflowsarehandledefficiently,layingastablefoundationformoreadvancedfunctionalities.

Quantitativeanalysiscapabilitiesarecrucialforapplicationsthatrequirepreciseandreliabledataprocessing.Web2.0infrastructureprovidesthenecessarytoolsandframeworksforperformingthesetasksaccurately.Thisincludesstatisticalanalysis,datamodeling,andnumericalcalculations.Byleveragingthesecapabilities,theWeb

3.0ecosystemcanensurethatdataisprocessedandanalyzedwithhighlevelsofaccuracy,supportinginformeddecision-makingandeffectiveinformationmanagement.

DespitetheadvancementsinAIandmachinelearning,therearetasksthatstillrequiretheprecisionandreliabilityoftraditionalquantitativeanalysissystems.TheintegrationofWeb2.0infrastructureinWeb3.0

ensuresthatthesetasksareperformedaccurately,supportingthedynamicandevolvingnatureofthenewecosyste