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Blockchain Research Papers & Essay Examples

71 RecommendationsLooking back on the experience of the causes

7.1 Recommendations Looking back on the experience of the causes of failure, it is strongly recommended to adopt the following simple steps while embarking on the digitalization journey. Step Activity Order of importance 1 Develop a clear vision of the business transformation which must be driven top-down High 2 Appoint cross functional teams to lead…

Chapter 7 Future Scenario Recommendations and Conclusions71

Chapter 7: Future Scenario, Recommendations and Conclusions 7.1 Future Scenario of the beer industry (Vision 2030+) We start by trying to understand the current situation and ways the current trends will impact the beer market in the future. Lower Consumer demand: the beer industry is experiencing declining growth in the developed markets (USA, Western Europe,…

Diplom i?i

University: Azerbaijan State University of Economics Faculty: UNEC SABAH Center Specialization: Finance Author: Rafi Asgarli Supervisor: Ravan MehdiyevCryptocurrencies and Blockchain Technology. The marketing strategy of the cryptocurrencies. Baku 2019 Table of Contents Acknowledgements ………………………………………………………………………………… 3 Abstract ……………………………………………………………………………………………….. 4 List of Figures ……………………………………………………………………………………….. 5 Introduction …………………………………………………………………………………………… 6 Chapter 1: Cryptocurrencies …………………………………………………………………….. 8 What are cryptocurrencies? ……………………………………………………………..

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Jaskaranvir Singh Bajwa assignment 11111111111

Quest 1 The manner in which businesses are done in the modern era have been altered a lot by the usage of information system in the firms all around the world. Information system has made processing faster in any firm. The data about inventory is available on the computers and the orders are processed over…

Wanted-IIM KASHIPUR

Building a Smart Healthcare Ecosystem TEAM WANTED, IIM KASHIPUR 1 Trend In Healthcare Globally, the challenges of healthcare delivery vary widely, yet health systems around the world have similar objectives :to deliver the highest quality care to the most people possible at the lowest possible cost .Healthcare spending around the globe continues to rise at…

Architecture and Design

List of Figures 1 System Overview . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4 2 Block Diagram . . . . . . . . . . . . . ….

Susan Wojcicki, Ceo Of Youtube

As the article mentioned, the current month’s small than normal case described the dilemma faced by Susan Wojcicki, CEO of YouTube is how far to advance “sustainability,” viewership, and (to some) free speech at the danger of losing what is seen by some as the ethical high ground and long haul viewership. On the surface,…

main Base paper

Block chain based data security enhanced IoT Server Platform Jin Hyeong Jeon Graduate School of Ajou University Knowledge Information Security 206, World cup -ro, Yeongtong -gu, Suwon -si, Gyeonggi -do, Republic of Korea [email protected] Ki-H yung Kim Graduate School of Ajou University 206, World cup -ro, Yeongtong -gu, Suwon -si, Gyeonggi -do, Republic of Korea…

Week15_BlockChain

BlockchainBlockchain is an innovation that enables people and organizations to make immediate exchanges on a system with no agents. Exchanges made on it are totally secure, and, by the capacity of its innovation, are kept as a record of what occurred. Strong computer codes guarantee that no record of exchange on it can be modified…

Group 25 Paper 2 (Springer Format)

Distributed DoS (DDoS) Mitigation in SDN using Blockchain Nupur Giri1, Rahul Jaisinghani2, Vinay Bhatia3, Rohit Kriplani4, Tarun Ramrakhyani5 Department of Computer Engineering, VES Institute of Technology, Chembur, India [email protected], [email protected], [email protected], [email protected], [email protected] Abstract. A DDoS attack is a spiteful attempt to disrupt legitimate traffic to a server by overwhelming the target with a flood…

Hi all As we discussed in meeting today and as

Hi all, As we discussed in meeting today and as per our decided Research Plan. First we will start with Brainstorming section where all of us can look at various problems faced by Galway. We all must select topic that would affect Galway in positive way and which will interest all of us so that…

SLR Review Assignment

Jose Ario Banowo, 1901506172, SI-MeneWeek 4 – SLR Review Assignment Evaluation of Blockchain to Franchise Royalty Payment from Franchisee to Franchisor in Franchise Business Abstract As new business and technologies emerge, economy still plummeting in 2018 recession’s ashes (The Economist, 2018). Some see this as potential threats and others as opportunities. That includes major player…

OverviewWhen did the event happen?The initial outbreak of

Overview When did the event happen? The initial outbreak of the ransomware was from May 12, 2017 to the 15th. Whose data was lost / stolen / leaked? How many people / organizations were affected? Data is encrypted when this ransomware is run. WannaCry was estimated to affect over 200,000 computers. Provide any other context…

EDUSYSIOWHITEPAPERIntroductionWe are living in the era

EDUSYS.IO WHITEPAPER Introduction We are living in the era of digitalization where there is an emerging demand of Blockchain and its real use that is highly applicable to improving the operational efficiency and manage the institution effectively, with the help of Blockchain EDUSYS can solve the common problems faced by two parties wherein one of…

Group Project Bravo

?Outline of Cloud Computing presentationRen Ding, Fan Jiang, John Karahalios, Ya Peng, and Can Sun Northern Illinois University Agenda There are seven major parts we are going to cover in the presentation: Brief introduction to cloud computing Pros and cons of public, private and hybrid cloud Descriptions and functionalities of different types of service like…

Explore Task Written response

Explore – Impact of Computing InnovationsWritten Response Submission Template Please see Assessment Overview and Performance Task Directions for Student for the task directions and recommended word counts. Computational Artifact 2a) FORMTEXT My Computing Innovation is cryptocurrency which is basically a digitalized form of money. It works by a person giving money to a money transmitter,…

In the digitalization era scientists economist and almost all

In the digitalization era, scientists, economist, and almost all the other experts from various industries try to change everything to digital forms. That’s why, they are exploring to find new inventions. No doubt, one of these findings are cryptocurrencies and the application of most of them – Blockchain Technology. Nowadays, not only cryptocurrencies, but also…

in the fixed form of too long lessons based on a passive

in the fixed form of too long lessons based on a passive transmission of knowledge. As Accenture (2018) notes, traditional learning systems are not sufficiently engaging for the adult brain to store knowledge. Furthermore, just like formal education systems, they are not suitable to develop the human skills with the potential of becoming human labor’s…

IntroductionHow we live or how businesses operate now has

Introduction. How we live or how businesses operate now has changed drastically to how people lived or business operated decades ago. This is due to different industrial revolutions that have occurred. The aim of this research is to investigate those different industrial revolution from first to current together with the challenges that lead to the…

blockchainfinal

1SEMINARREPORTONBLOCKCHAINTECHNOLOGYAreportsubmittedinpartialfulfillmentoftherequirementfortheawardofThedegreeofBACHELOROFTECHNOLOGYInINFORMATIONTECHNOLOGYSubmittedBy:-ShubhamKumar15010511292015-2019DepartmentofInformationTechnologyDITUNIVERSITY,DEHRADUN(StatePrivateUniversitythroughStateLegislatureActNo.10of2013ofUttarakhandandapprovedbyUGC)MussoorieDiversionRoad,Dehradun,Uttarakhand-248009,India.2018-2019 2AbstractABlockchainisdistributeddatabaseofrecords,orpublicledgersofallthetransactionsordigitaleventsexecutedandsharedamongparticipatingnetwork.Thetransactionsinthepublicledgerareverifiedbytheconsensusofmajorityoftheparticipantspresentinthenetwork.Oncetheinformationasablockisentered,itisdifficulttoeraseit.Theblockchaincontainsverifiablerecordsofeachandeverysingletransactionevermadeonthenetwork.DevelopedfirstlyforBitcoin,asapeer-to-peerdigitalcurrencyorpopularlyfamousas‘cryptocurrency’.Inthisresearch,wehaveconductedaproceduralandorganizedstudywiththegoaltocollectallrelevantinformationrelatedtotheevolutionofBlockchaintechnologysinceitsintroductionfrom2008.ThispaperdescribesBlockchaintechnology,working,relatedtermsandsomecompellingspecificapplicationsinbothfinancialandnon-financialsector.Wethenlookatthelimitationsandevolutioninthisfundamentaltechnologythatisallsettorevolutionizeourdigitalworld.1.IntroductionCurrencytransactionsbetweenpersonsorcompaniesaregenerallycentralizedbecauseofathirdpartyorganizationcontrollingit.Completingdigitalpaymentoranycurrencytransferalwayspassesthroughabankorcreditcardproviderwhoservesasamiddlemancompletingthetransaction.Italsocausesafeefromabankoracreditcardcompanyfortheprovidedtransaction.Thesimilarprocessappliesalsoinseveralothercategories,includinggames,music,softwareetc.Thetransactionsystemismostlycentralized,andthedataandinformationarecontrolledandmanagedbythethirdpartyorganization,ratherthanthetwoprincipalentitieswhoareinvolvedinthetransaction.Blockchaintechnologyhasbeenintroducedtosolvetheissue.ThegoalofBlockchaintechnologyistocreateadecentralizedenvironment,Sothatthereisnothirdpartyisincontrolofanytransactionsandledger[3].Forthefirsttimeinhistoryofhumankind,ithascreatedanenvironmentwherepeopleanywherecantrusteachotherandtransactwithinalargepeertopeernetworkwithoutaneedofanycentralizedmanagementsystem.Trustisestablishedwiththehelpofprograms,protocols,cryptographyandcomputercodesinsteadofanycentralizedorganization.Thisstrengthensourcapacityforcollaboratingandcooperationbetweentheindividualsandorganizations.Blockchainisadistributeddatabasesolutionwhichmaintainsacontinuouslygrowinglistofrecords,dataorpublicledgerconfirmedbythenodeswhoareparticipatinginit.Thedataisstoredasarecordinapublicledger,includinginformationabouteverytransactionthateverbeencompletedonthenetwork.TheinformationabouteverytransactioninBlockchainissharedandismadeavailabletoeachnodesparticipatinginthenetwork.Inaddition,thenodesinBlockchainareallanonymouswhichmakesitmoresecureforothernodestoconfirmthetransactions[1].BitcoinwasthefirsteverapplicationthatintroducedBlockchaintechnology.Bitcoincreatedadecentralizedenvironmentfordigitalcurrency.Heretheparticipatingpersoncanbuyorexchangegoodswithdigitalmoneytermedas‘ValueForMoney‘.However,eventhoughBlockchainseemstobeasuitablesolutionforconductingdecentralizedtransactions,itstillhasmanytechnicalchallengesandlimitationswhichareneededtobestudied.High 3integrityoftransactions,securityandprivacyofparticipatingnodesareneeded,topreventattemptsofdisturbingtransactionsinBlockchain.Inaddition,alsocomputationalpowerisrequiredinconfirmingtransactionsinanyBlockchainnetwork.Oneemergingusecaseorapplicationofblockchaintechnologyinvolvesintroductionof“smartcontracts”[2].BlockchaindistributionconsensusmodelwaslistedasthemostimportantinventionsincetheInternetbyMarcAndreessen,ofSiliconValley’scapitalists.OurobjectivehereistofindandmappaperswithtechnicalviewonBlockchain.WewereinterestedinfindingBlockchainresearchtopicsrelatedtoitsworkingaswellascoveringitsevolutionfromscratch.2.HistoryAndBackgroundIn1991,inaresearchpapertitled“HowtoTime-StampaDigitalDocument”writtenbyHaberandStornetta,astructurewhichwassimilartoBlockchainwasmentioned.Accordingtothepaper,apersonsendsdocumentwithatimestamptoanytimestampingserverandtheserverwouldsignthedocumentwiththecurrenttimestamp.Also,inadditiontheserverlinksthedocumenttothepreviousdocument.Thepointerspointtospecificdataandnottothelocationofthedocument.So,ifanychangeismadetothedata,thepointerbecameinvalid.Itensuresthatnoonecouldtamperthedata,oncepassedthroughtheserver.In2008,apaperwaspublishedunderthenameofanindividual(orgroup)“SatoshiNakamoto”,titledas“Bitcoin:APeer-To-PeerElectronicCashSystem”.Thepaperdescribedapeer-to-peerversionofthee-cashthatallowsonlinepaymentstobesentfromonepartytoanotherdirectly,withoutpassingthroughanyfinancialinstitution.Bitcoinwasthefirstapplicationofthisconcept.Soallmediumsofexchangethatusedcryptographytosecuretransactions,labeledunder“cryptocurrencies”.Theauthorofthefirstpaperremainedanonymoustillnow.Anopensourceprogramimplementingthisprotocolwasreleased,afewmonthslater.TheprogrambeganwiththeGenesisblockofabout50coins.Anyonewhoinstallsthisopensourceprogrambecameapartofthebitcoinpeer-to-peernetwork.Bitcoinusesthepublickeyinfrastructuremechanisminwhichtheuserhasapairofpublicandprivatekeys.Thepublickeyisusedfortheaddressoftheuser’sBitcoinwallet,andtheprivatekeytoauthenticatetheuser[2].Around2014,theattentionshiftedfromBitcointodetailedanddeepstudyofBlockchain.PeoplerealizedthatBlockchaincanbeusedseparatelyfromthedigitalcurrencyandalsocanbeappliedtomanyotheruse-cases.FeaturesofBlockchainliketransparency,trust,privacymakesthistechnologysuitableforeveryindustry.Foranyindustry,Blockchainisgoingtohavearelevantconversationforthem[3].3.EvolutionInthepastfewyearsBlockchainhasbeenevolvingfastlyfromtheoriginalBitcointothe2ndgenEthereumplatformtotoday’sprocessofbuildingthirdgenofBlockchain.Inthisevolutionwecanseehowthetechnologyhasevolvedfromsimplybeingadistributeddatabasetogloballydistributedcloudcomputer.Alsoithasbeenevolvedtocatchmultiplesectorsincludingfinancialandnonfinancial. 43.1Blockchain1.0Thefirstblockchainprotocolwasconceptualizedin2008,byanunknownpersonorgroupunderaname“SATOSHINAKAMOTO”.Theconceptwasscriptedonawhitepapertermedas‘Bitcoin:APeer-To-PeerElectronicCashSystem’.Theideaswerefirsttimeimplementedinyear2009whichactedasacorecomponentsupportingbitcoinwhereitservedasapublicledgerforalltransactionsinthenetwork.TheintroductionofblockchainthroughBitcoinmadeitthefirstdigitalcurrencywhichsolvedthedoublespendingproblemwithoutanyneedoftrustedauthorityoranycentralizedserver.Ayearlater,weactuallyseparatedtheconceptofBlockchainfromBitcoin.Itisunderstoodthatthetechnologycanhavemoreapplicationsbeyonddigitalcurrenciesandfunctioningasadistributedledger,trackingandrecordingofanyformsofvalues.Specification:1.IntroductionofDistributeddatabase.2.Transactionwithoutthirdparty.3.Introductionofdigitalcurrency.Limitations:1.Programmingandscriptinglimitations.2.Limitedtocurrenciesonly.3.2Blockchain2.0WithinafewyearsofBitcoin2ndgenofblockchainemerged.Designedasanetworkonwhichdeveloperscanbuilddifferentapplications.ItwaspossiblewiththedevelopmentofEthereumplatform.Ethereumisanopensource,blockchainbaseddistributedcomputerplatformintroducingtheconceptof‘SmartContract’functionality.EthereumprotocolwasinitiallydescribedinapaperbyDetalicButeraninmay’13withagoaltobuildadistributednetworkapplication.Thesystemwentrunning1yearafterandbecameverysuccessful,attractingavastdedicatedcommunityofdevelopers.ThemostimportantcontributionofEthereumasa2ndgenblockchainisthatitworkedtoenhancethecapacityoftechnologyfromprimarilybeingadatabasetobecomeageneralplatformtorunanydecentralizedapplicationsandsmartcontracts.Manyapplicationhavebeenbuildonitindifferentfieldssuchas?SocialNetwork?IdentityandproofSystem?FinancialandPredictionMarketsEthereumgaverisetoamassivegloballydistributedcloudcomputingplatform,wherewecanrunalmostanyapplicationwiththeassuranceofsecurityandtrustworthinessoftoday’sblockchain.Scalabilitywastheproblemwhichremainedattheheartofthecurrentstageinthejourneythatweareon.Thesearefunctionalitiesthethirdgenofblockchainistryingtosolve.Significance:1.Mergingprogramminglanguagetoblockchain.2.Customizabletransaction.3.IntroductiontoSmartContract.4.IntroducesDecentralizedapps.Limitations:1.Scalability2.Miningconsumesexcessenergy3.Transactionspersecond3.3Blockchain3.0Asaresponsetothelimitationsof2nd,a3rdgenofblockchainiscurrentlyunderstudy.Manydifferentorganizationsarecurrentlyworkingonthenextgenerationblockchaininfrastructure,suchasprojectsincludingDFINITY,NEO,EOS,IOTA.TheteamofLighteningnetworkseeksto 5increasingthecapacityofexistingblockchain.Themainideahereistonotstoringthesmalltransactionsonthemainblockchain.Thismethodisoftentermedas‘Offchain‘approach.OnotherhandtheteamofIOTAistryingtoachievehightransactionalratebyusingparalleltransactionapproach.Thedatastructureusedhereislikealinearchain.Also,Inthisnetworkeverynodeisaminer[3].Significance:1.ScalableusingOffchainapproach2.Hightransactionrate3.Distributedcloud4.WorkingofBlockchainBlockchainisnewvariantofinformationtechnologywhichcombinecryptographywithdistributedcomputingcomprisesofamodelinwhichnetworkofcomputerscollaboratetomaintainasharedandsecureddatabase.Theblockchainisacontinuouslygrowinglistoftheblocksofdatawhicharelinkedandsecuredwiththehelpofcryptography.Cryptographyandconsensusmakesitatrusteddatabase.Thistrustbeingmaintainedbyanopen,secureandcomputercodedencryptioninsteadofanycentralizedinstitution.Theworkingofblockchaincouldbeexplainedasthefollowingcategories:4.1GenerationofblockThedatastructureconsistofstringofblock,whereeachblockisarecordofdatathathasbeenencryptedandgivenauniqueidentifierusingahash.Blockchainconsideredasasequentialseriesofblocksofdatasecurelychainedtogether.Newblockareformedwhentheparticipantmakesanynewtransaction.Theseblocksareencrypted,providedahashvaluerepresentingauniqueidentifierofthedatapresentwithinthatblock.Thehashingworksoverstandardalgorithmsworkingoverthedatatocompressitintothehashcode.Eachblockhasahashvaluewhichisdependentonthehashofpreviousblock.Soalltheblockinthenetworkarelinkedtogether.Ifanyoftheblockistamperedthenalltheblockwhicharelinkedtoitisaltered.Thismakesthedataenteredtamperproof.Eachblockhasalsoatimestampsothatitisknownthatwhathappenedandwhenhappened.4.2MiningMiningcomputersonanynetworkhelpinvalidatingtransactions,addingthemtotheblockchaintheyarebuilding,andthenbroadcastthecompletedblocktoothernodesontothenetwork.Soeverynodeonthenetworkhaveacopyofthedatabase.Sincethereisnocentralizedelementtoverifythealterationsofdatabase,theblockchaindependsonadistributedconsensusalgorithm.OnceablockiscreateditgoesintotheBlockchainasapermanentrecord.Thehashalgorithmsassure,thetransactionsareimmutablei.e.Itcannotbedeleted.4.3NetworkconsensusTheBlockchainisadistributedsystem,whichmeanstherearenocentralizedorganizationstoverifytheentriesonthedatabases.Thedatabaseitselfismaintainedbyalargenetworkofcomputers.Thesecomputernodesinthenetworkitselfcannotbetrusted.Thusasystemisrequiredthatprovideamechanismforcreatingconsensusbetweenthedifferentordistributedparties.Thesepartiesdonotneedtotrusteachotherbuttheyjustneedtotrustthemechanismbywhichtheirconsensushavearrived.Anycomputerornodethathasbeenconnectedinthenetworkandis 6usingaclientcanvalidatetransactions.Eachoftheseminercomputersgetsacopyoftheblocksintheblockchain,whichgetsnoteddownautomaticallyonjoiningthenetwork.Asnewentriescomesintodatabaseschangesaremadeandautomaticallygetsupdatedacrossthenetwork.4.4PublickeycryptographyBlockchainsecuritymethodsincludespublickeycryptographyasoneofthemostimportantcomponent.Apublickeyisalongrandomstringofcharacters(1MhQjwwFDiLMuYdDqJ9cQ1oD5ZdidP)isinaddressofblockchain.Valuetokenssentinthenetworkarerecordedasbelongingtotheaddress.Aprivatekeyworkssimilartoapasswordthatgivetheowneraccesstotheirdigitalassetsorfiles.Apublickeyisoftenassociatedwiththeprivatekeysothatanyonecouldmakeanencryptedtransactiontotheowner’spublickeyaddress.Theencryptedmessagecanbedecipheredonlywiththeprivatekeycorrespondingtothepublickey.Thepublickeycanbedistributedopenly[2][3][4].5.ConsensusAlgorithmsConsensusalgorithmsaresomeprotocolswhichareneededtoensuretheconsistencyofledgersindifferentnodes.Hereareprovidedsomecommonapproachestoreachconsensusinblockchain.5.1ProofofworkPOWworksonacomplicatedcomputationalprocessfortheauthentication.InPOW,everynodeofthenetworkhastocalculateahashvalueoftheconstantlychangingblockheader.Inthisdecentralizednetwork,everyparticipantgottocalculatethehashvaluecontinuouslyusingdifferentnonceuntilthetargetisachieved.Whenonenodeinthenetworkobtainsthatrelevantvalue,allothernodesmutuallycon?rmthecorrectnessofthevalue.Afterthat,transactionsstoredintheblockwillbevalidatedincaseofanyfrauds.Then,thecollectedtransactionsusedforthecalculationsareapprovedtohavetheauthenticatedresult,whichgetsdenotedasanewblockandisaddedintheblockchain.Thenodescalculatingthosehashesarecalledminers.Sincethecalculationoftheauthenticationprocesstakesalotoftime,anincentivemechanismisalsoapplied.5.2ProofofstakeProofOfStake(POS)isanenergy-savingalternativeforthePOWmechanism.InPoSinsteadofdemandinguserstolookforanonceinanunlimitedspace,POSrequirespeopletoprovetheirownershipbytheamountofcurrencytheyown.Itisbelievedthatpeoplewithmorecurrencieswouldbelessinterestedinattackingthenetwork.Astheselectionbasedonaccountbalanceisquiteunfairandsimilartoowningthenetworkorsaythesinglerichestpersonisboundtobedominantinthenetwork.Soasaresult,manysolutionsareproposed.Likesolutionswiththecombinationofthestakesizetodecidewhogetstoforgethenextblock.5.3DelegatedproofofstakeDelegatedproofofstake(DPOS)mechanismissimilartoPOS.Hereminersgettheirprioritytogeneratethenextblocksaccordingtotheownershipoftheirstake.ThemajordifferencebetweenPOSandDPOSisthatPOSisadirect 7democraticwhileDPOSisrepresentativedemocratic.Stakeholderselectstheirdelegatestogenerateandvalidatethenewblock.Havingsignificantlyfewernodestovalidatetheblock,theblockscouldbeconfirmedquickly,makingthetransactionsaddedtochainquickly.5.4ProofofElapsedTimePoETisoneofthebestconsensusalgorithmswehadnow.Thementionedalgorithmisusedgenerallyonpermissionedblockchainnetworkwhereyouhavetogetpermissionfromthenetworktoaccessthenetwork.Thesepermissionsonthenetworksneedtodecideontherightsforminingorvotingprinciples.TorunssmoothlythePoETalgorithmsusesaparticulartacticsforcoveringthetransparencyintothewholenetwork.TheConsensusalgorithmsalsoensuressecureloginintothesystem,whenthenetworkrequiresidentificationbeforejoiningtheminers[4].6.Applications1.DigitalIdentity:Blockchaintechnologycanprovidesolutionstomanydigitalidentityissueswhereanyone’sidentitycanbeuniquelyauthenticatedinanimmutableway,andsecuremanner.Moderndaymethodologyincludestheuseofproblematicpassword-basedsystemswithasharedsecretsexchangedplatformandstoredinanyinsecuresystem.Blockchaintechnologycouldbeappliedtoidentityapplicationsinfollowingareas:?Passports?E-Residency?DigitalIdentities?BirthCertificates?WeddingCertificates2.Smartcontracts:LetmeaskyouWhatifyoucouldcutyourmortgagerate,woulditmakeiteasiertoupdateyourwill?Theworldofsmartcontractsisapproachingfast.Thesearelegallybindedprogrammableanddigitizedcontractsenteredontotheblockchain.Theyaresmartonlybecausetheyareautomatedandcanself-execute.Developersherejustimplementlegalcontractsasvariablesandstatementsthatreleasesfundsusingthenetworkas3rdpartyexecutorrathertrustinganysinglecentralizedauthority.3.Distributedcloudstorage:CloudstoragebyusinganyBlockchain-powerednetworkcanimproveitssecurityaswellasdecreaseitsdependencyonanycentralizedidentityororganization.4.Digitalvoting:Thegreatestbarrieringettingtheelectoralprocessesonlineisalwaysbeensecurity.Usingblockchain,avotercouldmakesurethatherorhisvotewassuccessfullytransmittedwhilebeinganonymoustotheworld[3].7.ConclusionBlockchaintechnologyprovidedthebaseneededfortheevolvingoftheBitcoin.ThedistributedledgercoupledwiththesecurityofBlockChainmakingitanattractingtechnologyalongwithsolvingthecurrentfinancialsituationaswellasnon-financialindustryproblems.SomewouldliketosaythattherearealotofthecurveintermsoftransformedregulatoryenvironmentsforBlockChain.Butwhatweenvision,isBlockChaintechnologyisgoingthroughsomeslowadoptionduetotherisksassociatedwithitduetoanewface.Alotofthestartupsmayfailwithafewwinners.Havingsaidthis,weshouldbeseeingsignificantamountofadoptionofthetechnologyincomingfewdecades. 8References[1]Jesse,Yli-Huumo,DeokyoonKo,“WhereIsCurrentResearchonBlockchainTechnology?—ASystematicReview”,PLOSONE,Vol11(10),pp.1-27,2016.[2]MichaelCrosby,Nachiappan,PradanPattanayak,“BlockChainTechnology:BeyondBitcoin”,AppliedInnovationReview,Vol2,pp.3-16,June2016.[3]RajshreeSrivastava,Animeshsingh,Shubhamkumar,Harshitmohan,“Blockchain:ARevolutionaryTechnology”,IJTSRD,Vol2(3),pp.2-6,2018.[4]ZibinZheng,ShaoanXie,Hong-NingDai,XiangpingChen,“BlockchainChallengesandOpportunities:ASurvey”,IJWGS,Vol14(4),pp.355-361,2017.

Project Paper1 (1)

Immune Ballot [Decentralized voting system] Abstract—Voting is always been the most important aspect of true democratic country. Providing free and fair and safe election is necessary and at the same time most difficult task of election process. We have seen many faults in current election process like Corruption, Manipulation, Steady Process. We need to reform…

Research

Decentralized AI Artificial Intelligence and Blockchain in Cybersecurity Toni M. Scott American Military University / American Public University Decentralized Ai GAO released the document GAO-18-622 which covered high-risk cybersecurity challenges. Regulated and sensitive information must be secured. The purpose of this research paper is to research how Decentralized AI can be used as a solution…

CRYPTOCURRENCY IN INDIA IT’S IMPACT ON THE ECONOMY

CRYPTOCURRENCY IN INDIA: IT’S IMPACT ON THE ECONOMY WITH SPECIAL REFERENCE TO BITCOIN VAIBHAV DHINGRA BACHELORS OF MANAGEMENT STUDIES SHAHEED SUKHDEV COLLEGE OF BUSINESS STUDIES DELHI UNIVERSITY ABSTRACT: The newfound world of virtual currencies is gaining popularity among individuals and government of various nations. A new industry has established around these virtual currencies, businessmen, exchanges…

Gujarat Technological UniversityChandkheda Ahmedabad

Gujarat Technological University Chandkheda, Ahmedabad Merchant Engineering College, Basna Project Report Network And Computer Security Challenges Under Subject Of ‘Design Engineering – 2A’ B.E. Semester – V (Computer Egg.) Submitted By: (‘Group Id:-178202 ’) Sr. No Name Of Student Enrollment No: 1 Rima K. Patel 170650107015 2 Jhanvi B. Mewada 180653107004 3 Nidhi G. Prajapati…

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