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SaaS Platform for Blockchain Based E-Document Authentication applications

Sudaryono Sudaryono, Adam Faturahman, Nuke Puji Lestari Santoso, Wahyu Yustika Prihastiwi, Betari Ayu Almadania Laksminingrum

202219 citationsDOI

Abstract

Technological developments are increasingly sophisticated where every day, these developments have directions and goals to make it easier for humans in all things. In society 5.0, technology is judged not only by its intelligence but also by its benefits in helping humans. In a company, documents are precious objects, so that various things are very concerning, such as ratification, storage, and sharing of documents. 2 (two) problems were identified, namely that many companies still use the manual method where documents must be printed to be ratified by meeting directly and conventionally storing printed documents, so it is considered ineffective and efficient. These problems can be overcome with a Software as a Service (SaaS)-based digital signature system with distributed Blockchain support, making it easier for companies to validate and store documents. By using the SDLC waterfall development method and six literature studies. Researchers hope that digital signatures make it easier for everyone to validate digitally without having to print documents and do not need to think about the validity of the digital documents so that they can be considered effective and efficient to facilitate work.

Topics & Concepts

Computer scienceWaterfall modelBlockchainWorld Wide WebSoftware as a serviceAuthentication (law)Computer securityService (business)SoftwareDigital signatureSoftware engineeringData scienceSoftware developmentHash functionProgramming languageEconomicsEconomyBlockchain Technology in Education and LearningEdcuational Technology SystemsInformation Retrieval and Data Mining
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