Development of a Blockchain-Based Online Secret Electronic Voting System

This paper presents the design, implementation, and verification of a blockchain-based online electronic voting system that ensures accuracy reliability in its application to various types using blockchain technologies, such as distributed ledgers smart contracts. Specifically, this study, connection between nodes is simplified REST API opening counting information designed store latest values ledger JSON format, contract cannot be falsified. The developed can provide authentication, secret voting, forgery prevention, ballot verification, push notification functions, all which are currently not supported existing services. Furthermore, demonstrates excellence on evaluation items, including 101 transactions per second (TPS) 57.6 TPS services, 250 prevention cases, 547 read transaction processing, 149 write along with 100% service, encryption accuracy. Functional performance verifications were obtained through an external test certification agency South Korea. Our design allows for non-forgery data, technology. In addition, we demonstrate how systems easily converted by applying blockchain-linked API. study greatly contributes enabling technology cost reductions, restoration, misrepresentation, transparency enhancement variety different forms voting.