Published Paper Details:

Ensuring transparency and reliability in electoral processes is essential for maintaining public trust in democratic systems. Conventional voting methods, including paper-based ballots and electronic voting machines, have raised concerns regarding security, transparency, and potential manipulation of results. This study proposes a blockchain-enabled electronic voting system designed to improve the integrity and auditability of digital elections. The system leverages Ethereum smart contracts to securely record votes on a decentralized ledger, ensuring that once a vote is submitted it cannot be modified or removed. Voter authentication is carried out through MetaMask wallet verification, which supports the enforcement of a one-voter- one-vote policy while preserving user anonymity. The architecture combines a web-based voting interface with blockchain-based smart contracts to manage vote submission and storage in an immutable ledger. Experimental implementation demonstrates that the proposed approach enhances transparency, reduces the possibility of vote tampering, and enables verifiable election results. The system can serve as a practical framework for conducting secure digital elections in educational institutions, organizational environments, and other controlled voting scenarios.