Unleashing Innovation: Experimental Evaluation of Blockchain Assisted Electronic Voting System Using Secured Authentication Scheme

The abstract presents a concise overview of the methodology and key findings of the experimental evaluation conducted for a Blockchain Assisted Electronic Voting System (BAEVS) employing a Secured Authentication Scheme. This study focuses on the design, implementation, and assessment of the BAEVS, aiming to enhance the transparency, security, and reliability of electronic voting processes. The methodology encompasses three main stages: Prototype Development, Blockchain Platform Selection, and Smart Contract Implementation. The prototype is developed using modern web development frameworks to ensure usability and accessibility for diverse users. A suitable blockchain platform, such as Ethereum or Hyperledger Fabric, is chosen to implement the distributed ledger component, considering factors such as scalability and security. Smart contracts, developed in platform-specific languages, govern the voting process and undergo rigorous testing to ensure correctness and reliability. The experimental evaluation reveals promising results, demonstrating the effectiveness of the BAEVS in providing secure and transparent electronic voting. Overall, this study contributes to the advancement of electronic voting systems by offering insights into the design and implementation of blockchain-assisted solutions with secured authentication mechanisms.