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VOTE – X: BLOCKCHAIN BASED ONLINE VOTING SYSTEM
The rapid advancement of digital technologies has transformed traditional processes into efficient and automated systems, particularly in the domain of elections. This project presents a secure and efficient blockchain-based online voting system designed to improve transparency, reliability, and accessibility in student elections. The proposed system eliminates the limitations of conventional paper-based voting, such as manual errors, time consumption, and lack of transparency. It enables students to cast votes remotely using authenticated login credentials, ensuring convenience and increased participation. Blockchain technology is integrated to provide a decentralized and tamperproof mechanism for storing votes, thereby enhancing data integrity and security. Each vote is recorded as a block in the chain, ensuring immutability and preventing unauthorized modifications. The system enforces a one-user-onevote policy and maintains voter anonymity while ensuring vote authenticity. Additionally, the platform includes an administrative module for managing candidates, scheduling elections, monitoring voting activities, and generating results automatically. The use of encryption, authentication mechanisms, and secure database management ensures confidentiality and protection against cyber threats. By automating the voting process, the system reduces human effort, eliminates paperwork, and delivers instant and accurate results. This project demonstrates how modern technologies like blockchain and web-based platforms can revolutionize election systems in educational institutions by making them more secure, efficient, and transparent.
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