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In recent years, the security and integrity of electronic voting systems have become a significant concern for both governments and the public. Traditional voting systems are susceptible to voter fraud, data manipulation, and election tampering. In order to tackle these challenges, we introduce a new voting system that combines blockchain technology and face-based authentication to establish a secure, transparent, and effective voting process. Blockchain provides a decentralized, tamper-proof ledger to cast votes, which guarantees data integrity and does not allow for tampering or unauthorized alterations of voting outcomes. Blockchain uses the decentralized aspect for maximized transparency, with the possibility of tracing and authenticating each vote securely and ensuring that the election outcomes are tamper-proof. Moreover, the system is scalable and user-friendly and can be adopted on large scales such as elections at the national and regional levels. Utilizing blockchain ensures that voting records are stored safely and cannot be tampered with once submitted, and thus voters and election authorities have faith in the results of the elections being accurate. The use of blockchain guarantees that the voting records are securely stored and cannot be altered after submission, providing voters and election authorities with confidence in the accuracy of the election outcomes. This integration of cutting-edge technologies - blockchain for security and transparency, and facial recognition with KNN for authentication- provides a robust solution to modern electoral challenges. The proposed system aims to build a more trustworthy and efficient voting process, ultimately enhancing voter confidence and participation in democratic processes worldwide.