BLOCKCHAIN BASED E-VOTING SYSTEM IMPLEMENTATION AND EVALUATION

Blockchain technology has emerged as a disruptive force with the potential to reshape the landscape of electoral systems, offering secure, transparent, and efficient e-voting solutions. This research paper provides a comprehensive analysis of the latest advancements and key challenges associated with blockchain-based e-voting systems, offering insights into their potential to revolutionize modern democracy. The paper begins by examining the evolution of blockchain technology and its application to e-voting, highlighting recent developments and research findings. It explores the core principles of blockchain that ensure tamper-resistant record-keeping, transparency, and trust in the electoral process. Challenges and considerations are also addressed, including identity verification, scalability, regulatory frameworks, and privacy concerns. Recent research on these topics is presented, shedding light on innovative solutions and ongoing debates in the field. The research emphasizes the importance of accessibility and inclusivity, discussing the potential of blockchain-based e-voting to reduce barriers to participation for diverse populations. The paper also discusses real-world pilot projects and case studies, providing insights into their successes and challenges. The abstract concludes by underlining the significance of decentralized blockchain-based e-voting to enhance the integrity and accessibility of electoral systems while acknowledging the ongoing research and development needed to fully realize their potential in shaping the future of democracy.