DECENTRALIZED VOTING SYSTEMS: IMPROVING ELECTION SECURITY THROUGH BLOCKCHAIN TECHNOLOGY

Abstract

Systems for electronic voting, or "e-voting," have become a contemporary way to increase the effectiveness, safety, and accessibility of electoral procedures. However, there are significant issues with security, trust, and transparency with conventional electronic voting methods. This paper investigates how these issues might be resolved and election security improved by using blockchain technology, which is decentralized, immutable, and transparent. By doing away with the need for middlemen, a decentralized blockchain-based electronic voting system lowers expenses while maintaining the validity and verifiability of votes. Compared to conventional voting techniques, decentralization offers a more efficient and cost-effective solution, fostering greater voter confidence and participation. Additionally, recent advancements in decentralized blockchain systems, involving smart contract functionality and cryptographic security mechanisms, further strengthen the credibility of decentralized voting systems. By reviewing existing literature and analyzing real-world applications, this paper demonstrates the prospects of blockchain-powered decentralized e-voting to revolutionize electoral systems, making them more secure, inclusive, and resistant to fraud. The findings underscore the necessity of continued research and development to overcome implementation challenges and establish decentralized blockchain as the cornerstone for future democratic elections, while addressing scalability, regulatory concerns, voter privacy protection, and ensuring seamless integration with existing governmental infrastructure systems