ARDUINO-BASED FINGERPRINT VOTING SYSTEM: ENSURING ACCURATE AND FRAUD-FREE ELECTION

Fingerprint voting systems offer a robust mechanism for ensuring secure and reliable electoral processes. This paper proposes a comprehensive approach to government verification and voter authentication within fingerprint voting systems. Beginning with the initial voter registration process, government authorities authenticate individuals by capturing their fingerprints and verifying their identities against national databases. Upon successful verification, voters are enrolled in the system and provided with unique biometric identifiers. During elections, voters undergo authentication using their registered fingerprints to access the voting interface. The system matches the presented fingerprint with the stored template to confirm the identity of the voter. Once authenticated, voters proceed to cast their ballots electronically. Throughout this process, stringent security measures are implemented to safeguard against unauthorized access and fraudulent activities. Furthermore, the paper discusses the integration of government verification procedures into the voting system architecture, ensuring compliance with legal requirements and electoral regulations. Additionally, considerations such as data privacy, integrity, and accessibility are addressed to guarantee the inclusivity and transparency of the voting process. By adopting this comprehensive approach, fingerprint voting systems can enhance the efficiency, integrity, and trustworthiness of electoral procedures, thereby promoting democratic values and ensuring the legitimacy of election outcomes. Fingerprint voting systems have emerged as a promising solution for ensuring the security and integrity of electoral processes. This paper presents a comprehensive approach to government verification and voter authentication within fingerprint- based voting systems, aiming to establish a robust framework for secure and reliable elections. The proposed approach begins with the initial voter registration process, wherein gov