Design And Implementation Of A Block Chain Enabled E-Voting With IoT

This study presents a comprehensive five-year analysis of a pioneering Blockchain-enabled E-Voting system, augmented with Internet of Things (IoT) integration. The research focused on evaluating the system's performance, security measures, user experience, and societal impact over the extended period. The results reveal a commendable average voter turnout of 82%, signifying a sustained level of civic engagement and trust in the electronic voting process. The implementation of advanced security measures, including encryption protocols and regular penetration testing, led to a substantial reduction in security incidents, thereby safeguarding the integrity of votes. Furthermore, the continuous enhancements in the user interface and the incorporation of enhanced accessibility features resulted in a consistent increase in user satisfaction ratings. This demonstrates the system's dedication to inclusivity, providing an intuitive platform for citizens of diverse backgrounds and abilities. The integration of Blockchain and IoT technologies proved to be a powerful synergy, enhancing the transparency, security, and accessibility of the e-voting system. The system exhibited resilience against potential threats and maintained robust performance throughout the five-year study period. This research underscores the potential transformative impact of Blockchain-enabled E-Voting systems with IoT integration on democratic processes worldwide. It provides a secure and transparent platform for citizens to exercise their voting rights, ultimately cultivating trust and confidence in electronic voting systems..