ABSTRACT
The advent of digital technologies has paved the way for innovative solutions in various domains, including the electoral process. This paper presents a comprehensive framework for an E-Voting System designed to enhance the democratic process by leveraging advanced cryptographic techniques and secure computing protocols. The proposed system addresses key challenges such as privacy, integrity, and accessibility, ensuring a transparent and trustworthy voting experience for students. The E-Voting System employs a multi-tiered architecture, comprising a user-friendly front-end interface and a robust backend server. Utilizing end-to-end encryption and cryptographic technologies, the system guarantees the confidentiality of individual votes while preserving the anonymity of voters. A homomorphic encryption scheme allows for vote aggregation without revealing individual choices, ensuring the integrity of the overall election results. To mitigate potential security threats, the system incorporates various measures, including advanced firewalls, intrusion detection systems, and regular security audits. Additionally, a multi-factor authentication mechanism and biometric verification are implemented to safeguard against identity fraud and unauthorized access. Accessibility is a paramount concern, and the E-Voting System is designed to be inclusive and user-friendly. It offers multi-language support, audio assistance, and compatibility with assistive technologies, ensuring that all eligible voters, including those with disabilities, can participate in the electoral process. The proposed E-Voting System is evaluated through a series of comprehensive security assessments, usability studies, and performance evaluations. The results demonstrate its effectiveness in providing a secure, accessible, and efficient platform for democratic elections. The Electronic Voting (E-voting) system utilizes React.js, Firebase, and Tailwind CSS. This integrated approach aims to modernize the electoral process, prioritizing accessibility, security, and user-friendliness. The project combines React.js for dynamic and interactive user interfaces, Firebase for real-time data management and authentication, and Tailwind CSS for streamlined and customizable styling. The system seeks to enhance the democratic experience, offering an intuitive, secure, and visually appealing platform for voters in the digital age.
