Paper Key : IRJ************079
Author: S Shanmathi ,S Subha Indu ,S Prasanth, M Vidhya Lakshmi
Date Published: 18 Oct 2023
Abstract
Ensuring the integrity and security of the voting process is of paramount importance in any democratic society. Traditional voting systems often face challenges related to authentication and security. This paper presents an innovative solution, an Advanced Double Authentication System, designed to enhance the security and reliability of smart voting systems. The proposed system leverages two-factor authentication through fingerprint recognition and GSM (Global System for Mobile Communications) technology.The first layer of authentication in this system involves biometric verification using fingerprint recognition. Each eligible voter's unique fingerprint is registered in the system, and during the voting process, their identity is confirmed through a fingerprint scan. This biometric authentication adds an extra layer of security, ensuring that only authorized individuals can cast their votes.The second layer of authentication employs GSM technology to enhance the transparency and real-time monitoring of the voting process. After successful fingerprint verification, the voter's selection is securely transmitted to a central server via the GSM network. This allows for instant data transfer, reducing the likelihood of data tampering or manipulation. Additionally, voters receive an acknowledgment message on their mobile devices, providing them with a verifiable record of their vote.Keywords:Voting system,Internet of Things,GSM,Arduino,sensors.