International Research Journal of Engineering and Technology (IRJET)
e-ISSN: 2395-0056
Volume: 11 Issue: 03 | Mar 2024
p-ISSN: 2395-0072
www.irjet.net
FINGERPRINT BASED SECURED VOTING SYSTEM USING AADHAAR Mr.M.Balaji Naiak1, Assistant Professor1 V. Aswini2, K. Tejaswi3, M. Naga Babu4, S. Sanneep5, CH. Abhinash Reddy6, 23456UG Students, Department of ECE, Krishna University College of Engineering and Technology, Machilipatnam,
Krishna District, Andhra Pradesh -------------------------------------------------------------------***--------------------------------------------------------------------1.1 PROBLEM STATEMENT Abstract - In this present scenario we are using a Electronic Voting Machines (EVM) because of its efficiency and accuracy in tallying the votes. Also we will face the issues by using this EVM like tampering or manipulation to overcome these disadvantages we are proposing a system called Fingerprint Based Secured Voting Machines. By using this Secured EVM no tampering or manipulation is possible. Firstly the voters should authenticate their identities using Fingerprint biometric before casting their votes. This ensures that only authorized persons can participate in the voting process, in this way we can reduce the risk of the fraud and tampering.
Key Words: Arduino Uno, Finger Print Sensor, Push buttons, LCD, J Tag.
1. INTRODUCTION Offering a complex answer to long-standing voting process difficulties, the Fingerprint-Based Secured Voting System is a significant advancement in electoral technology. Election fraud, tampering with ballots and identity theft are just a few of the problems that have frequently beset traditional voting systems. This initiative uses fingerprint recognition technology—a biometric authentication method—to overcome these obstacles and guarantee the security and integrity of the voting process. Fundamentally, the way the system operates is by taking each registered voter's distinct fingerprint and keeping it in a safe database. At specified polling places, voters must verify their identification by scanning their fingerprints before casting a ballot. Because each voter's identification is uniquely linked to their fingerprint, this biometric verification technique provides a strong defense against fraudulent actions like repeated voting or impersonation. Furthermore, the Fingerprint-Based Secured Voting System uses cutting-edge encryption techniques to protect the accuracy of voter and ballot information. Votes are cast and counted properly because the system reduces the possibility of unwanted access or manipulation by encrypting important data during transmission and storage.
© 2024, IRJET
| Impact Factor value: 8.226
The project's goal is to create a reliable and secure fingerprint-based voting system that protects the election's secrecy and integrity. There are concerns over the fairness of elections due to the frequent problems with the present voting technology, including identity verification, duplicate voting, and security breaches. In order to solve these problems, it is imperative that a more dependable and effective system be put in place that makes use of biometric technologies like fingerprint recognition. The suggested system will be made up of a number of parts that operate in unison to provide a safe and secure voting environment. First, there will be a voter registration module where qualified voters may enroll in the system by providing their name, address, and voter ID, in addition to having their fingerprints captured. Voters will need to use their registered fingerprints as identification throughout the voting procedure. The voting machines' built-in fingerprint scanners will be used for this authentication. Voters will be allowed to cast their ballots electronically after successful verification. To avoid double voting and guarantee the accuracy of the results, each vote will be linked to the matching fingerprint.
2.LITERATURE SURVEY Because of its potential to increase security, lower fraud, and improve the general integrity of elections, the idea of implementing biometric authentication—more particularly, fingerprint recognition—in voting systems has attracted a lot of interest. This review of the literature explores the state of the art in fingerprint-based secured voting system research and development, emphasizing important approaches, innovations, problems, and concerns.
2.1 Existing systems 2.1.1 Biometric Technology in Voting Systems Utilizing distinctive biological characteristics like fingerprints, iris patterns, or facial features to confirm an individual's identification is known as biometric authentication. Because fingerprint scanning equipment
|
ISO 9001:2008 Certified Journal |
Page 945