Revolutionizing E-Voting Secure and Accessible Solutions with Fingerprint-Based Blockchain

Q: How many days will it take for my paper to be published?

The review time for papers is not fixed. However, if the paper is accepted and the author completes the processing charges formalities, the paper will be published within a few working days.

Q: I would like to receive a hard copy of the journal materials. Are there any additional charges?

You can log in to the author portal and pay 500 INR to receive the hard copy materials.

Asbin S; Chris Jericho J J; Shejin A; Ebi T Prabha

Revolutionizing E-Voting Secure and Accessible Solutions with Fingerprint-Based Blockchain

Authors: Asbin S, Chris Jericho J J, Shejin A, Ebi T Prabha

Unique Paper ID: 181553
Volume: 12
Issue: 1
PageNo: 4508-4513

Keywords: No Keywords Found

Abstract:
Electronic voting systems have gained prominence for their potential to streamline electoral processes and improve efficiency. However, widespread adoption continues to be hindered by critical concerns surrounding security, transparency, and accessibility. These challenges are particularly pronounced for vulnerable populations such as individuals with disabilities and the elderly, who often face barriers due to complex authentication methods and non-intuitive user interfaces. These limitations not only compromise the inclusiveness of democratic participation but also erode public trust in electronic voting mechanisms. This project proposes a novel electronic voting system that integrates fingerprint recognition with blockchain technology to address these pressing concerns. By utilizing biometric fingerprint authentication, the system simplifies the voter verification process, offering a user-friendly and secure method of access that reduces the reliance on passwords, PINs, or other cognitively demanding procedures. This biometric approach enhances accessibility and ensures that identity verification is both efficient and difficult to falsify. To further bolster the integrity of the electoral process, the proposed system incorporates blockchain technology as a foundational component for recording and storing votes. Blockchain’s decentralized and immutable ledger ensures that each vote is securely recorded and cannot be altered or deleted without consensus, thus enhancing transparency and preventing tampering. Additionally, the system supports end-to-end verifiability, enabling voters to confirm that their vote has been accurately recorded and counted, without compromising ballot secrecy. Together, fingerprint recognition and blockchain provide a synergistic solution that addresses the core challenges facing electronic voting systems today. This integration offers a secure, transparent, and accessible voting platform that fosters greater public trust and promotes inclusive democratic participation. The proposed system sets a foundation for the future of electronic elections by aligning advanced technology with the fundamental principles of electoral fairness, security, and accessibility

Download article

email to a friend

Cite This Article

ISSN: 2349-6002
Volume: 12
Issue: 1
PageNo: 4508-4513

Revolutionizing E-Voting Secure and Accessible Solutions with Fingerprint-Based Blockchain

Available:https://ijirt.org/article?manuscript=181553

20 Jun, 2025

Experimental investigation of Light weight concrete with partial replacement of coarse aggregate by Pumice Stone

20 Jun, 2025

COMPARING THE PERFORMANCE OF DIFFERENT TYPES OF COOLING METHODS ON HOT ROLLED STEEL

20 Jun, 2025

Experimental study on strengthening of concrete by partial replacement of coarse aggregate by construction and demolition waste by using Ansys software

20 Jun, 2025

PLANNING AND DESIGNING OF THREE STORY COMMERCIAL BUILDING

20 Jun, 2025

Experimental investigation on partial replacement of fine aggregate and coarse aggregate with agricultural waste by using Ansys software

19 Jun, 2025

ANALYZING THE FACTORS THAT AFFECT THE LABOUR PRODUCTIVITY OF VARIOUS MAJOR ITEMS OF WORK IN CONSTRUCTION INDUSTRIES AND RECOMMENDING REMEDIAL MEASURES

19 Jun, 2025

DESIGN OF WIND- SOLAR HYBRID POWER GENERATION FOR SMALL APPLICATIONS

19 Jun, 2025

Energy Tapping Identifier Through Wireless Data Acquisition System

19 Jun, 2025

DESIGN AND IMPLEMENTATION OF A SOLAR POWER SYSTEM

19 Jun, 2025

ON ROAD EV VEHICLE CHARGING FOR SMART CITY

Impact Factor
8.01 (Year 2024)

UGC Approved
Journal no 47859

Join Our IPN

IJIRT Partner Network

Submit your research paper and those of your network (friends, colleagues, or peers) through your IPN account, and receive 800 INR for each paper that gets published.

Join Now