SECURE DIGITAL VOTING SYSTEM

Authors

  • Dr.Joshi Padma Author
  • Arepalli Devayani Author
  • Kondabathula Rajeshwari Devi Author
  • Lakkapatri Akhil Author
  • Repaka Dinesh Karthik Author

DOI:

https://doi.org/10.62643/

Keywords:

Digital Voting, Security, Blockchain,, Cryptography, Multi-factor Authentication,, Voter Anonymity, Real-time Auditing, Election Integrity, Accessibility, Tamper-proof.

Abstract

The advancement of digital technologies has transformed various sectors, including
governance and elections. Traditional voting systems, while foundational to democratic
processes, are fraught with challenges such as security vulnerabilities, lack of transparency,
inefficiencies, and the potential for tampering or fraud. These issues can undermine public
trust and raise questions about the integrity of election outcomes. To address these concerns,
this project introduces a decentralized voting system leveraging blockchain technology.
Blockchain technology provides a decentralized, secure, and transparent platform that
eliminates the need for intermediaries and central points of failure. By utilizing tools such as
Ganache, MetaMask, Truffle, Solidity, and React, this project creates a tamper-proof,
efficient, and user-friendly voting solution. The decentralized nature of blockchain ensures
that all transactions, including vote casting and counting, are recorded immutably, thereby
enhancing trust in the electoral process. The primary objectives of this project are to provide
a secure voting environment, increase transparency in the electoral process, reduce
dependence on centralized authorities, and improve accessibility for voters across diverse
regions. The proposed solution comprises smart contracts to manage key processes like voter
registration, vote casting, and result computation. These smart contracts are deployed on a
blockchain network, ensuring transparency and robustness. A user-friendly front-end interface
developed using React allows voters to interact with the system seamlessly, while Web3.js
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facilitates communication between the front-end and the blockchain.

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Published

15-01-2025

How to Cite

SECURE DIGITAL VOTING SYSTEM. (2025). International Journal of Engineering Research and Science & Technology, 21(1), 16-27. https://doi.org/10.62643/