Designing a Secure and Scalable Real-time Voting System: Analyzing a Successful Real-time Voting System Implementation
Telvida International Systems Limited, Lagos, Nigeria.
Review Article
World Journal of Advanced Research and Reviews, 2019, 04(02), 291-306
Publication history:
Received on 19 November 2019; revised on 24 December 2019; accepted on 29 December 2019
Abstract:
The integrity of democratic processes relies heavily on the reliability and trustworthiness of voting systems. Real-time electronic voting systems present opportunities for enhanced efficiency and accessibility but also introduce significant security and scalability challenges. This paper analyzes the successful implementation of a real-time voting system, examining its architectural design, security protocols, and performance characteristics. A deep dive into a case study reveals how advanced cryptographic techniques, robust distributed architectures, and comprehensive identity verification mechanisms address common vulnerabilities in e-voting. The system's ability to maintain data integrity, voter anonymity, and high transaction throughput under varied load conditions is scrutinized. Furthermore, a comparative analysis situates this successful model against other prominent approaches, highlighting its strengths and identifying areas for further development. The discussion extends to implications for future e-voting paradigms, considering the integration of emerging technologies like blockchain and biometrics, alongside critical policy and governance considerations. Findings from this analysis offer practical insights for the design and deployment of secure and scalable real-time voting systems globally.
Keywords:
Real-time electronic voting; End-to-end verifiable voting; Distributed ledger technology; Byzantine fault tolerance; Voting system security; Electoral system scalability
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Copyright information:
Copyright © 2019 Author(s) retain the copyright of this article. This article is published under the terms of the Creative Commons Attribution Liscense 4.0