Abstract
The article discusses the development and analysis of an electronic voting system utilizing blockchain technology, with the goal of improving the security, transparency, and reliability of electoral processes. The study emphasizes the importance of addressing vulnerabilities inherent in traditional voting systems, such as the risks of data manipulation and unauthorized access. A detailed examination of blockchain’s theoretical principles is presented, highlighting its decentralized architecture, data immutability, and cryptographic security features. The practical component of the research focuses on the creation of a prototype system, designed using a modular approach and incorporating advanced cryptographic techniques and consensus mechanisms to ensure data integrity and system robustness. Experimental findings demonstrate the high effectiveness of the proposed solution, indicating its suitability for deployment in large-scale electoral contexts. The article concludes by exploring potential directions for future system enhancements and the integration of blockchain technology into existing electronic voting infrastructures