Abstract

This paper presents a secure and privacy-preserving electronic voting system using homomorphic encryption. In traditional
electronic voting systems, ensuring data security, voter anonymity, and result integrity remains a major challenge. The
proposed system addresses these issues by encrypting votes at the time of casting and allowing computations to be performed
directly on encrypted data without decryption. Homomorphic encryption ensures that sensitive information is never exposed
during processing, thereby enhancing security and privacy. The system also prevents vote tampering, unauthorized access,
and data manipulation. This approach provides a transparent, efficient, and reliable voting mechanism suitable for modern
digital elections. The proposed model ensures accuracy, confidentiality, and trust in the electoral process.