A Robust Blockchain Enabled Electronic Voting Architecture with Integrated Anti-Spoofing Security Model

Electronic voting systems have become an integral part of the democratic process in modern societies; however, the conventional centralized electronic voting systems are highly vulnerable to cyber attacks, identity spoofing, and data tampering.The paper proposes an electronic voting system based on the blockchain technology paradigm with an advanced anti-spoofing system to provide robust security and transparency in the election process.It utilizes cryptographic hashes, consensus systems, and decentralized verifications to ensure that once a vote is recorded, it cannot be altered.It also utilizes an anti-spoofing framework that protects against various threats such as facial spoofing, replay attacks, and credential theft.Experimental results prove that the security is stronger, the system is more reliable, and it is more scalable compared to traditional electronic voting systems.This voting platform is a great option for national elections, organizational elections, as well as for remote voting scenarios.