Suffragium: An Encrypted Onchain Voting System Leveraging ZK and FHE Using Zama's fhEVM
Blog post from Zama
Suffragium is a secure and privacy-focused voting system that employs Zero-Knowledge Proofs (ZKP) and Fully Homomorphic Encryption (FHE) to create a tamper-resistant and confidential voting process on blockchain platforms. Developed using Zama's fhEVM, Suffragium ensures voter anonymity, integrity, and transparency by allowing computations on encrypted data without decryption and verifying truths without revealing additional information. The system requires voters to undergo a Know Your Customer (KYC) process for identity verification while safeguarding their privacy and preventing vote tampering. Votes are cast and stored using encrypted smart contracts, ensuring that they remain confidential and secure. The vote counting process is facilitated by encrypted counters, and results are revealed on-chain after the voting period ends. By moving the voting process on-chain, Suffragium offers an accessible, modern, and secure alternative to traditional voting methods, catering to digitally-native generations and enhancing participation in the democratic process.
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