VoteSafe-Confidential DAO Voting

Demo

About

The problem it solves Current DAO governance is compromised by a fundamental security flaw: public voting. The transparency of traditional blockchains allows for voter coercion and vote buying, which undermines the democratic process and centralizes power. This environment discourages genuine participation and allows powerful entities to manipulate outcomes, eroding trust and the very purpose of decentralization. 1.2. Problem Solution Our solution is a Decentralized and Private Voting System built on the Oasis Network. We leverage the confidential computing of Oasis Sapphire to encrypt individual votes on-chain. This ensures that a voter’s choice is completely private, visible only to the individual and the secure environment of the smart contract. The system securely tallies the votes and reveals only the final, aggregate result, guaranteeing fair and equitable governance.

How it's made

Challenges we ran into One major challenge was integrating confidential smart contracts on the Oasis Sapphire network. Unlike traditional Solidity development, deploying contracts with privacy features required understanding how to work within a Trusted Execution Environment (TEE) and ensure data encryption end-to-end. We overcome it by learning in dept Oasis documetation and collaborating closely as a team to split responsibilities between smart contract logic, frontend integration, and vote encryption workflows.