Vitalik Buterin proposed deploying individual AI models trained on users’ values to automate voting on thousands of DAO decisions, addressing low participation and voter delegation to large token holders. The system would use zero-knowledge proofs and secure environments (MPC and TEEs) to protect voter identity and sensitive data while preventing coercion and bribery. Prediction markets would incentivize quality proposals and filter out spam, while AI agents flag only critical issues for human review, automating routine governance participation.

Ethereum cofounder Vitalik Buterin proposed a technical overhaul of decentralized autonomous organizations (DAOs), calling for the use of personal artificial intelligence agents to privately cast votes on behalf of users and help scale digital governance. The plan, published on social media platform X one month after Buterin criticized DAOs for drifting into low participation and power centralization, aims to shift users away from delegating votes to large token holders. First is privacy of content, ensuring sensitive data remains confidential.

AI agents would operate within secure environments such as multi-party computation (MPC) or trusted execution environments (TEEs), enabling them to process private data without leaking it to the public blockchain. Second is the anonymity of the participant. Buterin called for the use of zero-knowledge proofs (ZKPs), a cryptographic tool that allows users to prove they’re eligible to vote without revealing their wallet address or how they voted.

This guards against coercion, bribery, and whale watching, where smaller voters mimic the decisions of large token holders. These AI stewards would automate routine governance participation and flag only key issues for human review. To filter out low-quality or spammy proposals, an emerging problem as generative AI floods open forums, Buterin suggests launching prediction markets.

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