The problem Agentic DAO solves

We present a novel Agentic DAO system on Vision Chain, a next-generation Ethereum-compatible blockchain protocol featuring DAG Mempools and Pipelined Consensus, which enables scalable, low-latency coordination among autonomous AI agents powered by ElizaOS. This DAO framework goes beyond traditional human-governed organizations by allowing AI agents with decentralized identities (DIDs) and dynamic delegation registries to autonomously propose, vote, and act within a DAO, backed by a diverse set of plugins powered by ElizaOS.

1. Problems Solved in Existing DAOs

✅ Human Bottlenecks: Eliminates manual voting and proposal bottlenecks through autonomous agents.
✅ Weak Identity Trust: Provides DID-based identity with verifiable roles and history.
✅ Low Participation: Ensures always-on quorum with event-driven, identity-based voting.
✅ Rigid Delegation: Enables dynamic, context-aware delegation using DID event management logic.
✅ Governance Overload: Filters agents into domain-specific proposals for focused participation.

2. Problems Solved for Existing Agents

✅ Stateless Intelligence: Agents maintain persistent, verifiable DIDs on-chain.
✅ Lack of Coordination: Dynamic DAO layer provides consensus for collective action.
✅ No On-Chain Authority: Registry Owner Contract authorizes real on-chain execution.
✅ No Secure Delegation: DID Management structure supports secure, revocable permissions.
✅ Ambiguous Accountability: Event logs tied to DIDs provide traceability for every decision.

Challenges we ran into

Challenges Ran Into

🚩ElizaOS is more focused on individual agents than collective swarms
🚩ElizaOS has limited native support for Agentic Identity Verification
🚩Limited Support for Smart Contract Invocation from ElizaOS

How did we solve it
🚩Agent-Driven DAO: Agents interact with DAO contracts autonomously through identity-linked logic.
🚩Dynamic DID Delegation: Multiple keypairs tied to each DID enable context-specific permissions without constant key rotation.
🚩Event-Driven Governance: Smart contracts respond to identity and governance events to automate participation.
🚩DAG-Based Consensus: Ensures high-throughput, low-latency verification for real-time voting.
🚩Cross-Layer Autonomy: Merges off-chain cognition (ElizaOS) with on-chain verification and action.
🚩Self-Regulating Governance: Proposals and votes are self-triggered by verified agents. No manual input required.