DAO Treasury Decentralized Identity (DID) Integration

Replace multi-sig bottlenecks with on-chain, role-based access control. Enable automated, trustless payments for contributors, grants, and operational expenses based on verifiable DID credentials and governance votes.

Mitigate private key and phishing risks by replacing them with decentralized identifiers. Implement granular, revocable permissions tied to verifiable credentials, ensuring only authorized members can execute treasury actions.

Create an immutable, on-chain record linking every treasury transaction to a specific, verified member identity and the governance proposal that authorized it. Streamline financial audits and regulatory reporting.

Integrate DID-based credentials to automate contributor onboarding and permissioning. Build reputation-weighted voting or grant systems where voting power is tied to verified contributions and participation history.

Unlock advanced treasury strategies by enabling your DAO's verified identity to interact with lending protocols, DEXs, and other DAOs. Participate in cross-DAO initiatives with secure, credential-based trust.

We analyze your DAO's governance model, treasury structure, and access control requirements to design a DID architecture that balances security, usability, and decentralization. This includes selecting the optimal standard (W3C DID, Verifiable Credentials) and blockchain layer.

Our engineers build custom, gas-optimized smart contracts for DID registry, credential issuance, and permission management. All code follows OpenZeppelin standards and undergoes internal review before a mandatory third-party security audit.

We seamlessly integrate the DID system with your existing treasury management dashboard (like Safe{Wallet}) or custom frontend. We provide a clean SDK and documentation for your team to manage credentials and permissions post-handover.

Rigorous testing across unit, integration, and attack scenarios ensures system resilience. We conduct penetration testing on the full stack and implement multi-signature timelocks for critical treasury functions as a final security layer.

We deliver comprehensive technical documentation, operational runbooks, and conduct training sessions for your core team. This ensures you have full ownership and understanding of the system's architecture and maintenance procedures.

We provide go-live support for the mainnet deployment and establish monitoring dashboards for key metrics: DID issuance volume, contract gas usage, and security event alerts. We offer ongoing advisory for 30 days post-launch.