DAO-Governed Fund Operations

Secure, programmable treasury contracts with multi-signature controls for capital deployment and asset custody. Supports native tokens, ERC-20s, and cross-chain assets via bridges.

Client Value: Eliminates single points of failure, enforces governance-approved spending, and provides real-time, on-chain auditability of all fund assets.

Custom voting contracts with flexible delegation, quadratic voting, or token-weighted models. Includes proposal factories, timelocks, and execution automation.

Client Value: Enables compliant, transparent decision-making. Reduces proposal-to-execution time from weeks to days while ensuring all actions are permissioned and verifiable.

Modular, upgradeable vault contracts for deploying capital into DeFi protocols (e.g., Aave, Compound, Uniswap V3). Each strategy is a separate, audited module.

Client Value: Isolates risk per strategy, allows for hot-swapping investment logic via governance, and provides precise performance attribution for LPs.

ERC-20 or ERC-721-based membership contracts with vesting schedules, transfer restrictions, and fee distribution logic. Handles LP contributions, redemptions, and profit-sharing.

Client Value: Automates capital calls, distributions, and carry calculations. Ensures regulatory-compliant investor onboarding and transparent ownership records.

Secure price feed integration (Chainlink, Pyth) for portfolio valuation and liquidation logic. Includes circuit breakers and emergency pause mechanisms controlled by governance.

Client Value: Protects fund assets from market manipulation and oracle failure. Provides real-time NAV calculations and triggers automated risk responses.

On-chain event emission and off-chain indexing stack for transparent reporting. Generates audit trails, tax documents, and performance dashboards for LPs and regulators.

Client Value: Drastically reduces operational overhead for financial reporting. Delivers immutable proof of all transactions and governance actions.

Every contract is built with security-first principles, utilizing OpenZeppelin libraries, formal verification patterns, and a modular architecture for isolated risk. We implement role-based access control (RBAC) and multi-signature safeguards as standard.

Our code undergoes rigorous internal review, automated static analysis (Slither, MythX), and final certification by leading third-party auditors like Quantstamp or CertiK before any mainnet deployment.

We specialize in writing highly efficient Solidity/Vyper code to minimize transaction costs for your DAO members. This includes storage optimization, batch operations, and efficient voting mechanisms.

Post-deployment, we provide 24/7 on-chain monitoring for anomalous transactions, failed proposals, or security threats. Our team is on standby with a documented incident response plan for critical issues.

We deliver a full test suite covering unit, integration, and fork testing (using Foundry/Hardhat) that simulates mainnet conditions. Includes edge cases for proposal execution, fund slashing, and governance attacks.

We implement transparent proxy patterns (UUPS) for seamless, secure upgrades without disrupting DAO operations. Ensures your fund can adopt new standards and features without migration headaches.