EVM-Based Governance Protocol Development

We build with security as the foundation, using OpenZeppelin governance libraries, formal verification for critical logic, and multi-sig timelock patterns. Every protocol undergoes rigorous internal review and is prepared for third-party audits from firms like CertiK or Quantstamp.

We specialize in writing highly efficient Solidity (0.8+) to minimize voter and executor gas costs. Our optimizations can reduce proposal creation and voting transaction fees by up to 40% compared to unoptimized implementations, increasing participation.

Future-proof your governance with a modular architecture. We implement upgrade patterns (UUPS/Transparent Proxy) and composable modules for voting, treasury management, and delegation, allowing you to adapt to new standards like ERC-5805 without forks.

We deliver a complete stack, including a React/Next.js frontend with wallet connectivity (via Wagmi/viem), real-time proposal tracking, and Snapshot-style voting interfaces. This eliminates integration headaches and provides a polished user experience from day one.

Design your protocol for multi-chain expansion from the start. We architect with Layer 2 (Arbitrum, Optimism) and alt-EVM (Polygon, Avalanche) compatibility, using cross-chain messaging (CCIP, LayerZero) for unified treasury and voting across networks.

Our partnership includes monitoring, analytics dashboards for voter participation and treasury flows, and on-call support for upgrades or emergency responses. We ensure your governance system operates smoothly after deployment.

We begin with a comprehensive technical design document outlining the protocol's upgradeability patterns, gas optimization strategies, and integration points. This blueprint ensures alignment and prevents costly rework.

Development in Solidity 0.8+ using OpenZeppelin libraries and established patterns (e.g., Governor, Timelock). Every line is written with gas efficiency, reentrancy guards, and access control as first principles.

We employ a multi-layered testing strategy: unit tests (Foundry/Hardhat), integration tests for cross-contract calls, and fork testing on mainnet forks to simulate real-world conditions and voter behavior.

All protocol contracts undergo a formal audit by a respected third-party firm. We manage the entire process—from vendor selection and scoping to remediation—delivering a final audit report for your team and community.

We handle the deployment script creation, multi-sig configuration, and contract verification on Etherscan. Includes production monitoring setup and post-launch support for the first governance cycle.

We deliver comprehensive technical documentation for developers and user-facing guides for token holders. Includes a final knowledge transfer session to empower your engineering team for future upgrades.