Multi-Sig Transaction Simulation & Testing

Execute multi-sig transactions against a fork of mainnet or testnet state. Test complex governance proposals, treasury management, and contract upgrades with 100% predictable outcomes before live execution.

Simulate transactions across Ethereum, Polygon, Arbitrum, and other EVM chains. Validate cross-chain bridge interactions and multi-chain governance flows in a single, unified environment.

Analyze and optimize gas consumption for complex multi-sig operations. Receive detailed breakdowns and actionable recommendations to reduce transaction costs by up to 40% for your users.

Automatically flag high-risk patterns, simulate known attack vectors, and validate compliance with regulatory frameworks (e.g., OFAC sanctions lists) before transactions are signed.

Model complex signer configurations (M-of-N), time-locks, and role-based permissions. Ensure transaction execution logic behaves correctly under all valid and invalid signer scenarios.

Integrate simulation directly into your development workflow via API or GitHub Action. Automate testing for every pull request to prevent regressions and enforce security policies.

Identify and fix logic flaws, signature threshold miscalculations, and reentrancy vulnerabilities in a zero-risk environment. Avoid irreversible losses from failed or exploited transactions.

Simulate real-world scenarios: test M-of-N approval flows, time-locks, role-based permissions, and custom recovery mechanisms. Ensure your governance or treasury logic behaves as intended.

Generate comprehensive execution traces, state diffs, and test reports that meet auditor requirements. Demonstrate due diligence and security-first development practices.