Stablecoin Smart Contract Penetration Testing

In-depth manual review of minting, burning, redemption, and fee mechanisms to prevent logical flaws, economic attacks, and governance exploits that could destabilize your asset.

Stress-testing price feed integrations and dependency chains to prevent flash loan attacks, oracle manipulation, and stale data exploits that could trigger incorrect liquidations or minting.

Rigorous testing of admin functions, pausability, upgrade mechanisms, and role-based permissions to eliminate unauthorized minting, fund theft, or protocol takeover vectors.

Analysis of interactions with external DeFi protocols (DEXs, lending markets, bridges) to identify reentrancy, callback, and composability risks specific to stablecoin ecosystems.

Identification of gas-intensive operations and unbounded loops that could lead to transaction failures or make the protocol economically unviable during network congestion.

Review of contract features against target regulatory frameworks (e.g., OFAC compliance, freeze functions) to ensure technical implementation matches legal requirements.

We map attack vectors unique to stablecoin mechanics—minting/burning logic, oracle dependencies, and governance exploits—before a single line of code is tested.

Senior security engineers perform line-by-line analysis of core contracts (ERC-20, vaults, oracles) to uncover logic flaws automated tools miss.

We simulate flash loan attacks, de-peg scenarios, and governance takeovers to stress-test your protocol's economic resilience under real-world conditions.

Receive prioritized, fix-ready reports with code snippets and mitigation strategies, enabling your team to resolve vulnerabilities efficiently.

Our testing aligns with SOC 2, ISO 27001, and major auditor expectations (Trail of Bits, Quantstamp), streamlining your certification process.

We provide 90 days of support for remediation verification and integrate with your CI/CD for continuous security testing on future updates.

We analyze your stablecoin's economic model, access controls, and upgrade mechanisms against industry standards like ERC-20, ERC-4626, and ERC-1404 to identify systemic risks before code is written.

Leveraging tools like Slither, MythX, and custom fuzzers, we perform static and dynamic analysis to detect common vulnerabilities (reentrancy, overflow) and gas inefficiencies.

Our senior auditors conduct line-by-line review of core logic (minting, burning, transfers, oracles). We simulate complex attack vectors, including flash loan attacks and governance exploits.

We stress-test your protocol's stability mechanisms, collateral ratios, and liquidation engines under extreme market conditions to prevent de-pegging and bank run scenarios.

We audit all integrated libraries (OpenZeppelin), oracles (Chainlink), and cross-chain bridges for security assumptions and upgrade risks that could impact your stablecoin's integrity.

We provide prioritized fixes with code examples and re-audit the corrected contracts. You receive a final verification report and a public attestation of security readiness.