DEX Liquidity Pool Penetration Testing

Comprehensive audit of your pool's core logic (AMM math, fee mechanisms, reward distribution) and peripheral contracts (liquidity gauges, staking). Identifies reentrancy, flash loan attacks, and economic manipulation vectors.

Stress-test your tokenomics and incentive structures against malicious actors. We simulate wash trading, liquidity mining exploits, and governance attacks to ensure long-term pool stability and fair user rewards.

Rigorously test the resilience of your DEX's price oracles. We attempt to force stale prices, exploit low-liquidity pairs, and simulate flash crash scenarios to prevent liquidation cascades and arbitrage losses.

Analyze transaction ordering vulnerabilities in your mempool and sequencer logic. We provide mitigation strategies, including fair ordering techniques and private transaction pools, to protect users from sandwich attacks.

Deploy custom on-chain monitoring agents that detect anomalous liquidity withdrawals, sudden fee spikes, and suspicious contract interactions in real-time, enabling rapid incident response.

Receive a prioritized, actionable report with code-level fixes, architectural recommendations, and security pattern implementations (like OpenZeppelin libraries) to permanently close identified vulnerabilities.

We conduct a comprehensive audit of your smart contracts (AMM logic, fee structures, oracle integrations) and the surrounding ecosystem to define the attack surface. This includes analyzing governance mechanisms, admin keys, and external dependencies.

Our experts simulate real-world attacks: flash loan manipulations, price oracle exploits, reentrancy on pool logic, and governance takeovers. We test edge cases for concentrated liquidity (Uniswap V3) and multi-hop arbitrage paths.

We perform manual code review and automated analysis using Slither, MythX, and custom tooling to identify critical flaws—from math errors in bonding curves to access control bypasses. Findings are prioritized by CVSS scores.

For every critical finding, we develop a working Proof-of-Concept exploit on a forked mainnet (using Foundry/Hardhat) to demonstrate the exact financial impact, including potential fund loss and protocol insolvency scenarios.

You receive a comprehensive report with line-by-line code references, exploit steps, and clear, actionable remediation guidance. Our recommendations are battle-tested and include gas-optimized patches.

We work directly with your engineering team to verify fixes, conduct a final security audit of the patched code, and provide a letter of attestation for your stakeholders and community.