Liquidity Pool Security Review & Optimization

In-depth manual review of your pool's core logic (AMM math, fee calculations, access control) and peripheral contracts. We identify critical, high, and medium-severity vulnerabilities using industry-standard frameworks.

Stress-test your tokenomics, fee structures, and reward mechanisms. We model edge cases like flash loan attacks, impermanent loss under volatility, and incentive misalignment to ensure long-term viability.

Line-by-line analysis to reduce transaction costs for your users. We optimize storage patterns, loop structures, and external calls, delivering a detailed report with before/after gas estimates.

Security assessment of all external dependencies: oracle integrations (Chainlink, Pyth), token standards (ERC-4626, ERC-20), and DeFi protocol interactions. We ensure robust error handling and fail-safes.

Comparative analysis against leading pools (Uniswap V3, Balancer). We benchmark your pool's capital efficiency, slippage profiles, and LP returns under various market conditions.

We don't just report issues—we provide prioritized fixes with code snippets and architectural recommendations. Our team supports you through the patching and re-audit process.

We analyze your pool's bonding curves, fee structures, and incentive models against market standards. Identifies vulnerabilities to arbitrage, MEV, and economic exploits before code review begins.

Line-by-line review of pool contracts, oracles, and governance mechanisms using static/dynamic analysis and manual review. We follow OpenZeppelin standards and check for reentrancy, slippage, and logic flaws.

Profiling and refactoring to reduce swap, deposit, and withdrawal costs. We implement batch operations, storage optimizations, and efficient math libraries to lower user fees by 15-40%.

We deliver patched code, a deployment guide, and integrate monitoring for slippage, impermanent loss, and anomaly detection. Includes 30 days of post-launch support.