Lending and Borrowing Protocol Attack Simulation

Stress tests for under-collateralization scenarios, MEV sandwich attacks on liquidations, and incentive misalignments. Ensures your keepers and liquidation logic perform under extreme market volatility and network congestion.

We model edge cases in variable/stable rate calculations, governance token manipulation for rate votes, and flash loan attacks to drain reserves. Validates the long-term economic sustainability of your protocol.

Simulates privilege escalation, proposal manipulation, and timelock exploits. Ensures admin keys, pause mechanisms, and upgrade proxies cannot be compromised to drain funds or alter critical parameters.

Tests interactions with external DeFi primitives like DEXs, yield vaults, and bridge assets. Identifies risks from token approval exploits, unexpected callback behavior, and dependency failures.

Receive a detailed technical report outlining discovered vulnerabilities, categorized by severity (Critical, High, Medium, Low) with clear remediation steps. Includes proof-of-concept exploit code and attack vectors specific to lending logic.

We simulate real-world attacks like flash loan manipulations, oracle price manipulation, and liquidity drain scenarios to quantify potential financial loss. Provides concrete data on worst-case slippage and insolvency risk.

Beyond security, we identify gas inefficiencies in core functions (deposits, withdrawals, liquidations) that could be exploited or degrade UX. Recommendations can reduce operational costs by up to 40%.

We don't just hand you a report. After your team implements fixes, we conduct targeted re-testing to verify vulnerabilities are fully resolved, providing a final attestation of security readiness.

A non-technical summary for leadership and investors, translating technical findings into business risk (reputation, financial, regulatory). Essential for board reporting and building stakeholder trust.