smart-contract-vulnerabilities

To audit for reentrancy and delegatecall vulnerabilities, you systematically trace external calls and proxy storage collisions. This approach maps each exploit condition to concrete mitigations using decision-tree routing and hands-on tooling guidance for validation.

A signature replay attack in EVM smart contracts occurs when an authorized signature is reused to execute unauthorized actions. Detecting this requires reviewing signature-based authorization flows against deterministic deployment and MEV-related execution ordering patterns.

Checking proxy contracts for storage collisions involves reviewing delegatecall implementation patterns against your upgrade path. You generate a prioritized audit checklist covering reentrancy, delegatecall storage layouts, and MEV considerations to ensure invariant protection.

You can detect MEV and front-running exposure by analyzing execution ordering and transaction simulation within your DeFi smart contract. The review identifies exploitable control-flow patterns across real-world DeFi workflows and deterministic deployment scenarios.

Yes, this smart contract security audit covers arithmetic overflow and access control flaws. It detects unchecked block risks, casting and assembly pitfalls, tx.origin misuse, and unprotected critical functions to prevent lost funds and broken invariants.

Automated vulnerability detection for CREATE2 and flash-loan manipulation requires mapping deterministic exploitation and execution ordering patterns. Limitations arise when complex cross-contract reentrancy paths need manual validation against realistic DeFi callback scenarios.