smart-contract-audit
NewAI agent skill for Solidity/EVM smart-contract security audits — reentrancy, access control, oracle manipulation & more, grounded in the SWC Registry. Works with Claude Code, Codex, Cursor. By Viprasol Tech.
Summary
This skill equips Claude Code to perform security audits on Solidity/EVM smart contracts, identifying vulnerabilities like reentrancy, access control flaws, and oracle manipulation based on the SWC Registry.
- It helps developers catch critical issues early, reducing the risk of exploits in production contracts.
Install & Usage
mkdir -p .claude/skillsAdd the configuration to .claude/skills/smart-contract-audit.md
/smart-contract-auditUse Cases
Usage Examples
/smart-contract-audit audit the file contracts/Vault.sol for reentrancy and access control issues
Run a full security audit on the UniswapV2Pair contract in the current project, focusing on oracle manipulation and integer overflow
Check the Token.sol contract for SWC-100 (access control) and SWC-107 (reentrancy) vulnerabilities
Security Audits
Frequently Asked Questions
What is smart-contract-audit?
This skill equips Claude Code to perform security audits on Solidity/EVM smart contracts, identifying vulnerabilities like reentrancy, access control flaws, and oracle manipulation based on the SWC Registry. It helps developers catch critical issues early, reducing the risk of exploits in production contracts.
How to install smart-contract-audit?
To install smart-contract-audit: create the skills directory (mkdir -p .claude/skills), then add the config to .claude/skills/smart-contract-audit.md. Finally, /smart-contract-audit in Claude Code.
What is smart-contract-audit best for?
smart-contract-audit is a community categorized under General. It is designed for: security, agent. Created by Viprasol-Tech.
What can I use smart-contract-audit for?
smart-contract-audit is useful for: Audit a Solidity smart contract for reentrancy vulnerabilities and suggest fixes.; Check access control in a multi-signature wallet contract for privilege escalation risks.; Analyze an oracle-dependent DeFi contract for price manipulation attack vectors.; Review a token contract for compliance with ERC-20 standards and common pitfalls.; Scan a lending protocol for flash loan attack surfaces and improper liquidation logic.; Evaluate a governance contract for voting manipulation and timelock bypass issues..