Identify critical security vulnerabilities in Solidity and Rust smart contracts.
npx skills add https://github.com/uphiago/recon-skills --skill web3-audit-uphiago
Please help me install this Agent Skill. Skill: web3-audit Source: https://github.com/uphiago/recon-skills/tree/main/redteam/web3-audit Command: npx skills add https://github.com/uphiago/recon-skills --skill web3-audit-uphiago
This Skill eliminates the risk of missing critical smart contract vulnerabilities in DeFi protocols that can lead to catastrophic financial losses, and helps security researchers identify high-impact bugs to earn legitimate bug bounties.
Use the web3-audit skill to review the target DeFi protocol's Solidity smart contracts for critical vulnerabilities and generate a compliant Foundry proof-of-concept for any confirmed findings.
High-intent search queries and answers about installing and using this skill.
Identify critical vulnerabilities in Solidity smart contracts by applying grep patterns and Foundry proof-of-concept templates to detect 10 core DeFi bug classes like reentrancy, flash loan attacks, and oracle manipulation. This process filters low-value targets and generates compliant Immunefi reports.
Common DeFi smart contract bug classes include accounting desync, access control flaws, reentrancy, flash loan attacks, and oracle manipulation. Reviewing documented real-world Immunefi examples helps understand these high-severity vulnerabilities before code review.
Generate a Foundry proof-of-concept for smart contract vulnerabilities by utilizing provided audit tooling templates. These templates help construct compliant exploits that confirm findings for authorized bug bounty reports on platforms like Immunefi.
Triage DeFi bug bounty targets by applying a pre-dive scoring rubric and evaluating kill signals. This filters out low TVL or already well-audited protocols, allowing you to focus on high-ROI targets before committing to a full code review.
Yes, this smart contract audit approach identifies critical security vulnerabilities in both Solidity and Rust smart contracts for DeFi protocols. It applies documented bug classes and automated detection patterns across both languages.
The best way to automate vulnerability scanning for DeFi smart contracts is using targeted grep patterns for automated bug detection. Combined with pre-dive target filtering, this efficiently surfaces critical flaws before manual code review.
woohyun212Audit Solidity smart contracts for ten DeFi vulnerability classes using grep-pattern scans and Foundry PoC templates.
cholakovvvGenerate Foundry proof-of-concept tests reproducing exploits on forked EVM networks.
0xhaazIdentifies DeFi bug classes in Solidity/Rust contracts using grep patterns and Foundry PoC templates.
EntroVyxIdentify critical security vulnerabilities in Solidity and Rust smart contracts.
