#Web3-security
Showing 14 of 14 repositories tagged #web3-security, ranked by stars
Real-time phishing & scam domain blocklist — 170k+ curated threats, 888K+ community, free API, multiple formats
Local security audit for AI API relays and LLM proxies: detects prompt injection, model substitution, tool-call rewriting, SSE anomalies, error leakage, and Web3 wallet risks.
Curated Web3 security learning hub for smart contract auditors and protocol teams: roadmaps, audit tools, public reports, fuzzing, formal verification, AI-assisted workflows, offchain security, incident response, and launch checklists.
Autonomous Web3 security audit agent for Claude Code
Open-source self-hosted password manager built with Flutter. Store passwords and crypto seed phrases securely without cloud storage.
A framework that references, categorizes, and mitigates blockchain attack vectors.
Official repository for the Security Frameworks by SEAL. Curated and battle-tested security best practices with a focus on crypto/web3.
isRug is a honeypot checker tool that detects scams and rugpulls in ERC-20 smart contracts across multiple chains.
A complete Web3 security toolkit combining AI-powered token auditing, ML-based deployer reputation scoring, and live Etherscan V2 data. Includes static analysis for rugpull detection, RandomForest reputation modeling, contract-fetching automation, and Solidity on-chain registries for transparent, reproducible security insights.
Trace EVM exploit transactions into Foundry fork PoCs.
AI-powered real-time smart contract scanner that connects Machine Learning with Etherscan V2 to analyze newly deployed contracts instantly. Fetches verified Solidity code, performs static risk analysis, computes ML-driven deployer trust scores, and generates full security intelligence pipelines for Web3 threat detection.
AI prompts for web3 security researchers — bug bounties, private audits, and contests
Bytecode Truth, Not Source is a deep technical exploration of why smart-contract source code cannot be trusted as the ground truth for security. This repository shows how compiler optimizations, hidden assembly, proxies, and unreachable logic make verified Solidity misleading, and why only EVM bytecode reveals actual on-chain behavior.
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