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By trailofbits
Reverse engineer binaries headlessly with Ghidra via scripts: decompile executables to C pseudocode, extract functions strings symbols, and analyze call graphs for static analysis workflows without GUI.
npx claudepluginhub trailofbits/skills-curated --plugin ghidra-headlessShare bugs, ideas, or general feedback.
Based on adoption, maintenance, documentation, and repository signals. Not a security audit or endorsement.
Binary reverse engineering, malware analysis, firmware security, and software protection research for authorized security research, CTF competitions, and defensive security
AI-powered reverse engineering assistant that bridges IDA Pro with language models through MCP.
Binary analysis skills for VulHunt MCP - decompilation, dataflow analysis, pattern matching, and more
Web vulnerability testing methodology distilled from 88,636 real-world cases from the WooYun vulnerability database (2010-2016)
Analyze binaries using angr's Python framework. Decompile, recover control flow graphs, find vulnerabilities via symbolic execution, and extract symbols from stripped binaries.
(Unsafe) Skills, knowledge, and scripts for reverse engineering with IDA Pro. Autonomously writes and executes IDA Domain scripts to analyze binaries, extract functions, decompile code, and automate any reverse engineering task.
Builds multi-language source code graphs for security analysis: call graphs, attack surface mapping, blast radius, taint propagation, complexity hotspots, and entry point enumeration. Generates Mermaid diagrams (call graphs, class hierarchies, dependency maps, heatmaps). Compares code graph snapshots for structural diff and evolution analysis. Runs graph-informed mutation testing triage (genotoxic). Generates mutation-driven test vectors (vector-forge). Extracts crypto protocol message flows and converts Mermaid diagrams to ProVerif models. Projects SARIF and weAudit findings onto code graphs. Use when analyzing call paths, mapping attack surface, visualizing code architecture, triaging survived mutants, generating cryptographic test vectors, diagramming crypto protocols, formally verifying protocols, or augmenting audits with static analysis findings.
Configures mewt or muton mutation testing campaigns — scopes targets, tunes timeouts, and optimizes long-running runs. Use when the user mentions mewt, muton, mutation testing, or wants to configure or optimize a mutation testing campaign.
Annotates codebases with dimensional analysis comments documenting units, dimensions, and decimal scaling. Use when someone asks to annotate units in a codebase, perform a dimensional analysis, or find vulnerabilities in a DeFi protocol. Prevents dimensional mismatches and catches formula bugs early.
Audit supply-chain threat landscape of project dependencies for exploitation or takeover risk
Detects missing or compiler-optimized zeroization of sensitive data with assembly and control-flow analysis
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