radare2-hatchery

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Radare2 Hatchery

⭐1stars🔀2forks📁View on GitHub🕐Updated Jan 9, 2026
[Security Operations]

When & Why to Use This Skill

Radare2 Hatchery is a specialized MCP server that integrates the powerful Radare2 binary analysis framework with Claude. It enables AI-driven reverse engineering, decompilation via r2ghidra, and comprehensive binary exploration. This skill allows security researchers and developers to perform deep-dive analysis into executable files, extract strings, and navigate cross-references directly within an AI-assisted workflow, significantly accelerating the understanding of compiled code.

Use Cases

  • Malware Analysis: Streamline the triage of suspicious binaries by using AI to extract strings, list discovered functions, and decompile entry points to identify malicious intent.
  • Vulnerability Research: Leverage AI to discover security flaws in compiled applications by analyzing program flow, cross-references, and performing deep binary analysis.
  • Reverse Engineering Legacy Software: Understand the logic of undocumented or legacy binaries by converting machine code into readable C-like pseudocode through automated decompilation.
  • Security Auditing: Perform automated inspections of binary files to identify unauthorized code segments or ensure compliance with security hardening standards.
  • Binary Exploration: Quickly inspect and navigate unknown binary formats to understand their internal structure and metadata without manual hex editing.
nameradare2-hatchery
descriptionRadare2 Hatchery
version1.0.0

Radare2 Hatchery

name: radare2-hatchery description: MCP server for radare2 binary analysis integration with AI assistants. Decompilation, disassembly, and reverse engineering via MCP protocol. trit: -1 color: "#D6DB4C"

Overview

radare2-mcp provides an MCP server enabling Claude and other AI assistants to perform binary analysis using radare2.

Features

  • Direct stdin/stdout communication - Simple MCP transport
  • Binary analysis tools - Full radare2 capabilities
  • AI assistant integration - Seamless Claude Desktop support
  • File exploration - Inspect any binary format
  • Decompilation - Pseudocode generation via r2ghidra

Installation

# Via r2pm (radare2 package manager)
r2pm -Uci r2mcp

Configuration

Claude Desktop

Edit ~/Library/Application Support/Claude/claude_desktop_config.json:

{
  "mcpServers": {
    "radare2": {
      "command": "r2pm",
      "args": ["-r", "r2mcp"]
    }
  }
}

Docker

docker build -t r2mcp .

{
  "mcpServers": {
    "radare2": {
      "command": "docker",
      "args": ["run", "--rm", "-i", "-v", "/tmp/data:/data", "r2mcp"]
    }
  }
}

MCP Tools Available

The server exposes radare2 analysis via MCP:

  • open_file - Open binary for analysis
  • analyze - Run analysis at depth levels 0-4
  • decompile_function - Get C-like pseudocode
  • list_functions - Enumerate discovered functions
  • list_strings - Extract strings from binary
  • xrefs_to - Find cross-references
  • run_command - Execute raw r2 commands

Gay.jl Integration

# Rec2020 wide gamut learning
gay_seed!(0xe72b09cb7aebe913)

# Forward mode autodiff
∂params = Enzyme.gradient(Forward, loss, params, seed)

Repository

  • Source: TeglonLabs/radare2-mcp
  • Seed: 0xe72b09cb7aebe913
  • Index: 55/1055
  • Color: #b3a6b8

GF(3) Triad

radare2-hatchery (-1) ⊗ mcp-builder (0) ⊗ gay-mcp (+1) = 0 ✓
  • mcp-builder - MCP server development
  • blackhat-go - Security techniques
  • tree-sitter - AST-based code analysis