Course Overview

Model Context Protocol (MCP) enables AI assistants to securely communicate with external tools, making it possible to automate complex software analysis and reverse engineering tasks. By integrating large language models with debuggers, disassemblers, and development environments, MCP enhances productivity, accelerates vulnerability research, and simplifies binary analysis. This course provides a practical guide to building AI-assisted reverse engineering workflows using leading industry tools.

This course begins with the fundamentals of MCP, including installation, configuration, communication protocols, and supporting tools. You will then integrate AI with x64dbg, build custom crackmes, automate debugging tasks, and develop MCP servers using Python. The course continues with session management, register manipulation, memory operations, GUI-based crackmes, ASLR modification, and enabling AI agents to interact with virtual machines. Advanced modules cover implementing MCP tools through AI-assisted coding, practical reverse engineering scenarios, MCP optimization, running local LLMs, and integrating MCP with .NET, Ghidra, GhidrAssist, IDA Pro, Cutter, Frida, and DeepSeek for comprehensive AI-powered binary analysis.

By the end of this course, you will be able to build and use AI-powered MCP workflows to automate reverse engineering, debugging, and binary analysis tasks.

What You Will Learn

  • Learn what Model Context Protocol (MCP) is and how it enables AI integration in reverse engineering and debugging.
  • Learn how to connect LLM-based AI hosts to your debugging, disassembly, and decompiling tools and workflows.
  • Gain insights on prompt engineering and context structuring techniques for reverse engineering tasks.
  • Learn about AI-assisted reverse engineering for Windows x86, x64, and Linux binaries.
  • Learn how to use cloud-based AI agents as well as run LLMs locally for reverse engineering.

Program Curriculum

  • Introduction
  • Introduction to MCP
  • Installing the Supporting Tools
  • Installing the Host UI
  • Stdio and HTTP Protocols and JSON Configuration Files
  • Guiding Learners through MCP Installation and Setup
  • Chapter 1 Quiz

  • x64dbg Configuration Using HTTP with mcp-remote (Agentsmither's MCP)
  • Using AI to Find Secret Code from an EXE
  • x64dbg Configuration Using Stdio Protocol (Wasdubya MCP)
  • Using AI with an Interactive EXE
  • Chapter 2 Quiz

  • Intro to Creating Crackmes
  • Installing Dev-C++
  • Build Your Own Crackme
  • Chapter 3 Quiz

  • Intro to x64dbg-automate
  • Installing x64dbg-automate
  • Chapter 4 Quiz

  • Install Visual Studio Code and Python Extensions
  • Create a "Hello World" Program Using MCP Coding Conventions
  • Chapter 5 Quiz

  • Convert Basic Python Code into MCP Server
  • Connecting MCP Servers to AI Agents
  • Chapter 6 Quiz

  • Select Debugger Function - Part 1
  • Select Debugger Function - Part 2
  • Chapter 7 Quiz

  • Start Session Function
  • Detach Session Function
  • Terminate Session Function
  • Attach Session and Get Register Functions
  • Chapter 8 Quiz

  • Dumping x32 and x64 Registers
  • Setting x32 and x64 Registers
  • Getting Symbols
  • Calculate Memory Addresses Using Eval Sync
  • Chapter 9 Quiz

  • Intro to Building Your Own GUI-based Crackmes
  • Installing C++ Builder
  • Build a GUI Crackme - Simple Serial Key Input
  • Chapter 10 Quiz

  • Intro to Disabling ASLR
  • Using Detect It Easy (DIE) to Disable ASLR
  • Chapter 11 Quiz

  • Intro to Enabling AI Agents to Access the Virtual Machine
  • Configuring the Split Setup Lab Architecture
  • Chapter 12 Quiz

  • Implementing Read Memory
  • Using Vibe Coding to Implement MCP Tools
  • Vibe Coding the Memmap Tool
  • Vibe Coding the Write Memory and Memset Tools
  • Vibe Coding the Disassemble Tool
  • Vibe Coding the Multiline Disassembly Tool
  • Vibe Coding the Assemble Tool
  • Vibe Coding the Rest of the MCP Tools
  • Chapter 13 Quiz

  • Finding Critical Function that Validates Serial Key
  • Creating Keygen for Serial Key
  • Bypassing Trial Period
  • Bypassing Anti-debugger Protection
  • Bypassing Client-server Activation System
  • Chapter 14 Quiz

  • Why Optimize
  • Optimizing the MCP Tools
  • Chapter 15 Quiz

  • Introduction to Running LLMs Locally
  • Installing LM Studio
  • Using Streamable HTTP for MCP Communication
  • Loading Models and Configuring Them
  • Using a Local Model for Reverse Engineering
  • Chapter 16 Quiz

  • Installing .NET MCP Server (Customized dnSpy)
  • Using .NET MCP in Reversing an Assembly
  • Using Local LLMs in .NET Reversing
  • Using OpenAI API with 5ire for MCP Reversing
  • Allowing Local LLM to Access Virtual Machine
  • Chapter 17 Quiz

  • Installing Ghidra MCP
  • Using Ghidra MCP in Reversing
  • Accessing Ghidra MCP in Virtual Machine
  • Chapter 18 Quiz

  • Installing GhidrAssistMCP
  • Using GhidrAssistMCP in Reversing
  • Chapter 19 Quiz

  • Installing IDA Pro MCP Server
  • Accessing IDA MCP Server in Virtual Machine from Host AI Agent Using mcp-proxy
  • Chapter 20 Quiz

  • Installing CutterMCP Server
  • Accessing Linux CutterMCP from Windows AI Agent
  • Chapter 21 Quiz

  • Install Frida and Frida MCP Server
  • Using Frida MCP Server to Hook Windows Applications
  • Chapter 22 Quiz

  • Using DeepSeek with MCP Servers
  • Chapter 23 Quiz
Load more modules

Instructor

Paul

Paul Chin is a semi-retired college lecturer with more than 20 years’ experience in teaching computing and information technology. His interests range from reversing, coding to graphics design, apps, games development, music, health, spirituality, and well-being. In his spare time, he also plays the piano and keyboard. He enjoys teaching face-to-face and online and also loves educating and inspiring others to succeed and live the life of their dreams.

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