Unlock project-wide, multi-binary analysis with pyghidra-mcp, a headless Ghidra MCP server for automated, LLM-assisted reverse engineering.

This post, another lesson from the “Everyday Ghidra” series, walks through the process of configuring Ghidra to automatically download symbols from well known public symbol servers

In reverse engineering a closed-source binary using Ghidra or other software reverse engineering frameworks, a key objective is to retrieve information that clarifies the disassembled code. This in...

Patch Diffing CVE-2024-20696 Windows Libarchive Remote Code Execution Vulnerability

As seen in most security blog posts today, binary diffing tools are essential for reverse engineering, vulnerability research, and malware analysis. Patch diffing is a technique widely used to iden...

Debugging an application can provide the insight needed troubleshoot a subtle bug in your software. Normally, when debugging, you have source code and data type information (aka symbols) to help na...

Superpacking is a method of optimal binary compression developed by Meta to help reduce the size of their Android APKs. This compression for APKs makes sense for reducing network traffic required f...

TLDR; This post will teach you how to leverage Ghidra’s FlatProgramAPI and Python 3 to generate function call graphs. Ghidra scripting with Python 3, powered by Pyhidra (via Jpype), provides robust...

Building a VScode Headless Ghidra Python Template

TL;DR - CVE North Stars is a tutorial that introduces a method to kickstart vulnerability research by treating CVEs as North Stars in vulnerability discovery and comprehension. Background This p...