P4nda0s

P4nda0s / bin-deobf-skills

Public

Skills: Binary deobfuscation of O-LLVM-like protected binaries

18
3
69% credibility
Found May 08, 2026 at 18 stars -- GitGems finds repos before they trend. Get early access to the next one.
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AI Analysis
Python
AI Summary

A collection of skills for AI coding tools that simplify obfuscated AArch64 programs by resolving indirect jumps and other protections.

How It Works

1
🔍 Discover Deobf Skills

You hear about a handy set of tricks that help AI assistants unravel hidden paths in tricky software programs.

2
🛠️ Add to Your AI Helper

You simply tell your AI coding tool to pick up these special skills with an easy grab command.

3
📁 Pick Your Program

You choose the confusing program file you want your AI to make clearer and easier to follow.

4
🎯 Unleash the Analysis

Your AI dives in using the skills to trace and reveal the true flow hidden inside the program.

5
✨ See the Magic Happen

You watch as the AI patches things up, straightening out the tangled parts into something sensible.

✅ Enjoy Clear Insights

Now you have a simplified version of the program, ready to understand and explore without confusion.

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Star Growth

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AI-Generated Review

What is bin-deobf-skills?

This Python repo delivers binary skills for deobfuscation of O-LLVM-like protected binaries on AArch64, tackling tough obfuscation like indirect branches and encrypted strings. You install it via `npx skills add P4nda0s/bin-deobf-skills` to plug into 40+ AI coding tools—think skills GitHub Copilot CLI, VSCode, Claude code, or n8n workflows—for analyzing exported IDA decompilations. Run commands like `deobf-indirect` on a function to resolve real targets in obfuscated bins, saving patched outputs directly.

Why is it gaining traction?

It stands out by turning complex binary deobf into simple AI skills commands, bypassing manual RE drudgery for O-LLVM-style protections like bogus control flow or flattened functions. Devs dig the seamless integration with tools like skills GitHub Copilot examples or Claude, plus quick updates via `npx skills update`. Low stars (18) but hooks reverse engineers needing fast wins on protected AArch64 binaries over generic deobf tools.

Who should use this?

ARM reverse engineers dissecting malware with indirect jumps or string encryption in O-LLVM-like bins. Security researchers exporting IDA pseudocode for AI-assisted cleanup before deeper analysis. Binary skills LDA users or those blending elt skills binary with GitHub Pages-hosted reports.

Verdict

Grab it if you're in AArch64 deobf—tested skills like indirect resolution and string decrypt work now, others are WIP. Credibility score sits at 0.699999988079071% with thin docs and low stars signaling early maturity; pair with the recommended obfuscation course for best results.

(178 words)

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