awesome-android-reverse-engineering

Fuzzer optimized for firmware image analysis.

Collection of kernel vulnerabilities and exploit techniques.

Analyze, extract, and reverse engineer firmware images.

Dynamic analysis platform for baseband firmware.

Analyzes and scans Android apps for security issues.

Analyzes and reverse engineers Android apps.

Converts APKs to Android Studio projects.

Useful for analyzing decompiled apps via an IDE.

Static code analyzer for malicious Android applications.

Decompiles Android apps to Java (note: may be outdated).

A deep dive into Android exploitation and forensics.

An in-depth exploration of the inner-workings of Android.

Machine learning techniques for detecting malicious apps.

Detailed look into Android security architecture.

Techniques in Java and Android system internals.

Provides a solid foundation in ARM assembly internals.

Curated list of reverse engineering challenges and CTFs.

Official Google documentation on Android security.

Open code search for Android source.

Repository of APKs from the Play Store and user uploads.

Repository of APKs for testing and research.

Implements tamper detection.

Commercial tool for advanced app obfuscation.

Detects hooking frameworks like Frida and Xposed.

Detects root and tampering.

Code shrinker, optimizer, and obfuscator.

Google’s code shrinker and obfuscator.

Generates pseudo-random vulnerable Android apps for training.

Local ADB shell for Android.

Demo for understanding Android tamper detection and integrity systems.

CLI tool for signing and zip aligning APKs.

Security workshop material from CyberTruck Challenge 2019.

High-level reverse engineering CTF with Android challenges.

CTF challenge for learning Android reverse engineering.

Not Android-specific but excellent for binary exploitation practice.

OWASP Android app CrackMes.