Open Source BSD Reverse Engineering Tools

Il2CppDumper is a Unity IL2CPP reverse engineering tool for analyzing supported Unity applications and game binaries. It can restore DLL metadata structures without restoring original code, which helps researchers inspect classes, methods, fields, MonoBehaviour data, and MonoScript information. The tool supports executable formats such as ELF, ELF64, Mach-O, PE, NSO, and WASM. It supports Unity versions from 5.3 through 2022.2, according to the repository documentation. Il2CppDumper can generate helper scripts for IDA, Ghidra, and Binary Ninja, along with structure headers and JSON outputs. It is best suited for authorized reverse engineering, interoperability research, security analysis, modding research, and educational binary analysis.

MobileHackersWeapons is a curated collection of tools for Android and iOS security analysis, testing, and reverse engineering. The catalog groups projects by purpose rather than bundling them into a single executable toolkit. Categories include application analysis, penetration testing, proxies, reverse engineering, scanners, monitoring, device utilities, NFC, Bluetooth, jailbreak research, and certificate-unpinning tools. Listed projects span many languages and include both desktop utilities and tools that run directly on mobile devices. Android resources cover APK analysis, decompilation, network monitoring, instrumentation, and device interaction. iOS resources include runtime exploration, binary analysis, device automation, and research tooling. The repository is intended as a discovery reference for authorized mobile-security testing and research.

iced is a powerful and feature-rich disassembly and assembly library for x86 and x64 architectures, designed to provide accurate decoding, encoding, and formatting of machine instructions. It supports multiple programming languages, including C#, Rust, and Python, making it accessible to a wide range of developers. The library offers both disassembly and assembly capabilities, allowing users to convert between machine code and human-readable instructions in both directions. It includes advanced features such as instruction formatting, symbol resolution, and customizable output, enabling precise control over how code is represented. iced is optimized for performance and correctness, ensuring reliable results even in complex scenarios. It is commonly used in tools for debugging, reverse engineering, and binary analysis. Overall, iced provides a comprehensive solution for working with low-level machine code in modern software systems.

After a program has been thrown into the world in binary form, it can boomerang back as source code. The Boomerang reverse engineering framework is the first general native executable decompiler available to the public.

sperm is a curated repository that gathers a collection of notable articles related to reverse engineering and software analysis. It primarily acts as a knowledge archive where previously published technical posts are compiled and organized for easier access and long-term reference. These articles originate from multiple technical communities and platforms and are exported into Markdown format to maintain a consistent and readable structure. sperm focuses on educational material that explores reverse engineering techniques, mobile analysis, and related technical discussions. Its goal is to preserve useful learning resources and make them easier for researchers, students, and security enthusiasts to browse in a single location. sperm emphasizes that the materials are intended strictly for study and technical exchange rather than misuse. By maintaining these articles in a version-controlled repository, the content remains accessible and easier to navigate.

FISSURE is an open-source radio frequency analysis and signal intelligence framework built to support software-defined radio research, wireless security experimentation, and protocol reverse engineering. The project brings together tools for capturing, inspecting, decoding, replaying, and analyzing RF signals across a wide range of wireless technologies. It is designed as a practical environment for researchers and operators who need to move from raw spectrum observation to structured investigation without stitching together too many separate utilities by hand. The platform supports workflows related to signal discovery, demodulation, packet inspection, fuzzing, and attack simulation, making it useful for both defensive research and controlled lab testing. Its architecture is oriented toward extensibility, so users can integrate additional hardware, signal-processing components, and protocol-specific modules depending on their needs.