Build stronger native releases with Anti-REA Forge.

Anti-REA Forge is an MIT-licensed project combining CMake/C++17 protection components, configurable PE/ELF release gates, cryptographic release tools and reproducible experiments.

What you can build with it

• Release hygiene in your build: check declared literals, debug/symbol metadata, source and backup paths, old artifacts and exact release inventories.
• Explicit sensitive-memory ownership: use guarded C++17 buffers with checked locking and allocation clearing.
• Scoped server authorization: bind Ed25519 capabilities to actual request bytes and consume them once using durable replay state.
• Verifiable release workflows: sign complete release inventories, issue offline licenses, and use Argon2id verifiers and AES-GCM data assets.
• A research and learning toolkit: explore documented REA threat models, project-owned examples and Linux/Windows build workflows.

Join the next iteration

We welcome C/C++, Python, Windows and reverse-engineering contributors. Extend the build integration, improve native components, add useful policies and examples, or share a focused experiment. Small documentation and translation PRs are welcome too.

Start here · Technical story · Runtime design · Contributing

一起把原生软件防护做强

欢迎加入 Anti-REA Forge 共建：把发布检查接入 CMake，用明确生命周期的 C++ 缓冲区管理敏感数据，把请求授权落实到服务端，并用公开样例交流工程方法。无论你擅长开发、逆向、Windows 兼容、文档还是复现，都可以从一个小任务开始。

在这里介绍你想做的方向，或提交一个清晰聚焦的 Issue/PR。请使用自有或已获授权的样本；敏感安全问题按 SECURITY.md 处理。

Maintainer: Afloat16.