A new open-source project has amassed more than 200,000 GitHub stars by linking AI coding assistants to professional reverse-engineering platforms. Reverse Engineer Anything (REA), detailed in an InfoQ report published this week, bridges tools like Claude Code and Codex with disassemblers including Ghidra, Hopper, and IDA. The system lets developers examine compiled binaries, follow function calls, and study how programs execute particular features.
The project uses MCP servers to make reverse-engineering platforms accessible to AI agents, which can then query disassemblers, examine functions and cross-references, monitor program activity, and test theories against binary code step by step. REA also handles static analysis of JavaScript and Electron apps as well as .NET assemblies, applying those findings to inform additional investigation. The tool operates on local machines and doesn't attempt to restore original source code. Demonstrations on GitHub show how REA traced Notion's Electron clipboard mechanism, rebuilt a sound-panning function from the classic game DX-Ball with tests that matched all 3,205 original x86 cases and all 63 compiled function bytes, and recovered bullet-ring angle calculations from 16-bit code in the DOS game Touhou 4.
On Hacker News, some practitioners asked what the project contributes beyond simply instructing an AI coding assistant to install and operate Ghidra, an open-source tool created by the NSA for analyzing compiled programs. Others reported superior outcomes compared to their earlier attempts at using reverse-engineering software through an AI agent. Hacker News user revelationnow wrote: "I feel this is going to accelerate big tech moving apps to the cloud, at least one channel of reverse engineering will be cut off if there are no binaries." On Reddit, some independent developers expressed concern that AI-assisted reverse engineering might simplify copying their games and applications, circumventing paid features, and exploiting their work for commercial gain without authorization. REA supports Hopper, a native macOS disassembler and reverse-engineering platform, and IDA, a disassembler and debugger for examining executable code across various processor architectures and platforms, with JavaScript and .NET inspection running without a native analysis engine.
Released under the permissive MIT license, REA is designed for legitimate reverse engineering, research, analysis, and reconstruction, though users must secure necessary permissions and follow applicable laws. Sreekanth Pannala, director at AMD, observed: "What a difference a decade makes! We've gone from an era when software was king and hardware was a commodity to one where hardware is king and proprietary software is becoming increasingly replaceable." Cleverson Santos, creator of the Persistent Intelligence Project, warned on LinkedIn: "That is a murky boundary! I don't view crossing those lines favorably—and this is just the beginning; everything created to help human beings ends up being used against them in some way!" The author, who uses the handle morluto and whose real name hasn't been publicly identified, also published Awesome Reverse Engineering, a catalog of reverse-engineering tools and learning resources covering binaries, apps, firmware, file formats, and protocols. The tension between enabling legitimate security research and potentially lowering barriers to intellectual property theft may reshape how companies balance transparency with protecting their competitive advantages. As automation meets reverse engineering, organizations will need clearer policies distinguishing research from infringement.