Awesome-REA: a catalog of 1250 reverse-engineering resources you can hand to an agent

Reverse engineering has long been the domain of specialists: it requires knowledge of disassemblers, file formats, network protocols and much more. Agents now handle some of that work, and collections of practical techniques are emerging around them. One is Awesome-REA, spotted by the channel "Tochki nad II."

What's inside

This catalog covers reverse engineering of just about anything: websites, games, firmware and network protocols. The repository is less than a month old, but already contains 1250 resources, 431 case studies and 235 research papers. It takes its name from REA, the reverse-engineering agent the list is named after.

What stands out is how the entries are structured. Each includes source links, documented limitations and a note explaining whether the REA agent helped the author or whether they used their own tools. That gives readers an honest basis for judging the results: they can see where the agent actually worked and where a person did everything manually.

Another idea is to give your own agent the entire catalog and ask which tools to use to investigate something. In effect, it is a ready-made knowledge base for figuring out how to approach someone else's binary, website or protocol.

What people have already built

The examples show the range of tasks:

• Co-op Anything: an agent takes an installed single-player game and adds online or shared-screen co-op.
• GTA Mode: a mode added to 1999's SimCity 3000 lets you take control of a resident and steal a car.
• Dembrandt: extracts a website's design system, including colors, fonts, spacing and buttons, with a single command.
• breakinggood: rebuilds a website in React from a URL, complete with a mock API that returns the same data.
• Terminal: a Bloomberg-style terminal written in Rust, with charts the author studied on TradingView using REA.
• Chrome's dinosaur game: REA was used to extract the acceleration rule, and the game was rebuilt in Codex.

The common pattern: instead of writing from scratch, the agent first examines an existing system, extracts its rules and structure, then builds something new on that foundation.

How to use it in practice

For developers, this is a quick way to understand which tools suit a task, from analyzing a file format to reconstructing a game's logic. For product managers and founders, another aspect is more useful: Dembrandt and breakinggood show how cheaply a design system can be extracted or an interface cloned. That matters both when protecting your own product and when building quick prototypes.

Limitations and cautions

The catalog is very young, the quality of its entries varies, and the credibility of its case studies can only be assessed through the sources and author notes provided. There is also a legal dimension. Reverse engineering someone else's website, cloning an interface or modifying a commercial game may violate licenses, terms of use and copyright. For education, research and your own projects, this is a useful tool; copying other people's products carries risks.

The takeaway is simple: Awesome-REA is worth bookmarking and adding to your agent's context. Even if you do not reverse-engineer professionally, the catalog shows which tasks agents can already handle with other people's code and systems, and where the limits of their capabilities lie.