eleven: An ACP Agent for Reversing Binaries, APKs, and GPU Kernels Across Three OSes

⚡ The gist in 5 seconds - The Zfinix/eleven project has been published on GitHub — an agent-first tool for reverse engineering on macOS, Windows, and Linux. - It works with any ACP agent: the agent reads, renames, and patches binaries, Android apps, and GPU kernels. - The tool is described as agent-agnostic — no ties to a specific assistant are mentioned in the description. ### 🔍 What was found The Zfinix/eleven repository describes itself as "agent-first reverse engineering for macOS, Windows and Linux." The wording covers three platforms and three classes of targets: native binaries, Android apps, and GPU kernels. The key feature is that any ACP agent gets access to these operations "right next to you," meaning the agent connects to the user's working environment rather than an isolated sandbox. The mechanics are built around three actions named directly in the description: reads, renames, and patches. In other words, the agent doesn't just disassemble a target — it makes changes to it, renaming entities and applying patches. The unified ACP interface means the tool isn't tied to a single client: any agent that can work over this protocol will do. GPU kernel coverage is separately highlighted in the description alongside regular binaries and Android apps. ### 💡 Why it matters Reverse engineering has traditionally remained manual work with IDA, Ghidra, and debuggers, where agentic LLM wrappers appeared only sporadically and for specific vendors. eleven bets on the ACP protocol as the integration point: the tool describes not "its own" assistant but a set of operations over targets. If the scheme works, the barrier to entry for analyzing third-party binaries, APKs, and GPU kernels drops — the agent only needs to be able to read and patch, while the choice of client stays with the user.