GamePLATform

# GamePLAT **AI-orchestrated unified static + dynamic reverse-engineering platform for Windows games, specialized for use with Claude Code.** > Cheat Engine + Ghidra + x64dbg, fused into a single MCP-native workspace where Claude is the primary user. ## Status **v1.1.0 SHIPPED** — M0–M4 + v1.1: MCP server, live memory + scanner, hooking *with call redirection*, Ghidra bridge, debugger *with hardware breakpoints + stack walk*. 52 MCP tools. v1.1 closed the gaps from the v1.0 live test: MCP tool visibility, FloatTolerance/Between primary scans, heuristic candidate ranking, hardware breakpoints, stack walk, step in/over/out, hook call redirection, and persistent symbol cache. Next: v1.2 (on-disk binary patching, launch-and-attach) and v1.3 (managed-code / .NET-IL support). - **Design spec:** [`docs/superpowers/specs/2026-05-14-gameplat-design.md`](docs/superpowers/specs/2026-05-14-gameplat-design.md) ## What this is GamePLAT is a Rust-based MCP server + sidecar engine that lets Claude Code (or any MCP client) reverse-engineer running Windows games: scan live memory, install hooks, attach a debugger, drive Ghidra for static analysis, and round-trip fluidly between dynamic and static modes. Unlike existing AI-RE tools (which are static-analysis-first and malware-focused), GamePLAT is dynamic-first and game-centric. ## What this is not - Not for kernel-anti-cheat games in v1 (planned for v2). - Not for offensive security or cheating in online competitive games. - Not a desktop GUI app — the "UI" is Claude Code. ## Roadmap - **M0** ✅ — Foundations (weeks 0–4) - **M1** ✅ — Live memory + scanner (weeks 4–14) → v0.1.0 alpha - **M2** ✅ — Hooking & stub injection (weeks 14–24) → v0.2.0 (v0.2.0 — infrastructure only; M2.1 wires redirection) - **M3** ✅ — Ghidra bridge (weeks 24–36) → v0.3.0 (5 tools; xrefs/strings/pcode deferred to M3.1) - **M4** ✅ — Debugger (weeks 36–46) → v1.0.0 - **v1.1+** — Plugin system, knowledge expansion, self-improvement loop - **v2.0** — Kernel anti-cheat support See the design spec for details. ## M0 Quickstart After cloning, install the toolchain (matches `rust-toolchain.toml`) and: ``` cargo build --workspace cargo test --workspace -- --test-threads=1 ``` Run the MCP server pointed at a freshly-built engine: ``` target\debug\gameplat-mcp.exe ``` In a Claude Code session, add the server to `.mcp.json`: ```json { "mcpServers": { "gameplat": { "command": "C:\\Users\\Jack\\Documents\\GamePLATform\\target\\debug\\gameplat-mcp.exe" } } } ``` Then call the M0 tool surface: `diagnostics_ping`, `diagnostics_engine_health`, `diagnostics_recent_logs`, `diagnostics_session_replay`, `diagnostics_session_load`. ## License TBD before first public release.