Read, write, and reverse any process memory.
CheatGear is a Rust-built toolkit for memory editing, reverse engineering, and AI-driven automation — across Unreal and Unity, on Windows and Linux.
- Plug-n-play SDK
- Auto-offsets
- Lua scripting
- AI / MCP automation
| Field | Type | Address | Value |
|---|---|---|---|
| Health | float | 0x7FF6A12C40 | 87.0 |
| MaxHealth | float | 0x7FF6A12C44 | 100.0 |
| Ammo | int | 0x7FF6A12C58 | 24 |
| isInvincible | bool | 0x7FF6A12C60 | false |
| Position.X | float | 0x7FF6A12C70 | 1042.55 |
| Position.Y | float | 0x7FF6A12C74 | 318.10 |
| Score | int | 0x7FF6A12C90 | 15280 |
Unreal Engine lineage
IL2CPP metadata + Mono
SDK generation
MCP tools
Windows · Linux · Proton/Wine
How it works
From process to edit in three steps
Attach externally, narrow the scan, then edit or automate — no injection, no boilerplate.
- STEP 01
Attach to a process
Lock onto a running game externally — no injection. CheatGear auto-detects the engine and metadata version.
target_lock- process
- Game.exe (x64)
- engine
- Unreal Engine 5
- mode
- external · no injection
- STEP 02
Scan and resolve
Narrow scans to the values you need and resolve Unreal or Unity objects into a structured, named view — with automatic offsets, no config.
resolve- GNames
- loaded
- GObjects
- loaded
- offsets
- auto · 0 config
- STEP 03
Edit and automate
Commit edits live, script the toolkit with Lua, or hand control to an AI agent over the MCP server.
edit · automate- Health
- 100 → 9999 ✓
- lua
- WriteMemoryT
- mcp
- agent connected
Feature set
Everything you need to read, write, and reverse memory
A modular Rust toolkit — live editing, engine resolution, scripting, and AI control in one grid.
Live memory inspector
Edit memory like a spreadsheet
Edit any int, float, or bool inline and commit the change straight to the running process. Filter and jump between resolved objects with a Ctrl+K palette, and drop into a hex detail view for raw memory.
01 Inline value edit
Edit int, float, and bool values in place and write them to memory instantly.
02 Ctrl+K object search
Fuzzy-search and filter across resolved objects without leaving the keyboard.
03 Live value commit
Changes propagate to the target process the moment you confirm an edit.
04 Hex memory detail
Drop into a hex detail view to inspect raw bytes behind any address.
| Field | Type | Address | Value |
|---|---|---|---|
| Health | float | 0x7FF6A12C40 | 87.0 |
| MaxHealth | float | 0x7FF6A12C44 | 100.0 |
| Ammo | int | 0x7FF6A12C58 | 24 |
| isInvincible | bool | 0x7FF6A12C60 | false |
| Position.X | float | 0x7FF6A12C70 | 1042.55 |
| Position.Y | float | 0x7FF6A12C74 | 318.10 |
| Score | int | 0x7FF6A12C90 | 15280 |
MCP AI server
Let AI agents drive CheatGear
CheatGear ships a Model Context Protocol server over localhost HTTP. Connect an AI agent — Claude, Cursor, or any MCP client — and it can lock targets, run Lua, generate SDKs, and query engine state through 12 structured tool calls.
AI-assisted memory work
Describe the outcome in plain language and let an agent drive the scan. Across 12 structured tools, it locks targets, runs Lua, generates SDKs, and walks the type graph — no offsets, no manual steps.
Agent prompt
“Generate an SDK for <game> and convert to C++.”
cheatgear — mcp agent session
- Generate an SDK for <game> and convert to C++.
- → project_create
- Spin up a fresh project for the session
- → target_lock <game>
- Attach to and lock the running game
- → unreal_load_names
- Load the GNames table
- → unreal_load_objects
- Load the GObjects array
- → unreal_generate_sdk
- Resolve types and build the SDK
- → unreal_convert_sdk --lang cpp
- Emit ready-to-build C++ output
- done — agent drove CheatGear end to end.
Why Rust
Memory-safe tooling for memory hacking
CheatGear is built as modular, trait-based Rust crates — memory, engines, and plugins behind stable interfaces. The result is fast, reliable tooling with the safety guarantees the work demands.
Modular crates
Memory, engine, and plugin layers are separate trait-based crates with stable contracts.
Memory safety
Rust's ownership model removes whole classes of crashes from the tooling itself.
Native performance
No runtime, no GC — predictable, low-latency reads and writes against the target.
Extensible by design
Add a new engine or backend as a plugin behind the existing C FFI, not a core rewrite.
Windows, Linux, and Proton/Wine
Run natively on Windows and Linux, including games running under Proton/Wine. Read memory externally with no injection, or opt into an injected D3D11 backend for pixel-perfect overlay ESP.
- Windows
- Native x86 and x64 process access
- Linux
- Native external memory access
- Proton/Wine
- Attach to games running under Proton/Wine
- External access — Read and write without injecting into the target
- Injected D3D11 backend — Optional in-process backend for pixel-perfect overlay ESP
Releases & community
Shipping every release
A steady cadence from v1.1 to v1.4 — new engines, scripting, AI, and live editing in every version. Follow the changelog or join the Discord.
Read the full changelog for every release, or jump into the Discord to ask questions and share findings.
Release timeline
- v1.1
Foundation
- Unreal Engine SDK generation (UE3 / UE4 / UE5)
- External memory access on Windows and Linux
- v1.2
Scripting & speed
- Embedded Lua scripting console with LuaCATS autocomplete
- Faster SDK generation (~5.5s → ~0.5s on Unreal)
- Fixture / dump-replay mode using .cgdump snapshots
- v1.3
AI & live editing
- MCP AI server — 12 tools over localhost HTTP
- Live memory inspector with inline editing and Ctrl+K search
- Partial runtime memory decryption (XOR on GObjects)
- v1.4
Unity & conversion
- Unity IL2CPP support with auto metadata detection (v16–106)
- Unity Mono runtime resolution
- SDK converter emits CMake and .sln / .vcxproj project files
FAQ
Questions, answered
Intended use, supported platforms, anti-cheat scope, and how to get started.
From raw memory to a ready SDK in seconds
CheatGear is a Rust-built toolkit for memory editing, reverse engineering, and AI-driven automation — across Unreal and Unity, on Windows and Linux.
- Windows
- Linux