| Type | Universal? | Works On | Detection Risk | |------|------------|----------|----------------| | Pixel-based color aimbot | Partially | Any game with distinct enemy colors | Low-Medium | | Memory-reading aimbot | ❌ No | One specific game version | Very High | | AI model (object detection) | Mostly | Any game (screen capture) | Medium | | Input automation (no game access) | Yes | Any game (external) | Low |
The closest to “universal” today are computer vision aimbots that use YOLO or similar models to detect enemies on screen, then move the mouse. They don’t read game memory, so they work across games—but they’re slower, less accurate, and still detectable by behavior analysis. Universal Aimbot Script
There is one legal, universal aiming technology: Mouse Sensitivity Converters (like Aim Lab or KovaaK's). These are not scripts, but tools that help you build muscle memory across games. Additionally, some accessibility tools (like Microsoft's PowerToys Mouse Jump) offer cursor teleportation, but they cannot detect 3D enemies. | Type | Universal
The closest legal cousin is Gyro Aiming (on controllers), which provides mouse-like precision, but again—no automation. There is one legal, universal aiming technology: Mouse
Aimbot scripts can operate either by scanning and manipulating the game process's memory directly (often requiring elevated privileges) or by hooking into the game's API or rendering pipeline from the outside.