Trouter runs a trained YOLO11 neural network on a separate PC and moves your mouse through real hardware. Nothing is injected, nothing reads memory, nothing runs on the machine you play on.
~10 ms inferenceHardware mouse inputAny GPU (DirectML)
trouter · live_detection.py
LIVE
body 0.94
head 0.91
142stream FPS
10.2 msinfer / frame
0.93confidence
~10 msinference on a GTX 1650 (320px)
42.5 µsper MAKCU mouse command
0software on your game PC
3model sizes — 320 / 416 / 640
The real advantage
Your game PC staysclean.
Traditional cheats live inside your game — injected code, memory reads, kernel drivers, overlays. Trouter puts the AI on a second PC entirely. The machine you play on runs nothing but OBS and receives a real USB mouse.
The machine you play on
Your Game PC
No code injection
No memory reading
No kernel driver
No overlay
Only OBS + a USB mouse
hardware mouse only · no data back
A separate machine
Bot PC
Runs YOLO11 on the GPU
Computes the aim point
Drives the MAKCU device
Hosts the phone web-panel
Never sees the game directly
This is fundamentally harder to detect than in-game cheats:there is nothing on the game PC to scan for.Anti-cheat looks for foreign processes, hooks and abnormal input — Trouter presents none of them, only an ordinary hardware mouse.
Capabilities
Built on real computer vision
Every part is engineered for one thing: accurate, smooth, responsive aim with the smallest possible footprint — even on modest hardware.
Real YOLO11 AI
A neural network trained on body and head classes finds enemies with genuine object recognition — robust to skins, lighting and maps, not fragile color rules.
Two-PC architecture
The AI lives on a second machine. Your game PC never runs cheat software — the entire design exists to keep it clean.
Hardware mouse (MAKCU)
Every move goes through a MAKCU USB device as a physical mouse — dual ESP32-S3, ~42.5µs per command at 4Mbaud. The game only sees real hardware.
Cross-vendor GPU
FP16 models run through ONNX Runtime + DirectML, so they fly on NVIDIA, AMD and Intel Arc alike — no CUDA lock-in, ~18MB per model.
Ultra-low latency
A 320px model infers in ~10ms on a GTX 1650 and near 1.8ms on an RTX 5070 — fast enough to track flick-fast duels.
Phone web-panel
Tune FOV, Speed X/Y, smoothing, prediction, target priority, hold key, trigger delay, recoil and model from your phone over LAN — live, mid-game.
Human-like aim
EMA smoothing, near-target deceleration, sub-pixel residual and single-target lock produce controlled motion that reads like a real player, not a snap.
Recoil control
Optional recoil compensation keeps your spray on target, tuned live alongside every other setting from the panel.
Simple licensing
One key bound to your hardware ID activates the app. Switch machines any time — HWID resets are quick, and free on Lifetime.
Control
Tune everything from your phone
A mobile web-panel served on your LAN lets you dial in the feel without ever alt-tabbing. Change model size, FOV, speed and smoothing live between rounds.
Live, no restartWorks on any phone
web panel · phone · LAN
Tune everything live from your phone while you play — no alt-tab.
Speed X
Speed Y
Smoothing
FOV radius140 px
TargetHead + Body
Trigger delay60 ms
Recoil controlOn
Architecture
Two PCs. One clean game machine.
The intelligence lives on a separate bot PC. Your game machine only streams a small view and receives a hardware mouse.
01
Game PC streams
OBS with a stream-bridge plugin captures the small area around your crosshair and sends it as JPEG over UDP on your wired LAN.
02
Bot PC thinks
The second PC receives the stream, runs YOLO11 on the GPU, picks the best target and computes the ideal aim point in milliseconds.
03
MAKCU moves
Aim commands travel to the MAKCU device, which moves the real mouse on the game PC as pure physical input.
Everything you might want to know before you start.
Is it detectable?
Trouter is designed to be fundamentally harder to detect than in-game cheats because nothing runs on your game PC — no injection, no memory reads, no driver, no overlay. The game only receives a real hardware mouse through MAKCU. No tool can promise it is undetectable, but there is simply nothing on the game machine to scan for.
Do I really need two PCs?
Yes — that is the whole point. The two-PC design keeps every piece of software off your game machine. The game PC only runs OBS and sees a real hardware mouse, which is the core of the minimal-footprint approach.
What is the MAKCU device?
MAKCU is a small hardware bridge built on dual ESP32-S3 chips with a CH343 UART, running at 4Mbaud with ~42.5µs per command. It receives aim commands and reproduces them as genuine physical mouse movement on the game PC, so input is indistinguishable from a normal mouse. It is sold separately.
Which GPUs are supported?
It uses ONNX Runtime with DirectML, which supports NVIDIA, AMD and Intel Arc. On a weak card like a GTX 1650 the 320px model runs around 10ms; an RTX 5070 hits near 1.8ms at 640px. A discrete GPU with 4GB VRAM is enough.
Can I control it from my phone?
Yes. A mobile web-panel on your LAN lets you tune FOV, Speed X/Y, smoothing, prediction, target priority, hold key, trigger delay, recoil control and model size live from your phone — no need to alt-tab out of the game.
How do refunds and HWID resets work?
Your license key binds to your hardware ID on first activation. If you switch machines we can reset the HWID, and Lifetime buyers get free resets. Contact us before purchase with any refund questions.
What about latency?
End-to-end latency is dominated by inference and stream FPS. A 320px model infers in ~10ms on a GTX 1650; MAKCU adds only ~42.5µs per command over a 4Mbaud link. On a wired Gigabit LAN the round-trip stays responsive enough for fast duels.
