Built from measured fights, not marketing sliders.
NeyraX is built and maintained by the NeyraX product team as a focused Fortnite controller aim engine. This page explains how it works, how changes are evaluated and what is—and is not—supported today.
What NeyraX actually does
NeyraX captures the visible game window, runs a Fortnite-trained vision model locally, converts the selected target into a bounded camera correction and blends that correction with the player’s physical right-stick intent. The supported output is a virtual controller; the engine does not read Fortnite memory or inject code into the game process.
How we test tracking changes
Every control change is tested in an offline Fortnite sandbox against stationary, strafing, abruptly reversing, circling and airborne glider targets. Diagnostic sessions record detector timing, target identity, input, output and error without keeping unlimited customer logs. Changes are rejected when they improve one case by making normal hipfire, target selection or camera feel worse.
Hardware and input supported today
NeyraX supports Windows 10/11, controller input and supported NVIDIA or AMD GPUs. NVIDIA uses the optimized TensorRT backend; supported AMD/DirectX 12 hardware uses DirectML. Native mouse output is still in Beta testing and is deliberately not presented as a finished customer feature.
Updates and release security
The model, engine and interface can update independently. Remote engine and app releases are checked with SHA-256 and an Ed25519 signature before execution. The customer engine and model are encrypted, while diagnostic logging is off by default and bounded when support enables it.
Honest limits matter
No third-party game tool can promise zero account risk, perfect detection in every frame or identical performance on every PC. NeyraX reduces risk by staying external, but customers use third-party software at their own risk. When a feature is not ready—such as native mouse output—we label it Beta instead of selling it as complete.
Last updated July 16, 2026.