Sub-millisecond AI target perception powered by native TensorRT 10.14 FP16 and seamless hardware output through Cronus Zen Direct PROG Port (zero GPC scripts required) or the dedicated Aurex Bridge™ 1000Hz device. 100% external screen capture, zero game memory injection, and absolute hardware stealth.
Zero memory hooks or DLLs
Native 0.72ms FP16 engines
Direct link, zero GPC scripts
1000Hz RP2040 hardware HID
1-Click or granular tuning
AurexVision V2 features our acclaimed dual-mode UI. Jump straight into the action with 1-click Simple Mode, or unlock deep mathematical control with Expert Mode.
Auto-counter weapon kickback per frame
Auto-detect Cronus Zen PROG / Aurex Bridge
Designed for new users and competitive players who want instant, reliable results without tweaking dozens of math matrices. Simple Mode condenses complex computer vision logic into 3 intuitive sliders with automatic FOV and resolution scaling.
Bullet 1-30 compensation matrix
Direct USB packet dispatch (0.1ms tick)
Unlock the full telemetry architecture of AurexVision V2. Expert Mode gives you sub-tick tuning over Kalman velocity prediction, multi-stage polynomial response curves, custom bullet-by-bullet recoil compensation, and direct serial baud rate debugging.
Inspired by industry-leading speed standards, AurexVision V2 includes an integrated 1-click TensorRT 10.14 Engine Builder. Convert generic neural network weights into native .engine plans tailored specifically to your GPU architecture.
Choose from our verified YOLOv8 and YOLO11 competitive weights trained on 100,000+ high-tier player models.
AurexVision detects your exact GPU (RTX 5090, 4080, 3050, 2060) and queries hardware Tensor Core capabilities.
Compiles FP16 half-precision layers directly, reducing memory latency by 65% with zero detection accuracy loss.
Outputs a compiled .engine plan ready for sub-millisecond real-time execution with locked VRAM.
Every component in AurexVision V2 is designed from the ground up for extreme competitive performance, zero memory footprint injection, and silky-smooth hardware emulation.
Perception and control run on separate high-priority threads pinned to CPU Performance Cores. Vision processes at 480+ FPS while the control loop ticks at a strict 1000Hz (1.0ms) with atomic snapshot sharing.
Native NVIDIA TensorRT 10.14 engine execution achieves 0.72ms latency on RTX GPUs. Seamlessly falls back to Microsoft DirectML for AMD Radeon and Intel Arc graphics cards.
Connect AurexVision directly to the Cronus Zen PROG port via USB. Zero GPC scripts needed! AurexVision acts as the controller input provider directly, dispatching motion with minimal latency.
Dedicated Feather RP2040 dual-core hardware microcontroller. Emulates genuine Xbox XInput, PS5 DualSense, or high-DPI esports mice with sub-0.15ms transmission latency.
Real-time multi-stage weapon recoil compensation with configurable vertical and horizontal decay curves. Works harmoniously with human stick input without jerking or fighting your aim.
Dynamic state-space Kalman velocity extrapolation estimates target lead for fast-strafing, sliding, and jumping players. Decoupled cubic spline smoothing prevents snapping or robotic overshoot.
Enjoy total flexibility. AurexVision V2 supports direct Cronus Zen PROG port control without GPC scripts, our custom 1000Hz Aurex Bridge™ RP2040 device, HDMI capture cards, and PC software mode.
AurexVision V2 introduces direct USB controller packet emulation over the Cronus Zen PROG port. Unlike conventional setups that require complicated GPC scripts, AurexVision directly communicates with the Zen firmware, injecting stick deltas straight into the controller stream!
[ PC running AurexVision V2 ]
│ USB-C to Mini-USB Cable
▼
[ Cronus Zen Rear PROG Port ]
│ • Direct Memory Input Overwrite
│ • Zero GPC Script Latency
│ • Controller plugged into Zen Front Port (A1/A2)
▼
[ Gaming Console or PC ]
(Console detects strictly genuine official controller)
The Aurex Bridge™ is our custom-engineered physical hardware device built on the dual-core Raspberry Pi RP2040. It bridges target coordinates from AurexVision directly into your gaming PC or console as genuine physical controller or mouse packets at a strict 1,000 Hz polling rate with sub-0.15ms transmission speed.
[ AurexVision Host PC (TensorRT 10) ]
│ High-Speed USB-C CDC Link
▼
[ Aurex Bridge™ Feather RP2040 Device ]
│ • Strict 1000Hz Micro-Stepping
│ • Onboard Deadzone & Curve Interpolation
│ • Sub-0.15ms Hardware Pass-Through
▼ Isolated USB-C Output
[ Target Gaming PC or Console (PS5 / Xbox) ]
(Detected strictly as Genuine Hardware USB Gamepad)
Offload 100% of screen capture overhead from your gaming console. Pipe video through an HDMI capture card (Elgato 4K S or budget USB 3.0 UVC card) or stream using PlayStation Remote Play / Xbox PC App with zero hardware overhead on the console.
HDMI OUT connects to your TV with 0ms passthrough latency. USB 3.0 stream feeds AurexVision at up to 240 FPS.
No capture card? Stream directly over gigabit LAN using PS Remote Play or Xbox App. AurexVision captures the window at full framerate.
[ PS5 / Xbox Series X ] ──HDMI──> [ Gaming TV (0ms Lag) ]
│
└──USB/LAN──> [ PC: AurexVision V2 ]
│
│ 1000Hz Stick Corrections
▼
[ Cronus Zen or Aurex Bridge ]
│
▼
[ Console Controller Port ]
No external hardware yet? AurexVision integrates directly with the certified Raw Accel kernel driver on PC. Instead of injecting simulated inputs, AurexVision dynamically modulates mouse sensitivity curves in kernel space, pulling crosshairs toward target trajectories organically.
[ Physical Mouse Movement ]
│ Raw Input Stream
▼
[ Raw Accel Kernel Filter ]
│ Dynamic Sensitivity Multiplier (1.0x -> 3.5x)
▼
[ Windows Pointer Subsystem ]
Pre-trained neural weights and fine-tuned weapon recoil tables ready out-of-the-box for top competitive shooters on PC and consoles.
Compare AurexVision V2 against generic DirectML, legacy single-threaded Python scripts, and high-risk memory injectors.
| Architecture & Feature | AurexVision V2 (TensorRT 10) | DirectML GPU Engine | Standard Python / OpenCV | Traditional Memory Injector |
|---|---|---|---|---|
| Inference Latency (320px) | 0.72 ms (480+ FPS) | 2.19 ms (456 FPS) | 18.5 – 35.0 ms | 0 ms (No Vision) |
| Cronus Zen Direct PROG Port | Yes (Zero GPC Scripts) | Partial | No (Requires GPC) | No |
| Dual UI (Simple & Expert) | 1-Click / Math Granular | Basic Controls | Config file only | Complex menu only |
| Hardware Input Rate | Strict 1,000 Hz | 1,000 Hz | 30 – 60 Hz Tied to Vision | Tied to Game FPS |
| Memory Footprint in Game | 0 Bytes (External CV) | 0 Bytes | 0 Bytes | High Risk Process Injection |
| In-App Engine Builder | Native TensorRT 10.14 | None | None | None |
| VRAM Footprint | < 150 MB VRAM | < 180 MB VRAM | > 1,400 MB VRAM | None |
Instant access, 24/7 Discord support, and lifetime regular model updates. Pick the pass that fits your play style.
Traditional Cronus Zen setups rely on GPC scripts running on the Zen's micro-virtual machine, which can introduce latency and requires cumbersome script slots. AurexVision V2 connects your PC directly to the Cronus Zen's rear PROG port via USB. AurexVision communicates natively with the Zen firmware, sending controller telemetry directly. No GPC script is loaded or required!
TensorRT 10 is NVIDIA's dedicated deep-learning inference compiler. During our in-app build step, TensorRT benchmarks and fuses neural network layers specifically for your GPU's exact Tensor Cores and caches. By running in FP16 precision with zero runtime memory allocations, latency drops from 2.2ms down to an incredible 0.72ms.
Simple Mode reduces the interface to 3 primary sliders (Aim Strength, Smoothing, and FOV) with automatic deadzone and weapon curve calculations so anyone can get started within seconds. Expert Mode exposes full mathematical tuning: 2D Kalman velocity noise matrices ($Q$ and $R$), cubic spline tension coefficients, stick deadzones, and bullet-by-bullet recoil tables.
AurexVision operates 100% externally. It inspects video frames through standard desktop screen capture or HDMI capture cards, and outputs motion strictly via external hardware (Cronus Zen or Aurex Bridge RP2040) or certified kernel mouse drivers. Game memory, internal processes, and executable files are never touched or injected.
Yes! You can connect to your console using either an HDMI capture card (like an Elgato 4K S or low-cost USB 3.0 card) or via PS Remote Play / Xbox PC App. Motion is fed back into the console using either your Cronus Zen or the Aurex Bridge™ device plugged into the console's front controller USB port.