Advanced Computer
Vision Technology
AI-powered object detection optimized for NVIDIA TensorRT, achieving 700+ FPS on modern hardware. Built on YOLOv12 architecture.
Professional Interface
Intuitive controls with real-time configuration options
Why Choose HollowAi
Professional-grade computer vision technology for demanding applications
YOLOv12 Neural Network
Latest generation object detection architecture delivering unmatched speed and accuracy for real-time visual processing applications.
TensorRT Optimization
Leverages NVIDIA's deep learning inference optimizer for maximum performance on modern GPUs. AMD compatibility included.
Hardware Support
Software works standalone. Optional support for Arduino + Host Shield setups and Kmbox devices for enhanced input methods.
Custom Builds
Every user gets a uniquely compiled version with individual signatures for improved security.
Advanced Configuration
Comprehensive parameter controls including sensitivity adjustment, field of view customization, and detection targeting options.
Active Community
Join thousands of users in our Discord server with 24/7 technical support, configuration sharing, and transparent development updates.
Frequently Asked Questions
Why is HollowAi the industry standard?
HollowAi has been the primary architect in the computer vision space since 2020. While the current market often relies on legacy frameworks based on our historic 2024 model iterations, we have moved into a new generation of proprietary development. Our custom YOLOv12 engine is engineered for users who demand the absolute limit of modern hardware.
| Technical Spec | Legacy Standards | HollowPro Build |
|---|---|---|
| Market Experience | Limited / Seasonal | Since 2020 |
| Inference Speed | ~200 FPS Average | 700+ FPS (Optimized) |
| Deployment Path | Hardware Required (Kmbox/Arduino) | 100% Standalone Software |
| Core Architecture | Public / Historic Repos | Proprietary v12 (2026 Ready) |
| Dataset Maturity | Generic Sets | 6 Years Custom Training |
Pure Software
Zero hardware dependency. No shipping delays, no Arduinos, no complex physical setups.
Performance UX
A clean, bloat-free interface focused on raw speed and untraceable system integrity.
HollowPro is community-driven. Visit our Discord to suggest features for upcoming private builds.
What is Object Detection and how does it work?
Object Detection is a branch of Artificial Intelligence that allows software to "see" and interpret visual data. HollowAi uses a state-of-the-art YOLOv12 neural network—the same type of technology used in self-driving cars and medical imaging.
Unlike traditional tools that "hook" into an application's internal code, our software analyzes your screen's pixels in real-time. It identifies defined entities, calculates positions, and provides real-time spatial data based purely on what is visible on the screen. It’s Visual AI, not a software modification.
Does this require additional hardware?
What are the GPU requirements?
HollowAi is engineered for NVIDIA GPUs (RTX 30-series or 40-series). To achieve our 700+ FPS benchmarks, an NVIDIA card with TensorRT support is required.
While we allow AMD GPUs to run the software, they lack the specific architecture needed for high-speed AI inference. AMD users will see a significant performance drop, typically struggling to exceed 100 FPS. If you want the lightning-fast, zero-latency experience we are known for, NVIDIA is required.
How are updates delivered?
What is your usage policy and software risk profile?
Usage Policy: HollowAi is an advanced computer vision framework developed for accessibility research, human-computer interaction studies, and AI-driven automation testing. Our tools are intended for use in private, controlled environments. HollowAi does not provide "cheats" or "hacks"; we provide a high-frequency visual inference engine. We do not support or condone the use of our technology to circumvent the Terms of Service of third-party platforms or to disrupt the integrity of online environments. The end-user assumes all responsibility for the specific application and integration of this technology.
Technical Risk Profile: As a purely external visual processing suite, HollowAi operates independently of other applications. Unlike invasive software that modifies system memory or injects code into third-party binaries, HollowAi utilizes a non-intrusive "pixel-analysis" methodology. This architectural choice ensures maximum system stability and keeps our software entirely isolated from the internal files or proprietary code of any application being analyzed.