Core Technology Stack
"G-HOOD" Precision Tracking Engine
Using a unique vision-focused architecture, our system identifies and verifies targets with high-resolution accuracy across vast distances. This proprietary approach delivers elite performance at the edge, ensuring the system remains fast and responsive without overtaxing its internal resources.
Zero-Copy Edge Computing
By using a direct-pathway design, our software eliminates the lag caused by moving data around. This ensures a crystal-clear, fluid video feed that reacts faster than the human eye can follow.
Modular ROS 2 Architecture
Built on the ROS 2 robotic framework and the CiA 402 industrial standard, our closed-loop "Stop-and-Stare" controller replaces open-loop kinematics with deterministic, pixel-perfect visual feedback.
Hardware-Agnostic C2 API
We accelerate "Sim-to-Real" validation using NVIDIA Isaac Sim for physically accurate synthetic data. Our hardware-agnostic API ensures plug-and-play integration with third-party cameras, UGVs, and Command & Control centers.
Engineering
&
Validation
Tactical Prototype (Active)
Testing zero-copy edge computing in high-dynamic tactical environments.
Closed-Loop Controller (Completed)
Deployed custom visual servo on edge hardware replacing open-loop kinematics.
Digital Twin Pipeline (Active)
Validation through NVIDIA Isaac Sim synthetic data generation.
Strategic Integration Partnerships
We don't just build hardware; we provide the intelligence layer. Getin Lab is actively seeking defense system integrators, Unmanned Ground Vehicle (UGV) manufacturers, and critical infrastructure partners. By leveraging our hardware-agnostic API, partners can rapidly deploy automated, high-precision visual tracking across their existing sensor networks and robotic platforms.