AgentOS™: Sovereign Robotics AI Operating System.
The runtime built from the ground up for autonomous desktop robotics. AgentOS™ unifies local 120 TOPS Vision-Language-Action (VLA) inference, continuous 3D spatial voxel mapping, closed-loop impedance control, and real-time ROS2 orchestration—running 100% air-gapped on your workstation.
Modular Architecture of Autonomous Robotics.
120 TOPS VLA Acceleration
Sub-millisecond inference for multimodal Vision-Language-Action policies. Computes 6-DoF joint torques directly on local INT8/FP16 tensor hardware.
120 TOPS ON-DEVICEDynamic Voxel Mapping
Fuses dual global-shutter stereo cameras and Time-of-Flight depth sensors into dynamic 120 FPS point clouds with 0.2mm spatial accuracy.
120 FPS VOXEL MAPPython SDK & ROS2 Galactic
Comprehensive Python and C++ bindings for trajectory planning, custom toolhead kinematic definitions, and real-time closed-loop force compliance.
ROS2 & PYTHON SDKConnected IIoT & Edge Telemetry
Full-stack edge connectivity bridging real-time robotic kinematics with industrial telemetry protocols—including MQTT, OPC-UA, Modbus, and CAN FD for connected factory workbenches.
IIoT & INDUSTRIAL EDGEAgentOS™ Hardware Execution & Performance Matrix
| Neural Layer | Hardware Specification | Execution Profile | Benchmark Standard |
|---|---|---|---|
| Neural VLA Inference Engine | Custom 120 TOPS INT8/FP16 NPU | Multimodal Vision-Language-Action policy evaluation in <0.8 ms | 120 TOPS Peak INT8 |
| Continuous 3D Spatial SLAM | Dual Global Shutter + ToF Depth LiDAR | Real-time 120 FPS dense voxel mapping and point cloud generation | 0.2mm Spatial Resolution |
| Closed-Loop Trajectory Control | Real-Time ROS2 Galactic & C++ Engine | Closed-loop impedance control with sub-millisecond servo cycles | 1 kHz Servo Loop Rate |