UnoMove is building a "domestic FSD" for robotics: a general autonomous mobility and manipulation platform powered by multi-view cameras. Our edge-side AI models perform real-time understanding and spatial reasoning, so robots can interpret human-readable maps, signs, and gestures without relying on LiDAR, HD maps, QR codes, or pre-installed tracks.
The entire system is delivered through UnoBox, integrating compute, camera interfaces, and sensors into a plug-and-play module for wheeled, legged, and manipulator platforms.
Universal Intelligent Decision Module
We build a complete cognitive decision system for mobile robots, giving them human-level visual perception. Under multi-sensor data fusion, UnoBox integrates into robot bodies as their eyes and brain, enabling autonomous navigation in large-scale complex environments and precise arm manipulation tasks.
Pure Vision Navigation System
UnoPilot provides flexible navigation for a wide range of sensor and chassis configurations—from hand carts to fixed-wing and legged platforms. Using only floorplans, GPS, or even hand-drawn maps aligned with geomagnetic data, it delivers large-scale, cross-scenario navigation for Ackermann, omnidirectional, and legged chassis.
High-DOF Manipulator Operation
Based on pure vision technology, UnoArm uses depth-aware kinematic models and dynamic feedback control to execute high-precision operations in complex environments. The arm is the component through which the robot interacts with the real world, and UnoArm is designed to make those interactions reliable and accurate.
Whole-body Coordinated Control
UnoBrain is our vision for a complete robotic intelligent system that integrates perception, decision-making, and execution. By combining the capabilities of multiple modules, we push the evolution of robot intelligence and deepen its value in high-value vertical scenarios on real-world physical platforms.
The pure-vision FSD architecture is built around two core modules. UnoPilot handles mobile navigation, supporting autonomous passage in structured roads and unstructured environments such as stairs, slopes, and farmland. UnoArm handles high-DOF arm operations, enabling grasping, pressing, wiping, picking, and other fine manipulations—achieving coordinated "mobility + manipulation" tasks.
Every robot running the system feeds real-world operational data back into the model-training loop, driving continuous evolution and improving performance in the field.
We customize algorithm models for specific industry scenarios—cleaning, inspection, logistics, agriculture, and more—to improve task execution efficiency in complex environments.
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