RTK-INS precision localization
RTK-GNSS and inertial sensors are fused to estimate position, attitude, and direction at centimeter level while maintaining continuity as satellite reception changes.
Technology
Autonomy engineered for unstructured environments
Precision navigation and integrated control
Centimeter-level navigation and machine control
We combine high-precision positioning, path control, and machine-specific interfaces so vehicles and equipment can follow planned routes accurately and execute work reliably.
Path planning & driving control
Routes are generated from work areas, traversable regions, and the operating characteristics of each vehicle and implement.
Integrated vehicle & implement control
Steering and autonomy-mode switching are supported by default, with speed, stop, and implement control extended where compatible.
Multi-sensor localization and perception
Combining sensors to understand motion and surroundings
RTK-GNSS, inertial sensing, vehicle-state data, cameras, and LiDAR complement one another to continuously estimate vehicle motion and perceive the environment.
Continuous localization
When satellite signals weaken, visual and LiDAR odometry estimate relative motion to maintain continuity.
Environmental perception
Cameras and LiDAR identify traversable space, obstacles, terrain changes, and work targets.
Confidence-aware sensor fusion
When a sensor becomes unreliable or produces outliers, trusted inputs receive greater weight to preserve localization and perception continuity.
Field edge AI
Local decisions and control even with unreliable connectivity
Camera, LiDAR, and vehicle data are processed on the machine so driving and work decisions do not depend on a cloud connection.
Real-time edge inference
Video and sensor data are analyzed on site to identify obstacles, environmental changes, and vehicle state in real time.
Offline-first operation
Core autonomy and machine-control functions remain available when the network is unstable or disconnected.
Work-data recording & sync
Vehicle routes, work status, and execution results are recorded together with location data.
