Redundant control
Combine sensor, processing and actuator redundancy with fault detection and planned fallback behaviour.
Sensing, planning and control for aerial, ground and surface-vessel applications in agriculture.
From perception to control
Combine sensor, processing and actuator redundancy with fault detection and planned fallback behaviour.
GNSS and RTK provide a positioning foundation, with achievable accuracy assessed against coverage and site conditions.
Fuse cameras, LiDAR, ultrasonic sensing and inertial measurements to describe obstacles and the surrounding environment.
Route planning adapts to changing conditions and passes controlled actions to aerial, ground or surface vehicles.
Technical architecture
Multi-sensor fusion describes the surroundings, dynamic planning supports route adjustments, and the control layer translates actions for drones, ground vehicles or surface vessels. Each application needs a defined operating envelope and site validation.


Coordinate unmanned transport and load-aware operation within a defined operating area.

Combine crop observation with targeted spraying plans and supervised drone operations.

Surface vessels can support floating-debris observation and collection workflows.

Plan navigation, inspection and feeding routes around the needs of the farm.
Comprehensive sensor networks capturing real-time environmental and crop data for actionable insights.
Culture tanks, water treatment and monitoring, designed to work together.
Non-destructive NIR scanning + AI prediction + blockchain traceability. UWB workforce optimization ensures 99.2% grade accuracy.
Start with what matters
Our experts will design a precision agriculture solution tailored to your crops, aquaculture or specialty farming needs. Transform uncertainty into predictable yields.