Robotics Labs builds autonomous machines for the field — and tests them where it counts. We work hand-in-hand with local farmers in Ukraine, trialling systems on real farms and resolving the problems that only show up in the dirt.
We are working directly with local farmers in Ukraine — putting our robots on their land, testing systems through a real growing season, and helping resolve concrete problems on the ground. The farm is our lab, and the people who work it are our team.
Work with a local farm
Run systems in the field
Gather real-world feedback
Perception, autonomy and rugged hardware — the pieces of a robot that earns its keep on a farm.
Robots that drive themselves down rows and across uneven terrain — GPS, IMU and vision fused.
On-board perception for crop, weed and obstacle detection — the same CV work as our AI Labs.
Arms and tools for precise tasks in the field, from inspection to targeted intervention.
Rugged, weather-sealed, low-maintenance machines designed to survive real agricultural use.
Turning what the robot sees into decisions farmers can act on, season after season.
Operate remotely or hand control to the robot — whatever the task and conditions call for.
Field robotics for agriculture — autonomous platforms with navigation, computer vision and manipulation that take on real work on the farm, from monitoring to targeted tasks.
On real working farms, not in a lab. We partner with local farmers in Ukraine, deploy systems in their fields, watch how they hold up in real conditions, and fix what breaks alongside the people using them.
Closely. Robotics reuses the perception from AI Labs, the embedded firmware and edge AI from IoT, and the resilient comms from Miltech — one team across all four.
Early-stage R&D. We are running hands-on field trials, learning from each deployment, and helping farmers resolve concrete problems as we go.
If you have a field problem a robot could solve, we want to hear about it.
