What we do
- Research and Development of Agricultural Robots and IoT Devices
- Agricultural Contract Services
- Contracted development of robots and systems
Company's story
Our Specialty
Autonomous driving
Autonomous driving is essential for robots to perform farm work efficiently.
With REGMIN, auto-driving is realized by using a variety of sensors centering on GPS positioning.
GPS
In addition to the existing GNSS technology, RTK positioning and the Quasi-Zenith Satellite "MICHIBIKI" can be used to obtain highly accurate positioning information in agricultural areas.
Simulation and autonomous driving
A map of the farmland is deployed on the software. The movements of the robot can be simulated on the map in advance.
In actual autonomous driving, wiring and wires can be used to make use of various sensors such as magnetic sensors and stereo cameras to recognize obstacles and objects in the surroundings while driving.
Autonomous driving is essential for robots to perform farm work efficiently.
With REGMIN, auto-driving is realized by using a variety of sensors centering on GPS positioning.
GPS
In addition to the existing GNSS technology, RTK positioning and the Quasi-Zenith Satellite "MICHIBIKI" can be used to obtain highly accurate positioning information in agricultural areas.
Simulation and autonomous driving
A map of the farmland is deployed on the software. The movements of the robot can be simulated on the map in advance.
In actual autonomous driving, wiring and wires can be used to make use of various sensors such as magnetic sensors and stereo cameras to recognize obstacles and objects in the surroundings while driving.
Our story
Vision
Improving agricultural productivity through the use of robots and software
Mission / Technology
Streamlining all processes related to agricultural work with the power of technology centered on robots
Improving agricultural productivity through the use of robots and software
Mission / Technology
Streamlining all processes related to agricultural work with the power of technology centered on robots