Advanced robtics platform for precision greenhouse farming
A system that identifies fruit based on ripeness, and then picks and packs it directly into a box
A system that identifies fruit based on ripeness, and then picks and packs it directly into a box
Driverless vehicles maneuver between rows, detecting harvesting and packing
Dual robotic arms give GRoW the ability to harvest both sides of the greenhouse row
Robot packs the crops into standard industry boxes
Captures in-depth, high-resolution color photos, providing substantial crop data for analysis.
Real time Data Analysis for crop management, providing yield forecasts and distribution analyses.
Driverless vehicles maneuver between rows, detecting harvesting and packing
Dual robotic arms give GRoW the ability to harvest both sides of the greenhouse row
Robot packs the crops into standard industry boxes
Captures in-depth, high-resolution color photos, providing substantial crop data for analysis.
Real time Data Analysis for crop management, providing yield forecasts and distribution analyses.
Unlock data captured by the GRoW robot to improve output and optimize post-harvest operations and sales planning.
Improved crop yield and greenhouse profitability using fewer resources
Replace repetitive, labor-intensive tasks with automated and driverless robotics
Replace agricultural workers with cost effective robotics
Precision in crop harvesting, grading, packaging and handling using 3D imaging, sensors and AI
Improve crop yield rates by limiting the opportunity for spread by humans
Customers and Partners
This project had received funding from the European Union's Horizon 2020 research and innovation programme under grant agreements No 827511 and No 880753.