there for climate.

To enable the profitable cultivation of fruit and vegetables in indoor farming systems, we develop robotic farming stations, which automate complex processes. Our farming stations automate the harvest, plant care, and pollination of labor-intensive crops. We work with a 3D-computer-vision system and develop a unique harvesting system that can reach high harvesting speed. First, we are specializing in the cultivation of strawberries with our first product automating the harvest and quality control, and later want to expand our product range to other varieties of fruit and vegetables and add additional functions. Our product makes it possible to reduce labor demand and therefore personnel costs and hereby cultivate these labor-intensive crops in indoor farming systems in a profitable way. Further, we are also planning a mobile application that can operate in a wider range of indoor farming environments. Our business model offers our customers low a low initial invest for buying our hardware, combined with a quarterly licensing fee for our software. Through this, our technology is easily accessible and our customers have a quick return on invest. Through our technology, we want to contribute to a sustainable agriculture that is in line with future food demands related to the growing population and can sustain the pressures of climate change.