Be Kind to the World

Our Robotics, Computer Vision, Data & AI technologies enable a world where plants, fruits and vegetables are processed more safely with less resources.

Higher yields. Reduced waste.

 

Our Mission

We enable a world where plants, fruits and vegetables are better distributed.

Today, 690 million people around the world go to bed on an empty stomach. In order to feed all people in 2050 we need to produce 50-70% more food than today. There are simply not enough resources to realize this and typically over 40% of all produce is lost or wasted.

50-70%

More Production needed

>40%

Of all produce wasted

There is no Planet B.

Our purpose

Be Kind to the World

We enable a world where plants, fruits and vegetables are better distributed. Where advanced automation technology addresses overall resource scarcity. A world where a growing population has access to healthy and safe food and hunger can be abandoned. Our technology roadmap of Robotics, Computer Vision, Data & AI enables greenhouse horticulture and fresh produce markets to scale production yields per square meter, reduce waste and safeguard quality. All intermediate steps are to be tracked and traced across value chains.

Be Kind to the World.

Increasing impact on environment
Growing World Population
Urbanisation Growth
Declining Availability & Resources
Increasing social responsibility

Our promise

Combining Robotics, Computer Vision, Data with AI (self-learning algorithms) enables our systems to become better as more data is harvested, as more vision images are collected from the organic products that are being processed. This leads to new possibilities, functions and applications that add value over time. This way, our systems are future proof and offer a return beyond just savings on human labor reduction. It is all about higher yields per square meter, with less waste, and better distribution of plants, fruits and vegetables in a safe and transparent manner. Ultimately this data driven horticultural systems offer scalable and predictable agronomic expertise for the producers of the future.