Innovations

The future of greenhouse horticulture is data-driven, circular, and scalable.
At KUBO, we develop innovations that reduce energy, optimize water use, and increase yield, from greenhouse design to autonomous cultivation decisions. This way, sustainable performance becomes the new standard.

What does innovation mean at KUBO?

For KUBO, innovation means developing and applying smart, sustainable, and practical solutions that transform greenhouse horticulture. It’s not just about new technology, but primarily about improving efficiency, productivity, and sustainability in practice. We translate R&D into real-world applications in our testcenters. 

More about our testcenters
A person, likely a scientist or researcher, in a blue uniform and gloves, working with plants inside a greenhouse. The individual is holding a clipboard and appears to be inspecting or recording data about the plants.

Dedications of our R&D team

Integrated Solutions

Seamlessly connecting hardware, software and data in smart culivations systems. 
Integrated Solutions

Smart & Autonomous Technology

Energy-efficient, CO₂-reducing innovations, including automation and robotics.
Smart & Autonomous Technology

Sustainable & Efficient Agriculture

Precision and predictive techniques driving circular and responsible production.
Sustainable & Efficient Agriculture
“Our mission is to build a future where greenhouse horticulture not only supports a growing world, but does so with high yields, low impact, and maximum value for growers.”
KUBO-Barry-van-Marrewijk

Barry van Marrewijk

Team lead R&D

Partnering for progress

Our innovations are tested, validated, and refined in collaboration with industry leaders and research institutes. Together, we push the boundaries of sustainable horticulture.

Discover more about our partnerships and R&D collaborations →

Which innovations make the difference?

Close-up of a ripe strawberry with a vibrant red color and a juicy appearance. The strawberry is captured at a slight angle, revealing its green leaves and the seeds on its surface. The background is a smooth blur of blue, which contrasts with the strawberry's red hue.

What are the most important details for strawberry proposition?

In our testcenter, we grow strawberries in a fully controlled environment.From propagation to harvest. From first plant to premium product.

What are the most important details for strawberry proposition?
A bumblebee in the foreground with a greenhouse in the background, surrounded by lush greenery and nature under a clear, bright blue sky.

How does the CO₂-negative cultivation strategy work?

Greenhouse concepts that absorb net CO₂ through smart climate control, energy integration, and water recovery.

How does the CO₂-negative cultivation strategy work?
Close-up of a high-tech greenhouse with crops visible through the windows, and a man walking inside using a tablet, under a bright blue sky..

How does AutoPylot (AI cultivation software) work?

AutoPylot translates greenhouse data into concrete cultivation actions for more stable quality and higher yields.

How does AutoPylot (AI cultivation software) work?
A greenhouse at night reflecting a brightly lit city skyline with tall buildings, under a dark sky with a full moon, and the city and greenhouse reflections visible in the water in front.

How does Energy & Water Circularity work?

Smart heat integration, dehumidification, condensate and rainwater collection, moving toward a closed-loop system.

How does Energy & Water Circularity work?

Answers backed by decades of greenhouse expertise

With almost a century of experience in greenhouse engineering, KUBO knows what works and why. Our FAQ covers the most common questions about greenhouse innovations from climate control to AI cultivation, but every project is unique. Let’s discuss how we can tailor innovation to your goals.

Frequently asked questions

What do you understand by innovation?

For KUBO, innovation means developing and applying smart, sustainable, and practical solutions that transform greenhouse horticulture. It is not just about new technology, but primarily about improving efficiency, productivity, and sustainability in practice.

Which innovations deliver the greatest CO₂ savings?

Greenhouse with the Ultra-Clima® concept and a CO₂ cultivation strategy.

Are the innovations applicable worldwide?

Yes. We design and validate per climate region; solutions work from desert to tundra.

Can AutoPylot replace a grower?

No. It supports decision-making with data and models; the grower remains central.

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Discover how KUBO’s R&D, smart technologies and integrated systems shape the future of sustainable food production.