From greenhouse to consumer: how Dutch AI startups are tackling food waste

Somewhere between the greenhouse and the consumer's plate, roughly one third of all food produced worldwide disappears. In the Netherlands, several startups are developing tools to make those losses visible at each link in the chain and to reduce them. They combine sensors, image recognition and predictive models, each targeting a different point in the journey from cultivation to table.

The approach differs by link. In the greenhouse, the focus is on climate control and growth optimisation. In distribution, it is about shelf-life prediction. In the supermarket and the hospitality sector, it is about measuring what is actually thrown away. Together, these companies illustrate how the Dutch agri-AI sector aims to address food waste in a structural way.

In the greenhouse: data as the foundation for reducing losses

Waste begins at the growing stage. A head of lettuce harvested too early, too small, or lost due to a suboptimal greenhouse climate never reaches the consumer. Rotterdam-based sensor platform 30MHz, founded in 2014 and financed with €12.8 million, places sensors in greenhouses to continuously record temperature, humidity, CO2 and soil conditions. Growers can use that data to intervene before problems become visible in the crop.

Amsterdam-based Source.ag goes a step further. The company, founded in 2020 and in January 2025 having closed a Series B round of €54.5 million, builds data software that helps growers optimise yields. Where 30MHz provides the measurements, Source.ag focuses on translating greenhouse data into concrete cultivation decisions.

Blue Radix (Rotterdam, founded 2019, €5 million seed financing) also operates in this space. The company autonomously manages climate and irrigation in greenhouses, without requiring constant input from the grower. And Agurotech (Amsterdam, 2020, €3.8 million Series A) combines sensors with AI predictions for precision agriculture, with an emphasis on sustainability. Together, these four companies cover virtually the full spectrum from greenhouse monitoring to autonomous crop management.

After the harvest: predicting shelf life in the supply chain

Once the lettuce has been harvested, a new risk begins. During transport and storage, the shelf life of the product determines how likely it is to make it to the shop shelves. Traditionally, shelf life is assessed on the basis of the harvest date and visual inspection, a rough estimate that regularly writes products off too early or too late.

OneThird, based in Enschede, founded in 2019 and financed with €9.3 million (Series A), takes a different approach. The startup has developed an AI scanner that measures the actual remaining shelf life of fresh food, using spectroscopy and machine learning. An avocado, a pear or a strawberry is scanned and the system indicates how many days the product will remain fresh, regardless of the stated date.

For retailers and distributors, this makes a real difference. Parties can base decisions about routing, pricing or promotions on measured shelf life rather than relying on calendar dates. Products that keep longer than expected are less likely to be discounted or discarded. Products that deteriorate more quickly can be redirected to a different channel earlier.

In the kitchen: measuring what gets thrown away

In professional kitchens, from restaurants to corporate canteens and hospitals, food waste is difficult to quantify. Chefs estimate how much is left over, but accurate recording is often absent. Without measurement, making adjustments is difficult.

Orbisk (Utrecht, 2019, €5.2 million Series A in 2023) has developed a device that hangs above the bin and automatically tracks what is thrown away using a camera and a scale. An AI model identifies the food and records its weight. The kitchen receives a dashboard showing which products are wasted most frequently and in what quantities.

This data enables kitchens to adjust purchasing behaviour, portion sizes or menu composition. Orbisk targets the professional market, where volumes are large enough to generate a rapid return on investment. The company is now active at several major hospitality chains and healthcare institutions in the Netherlands and beyond.

What the chain as a whole reveals

The companies in this overview operate independently of one another, but together cover a large part of the food chain, from greenhouse climate management and crop steering at the beginning, through shelf-life measurement in the logistics link, to waste recording in the kitchen at the end. Each segment has its own loss pattern and requires its own approach.

What stands out is that most of these companies are relatively young, all founded between 2014 and 2020, and that their funding rounds remain fairly modest compared with broader technology sectors. Source.ag stands out with €54.5 million, but most other companies operate in the range of a few million euros. This is consistent with the agri-food sector, where sales cycles are long and institutional buyers such as supermarket chains and large growers need time to adopt new technology.

For investors and policymakers in the Dutch and European context, this segment is noteworthy because food waste is both a climate issue and an economic one. The European Union has set concrete targets for reducing food waste as part of its Farm to Fork strategy. Dutch startups that can demonstrate measurable results at each link in the chain are therefore positioned at a point where regulatory pressure and market forces are pushing in the same direction.