SAIA and the EIC Accelerator: Greenhouses Where Plants Move

SAIA Agrobotics, founded in 2019 in Ede by Wageningen researchers Ruud Barth and Bart van Tuijl, automates greenhouses by moving plants to stationary robots rather than sending robots through the crop. Its EIC application promised "a food factory of the future where 50% of the labour is automated", with a plant system enabling "year-round steady production which allows for 30% more yield", according to CORDIS.

The European Innovation Council granted €2,500,000 towards a €7.65 million project from January 2023 to December 2024. The final report says SAIA "built the first version of AUTOFARM together with market parties and potential future customers", upgraded the robot, imaging and logistics systems, tested a commercial-ready plant system with a market company, and extended its AI to judge when plants are ready to harvest and instruct the robot. The next steps, it says, are deployment at a launching customer and several seasons of commercial operation to validate long-term targets. In November 2025 SAIA raised a €10 million Series A led by Check24 Impact, with the EIC Fund.

Where SAIA Stands Now

SAIA says its Series A brings total funding to more than €20 million and positions it for commercial rollout in 2026, with deployment under way at Growers United. Its CEO described the completed system as "the world's first automated greenhouse, where plants go to the robot once a week for scanning and harvesting". The company's website traces its founders' work back to a cucumber-picking robot in 1999 and an EU-funded sweet pepper harvesting project in 2011.

The Technology: Bring the Plant to the Robot

SAIA describes conventional robots as working in "a jungle of plants". Its founders concluded after two decades of research that "effective automation starts with the plant, not the machine": plants sit in mobile units that travel to fixed stations where cameras scan them and robots trim and harvest. The AI then advises growers on crop management, reducing the need for specialised greenhouse staff, the report says.

What the EIC Project Promised, and What CORDIS Shows

The project promised to bring the automated greenhouse to market. It delivered the first complete system and upgraded subsystems, and SAIA's own report says the long-term performance targets still need several seasons of commercial operation to be validated. The yield claim has since dropped from 30% in the application to an aim of 20%. CORDIS lists the project as closed.

1. First AUTOFARM greenhouseDeliveredBuilt with market parties.
2. AI harvest decisionsDeliveredPer report.
3. 30% yield, 50% labourUnverifiedNeeds seasons of data.
4. Launching customerStartingGrowers United.

The Money

The EU grant covered only a third of AUTOFARM's €7.65 million budget; SAIA and its backers paid the rest. The Series A was led by Check24 Impact with the EIC Fund, Navus Ventures and Oost NL. The EIC Fund's stake, SAIA's revenue and the price of a system are not public.

What Cannot Be Checked

Why Europe Should Care

Labour for greenhouses is shrinking with urbanisation and an ageing population, SAIA argues, and that holds back indoor farming. An automated greenhouse that halves labour would be exportable. EU money backed SAIA twice, through the grant and the EIC Fund; commercial proof starts now.

The Verdict

SAIA Agrobotics and the EIC have not been asked for comment for this article. It is based entirely on public records and published statements, linked throughout.