Agriculture is facing mounting pressure to produce more nutritious food while reducing environmental impact and adapting to changing climate conditions. Traditional crop breeding has delivered remarkable improvements over centuries, yet modern farming still relies on a relatively small number of domesticated crops developed thousands of years ago. Many wild plant species possess valuable traits such as resilience, productivity, and natural efficiency that remain largely untapped. Advances in genomics, computational biology, and plant science are now creating new opportunities to bring these characteristics into agriculture without relying on genetic modification. Wageningen based agritech startup Aardaia is pursuing this vision, and the company has secured fresh funding to accelerate the development of entirely new crop varieties.
Aardaia has raised €5 million in a seed funding round led by Point Nine, with participation from existing investor FoodLabs alongside new investors Astanor, Grey Silo, and a group of angel investors.
The investment will support expansion of the company’s breeding platform while accelerating development of its first commercial crop.
Building New Crops From Wild Plants
Founded in 2025 by Pádraic Flood and Mike Henske, Aardaia is developing a breeding platform designed to identify and domesticate wild plant species.
Rather than modifying existing crops through genetic engineering or gene editing, the company works with naturally occurring plant diversity to create entirely new agricultural products.
Its approach combines whole genome sequencing, computational biology, and advanced phenotyping to evaluate plant characteristics and predict agricultural performance.
By using modern biological analysis, Aardaia aims to dramatically reduce the time required to develop commercially viable crops.
Accelerating Plant Breeding Through Data
The company’s breeding platform analyses large numbers of plant genotypes to identify combinations with desirable agricultural traits.
Computational tools enable researchers to evaluate potential performance before lengthy field testing, allowing breeding programmes to progress more efficiently.
According to Aardaia, the platform can assess significantly larger genetic populations than many conventional breeding approaches.
The company expects to screen approximately seven hundred and fifty thousand unique aardaker genotypes this year and plans to increase this figure to around two million using the newly secured funding.
This expanded capacity is expected to accelerate both research and commercial development.
Introducing the Aardaker
Aardaia’s first product is the aardaker, a protein rich tuber developed to combine characteristics traditionally found across different crop families.
The company aims to deliver the productivity associated with root crops together with the nitrogen fixing capabilities commonly found in legumes.
Because the crop naturally fixes nitrogen, it has the potential to reduce dependence on synthetic nitrogen fertilisers while lowering environmental impact.
The aardaker has also been designed to support more sustainable domestic protein production by reducing reliance on imported protein crops.
The company believes such innovations can contribute to more resilient agricultural systems.
Supporting Sustainable Food Production
Global demand for alternative crop varieties continues increasing as agriculture responds to climate change, resource constraints, and evolving food security requirements.
Aardaia believes wild plant species represent an important source of naturally evolved traits capable of supporting future farming systems.
By combining biological diversity with advanced computational analysis, the company aims to develop crops that improve both agricultural productivity and environmental sustainability.
Its breeding strategy focuses on accelerating innovation while working entirely within natural plant genetics.
Expanding the Breeding Platform
The newly secured funding will support further development of Aardaia’s breeding platform together with continued advancement of the aardaker towards commercial deployment.
The company also plans to increase research capacity while expanding its ability to identify additional crop opportunities from wild plant species.
As agriculture increasingly seeks sustainable alternatives capable of meeting future food demand, technologies that combine genomics, computational biology, and advanced breeding are becoming increasingly important. By transforming naturally occurring wild plants into productive agricultural crops, Aardaia aims to broaden the world’s food resources while helping build a more resilient and sustainable farming future.