Aardaia discovers and domesticates wild plant species to create entirely new crops, addressing the reliance on a handful of staple foods. By collecting diverse seeds and applying advanced breeding techniques, they rapidly develop crops like the aardaker—a high‑yielding tuber that fixes nitrogen like a legume, delivering around 10 g of protein per 100 g fresh weight while fitting existing farming equipment. Their farmer‑centered approach ensures the new crops are viable for commercial agriculture.
Funding
€5M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
AIFGSPNFounders
Product
Problem
Global food systems rely on a narrow set of staple crops, making agriculture vulnerable to climate change, resource constraints, and market volatility. Existing protein sources are resource‑intensive, requiring large amounts of synthetic nitrogen fertilizer, while high‑yield tuber crops lack sufficient protein content.
Solution
Aardaia addresses this by domesticating wild plant species that already possess desirable agronomic traits, creating entirely new crops from first principles. Their flagship crop, the aardaker, combines the high biomass yield of tuber crops with the nitrogen‑fixing capability of legumes, delivering a root vegetable that provides significant protein without the environmental costs of synthetic fertilizers. The company captures broad genetic diversity from wild populations and applies advanced breeding, genomics, and AI‑driven selection to accelerate domestication. By collaborating with farmers from the outset, Aardaia ensures the new crop integrates with existing equipment, storage, and processing infrastructure, enabling rapid adoption at commercial scale.
Target Audience
Primary customers are commercial farmers and agribusinesses seeking sustainable, high‑yield protein crops, as well as food processors and manufacturers looking for new plant‑based protein ingredients.
Features
- Utilizes wild species with pre‑evolved traits, reducing the need for extensive genetic engineering
- Integrates legume nitrogen fixation with tuber yield potential for a high‑protein, high‑yield root crop
- Applies computational biology, AI, and modern breeding techniques to fast‑track domestication
- Maintains compatibility with current farm machinery, storage, and processing systems
- Developed through iterative field testing alongside growers to ensure real‑world performance
- Offers a diversified protein source that lowers dependence on synthetic nitrogen fertilizers