Modern food is built on a foundation of crops—wheat, corn, rice—optimized for yield and scale. They deliver calories and are inherently starch-heavy. The current food system works around these constraints with processing, additives, and formulation complexity.
If we want food that is higher in protein, fiber-rich, cleaner, and better tasting, we have to start with better crops.
NuCicer was spun out of UC Davis with a simple question:
What if we breed crops to make better food?
We started with the chickpea—a naturally nutrient-dense crop with far more potential than what reaches consumers today. Past breeding prioritized yield and size leaving behind much of its nutritional value and creating what some have called “the white bread of chickpeas.”
We’re changing that. We've tapped into wild genetic diversity and breed with purpose to developed a new class of high-protein chickpeas designed to deliver more nutrition from the start.
In the process of unlocking chickpea’s full potential, we developed a new integrated system to design crops—combining predictive breeding, natural diversity, and rapid testing infrastructure.
A platform built not just to improve crops—but to design them for specific outcomes.