Thank You, Lettuce.
Hello, Ingredients.
We are transitioning from leafy greens to high-value botanical ingredients for cosmetics, nutraceuticals, and pharmaceuticals.
After nearly a decade of growing lettuce, we are moving on.
Producing tons of lettuce every day is how we learned to control light, climate, water, and timing at industrial scale. It’s where we built our systems, our team, and our way of working—alongside retailers, partners, and customers who believed in doing fresh produce differently.
To everyone who bought, sold, tested, challenged, and supported our lettuce along the way—thank you. Now we are entering our next chapter, not by starting over, but by building on everything we have already proven.
Lettuce be clear, we’re moving beyond salads.
Traditional fresh produce rewards volume and price efficiency. Ingredients reward precision, consistency, documentation, and molecular performance.
From day one, our work has been about understanding how plants respond to their environment and how that response can be controlled, repeated, and scaled.
By designing and tuning growing conditions with intent, we can influence plant chemistry in predictable ways. This allows us to move from growing biomass to producing plants with defined functional profiles.
Ingredients are where that capability creates the most value.
When plants are cultivated for molecular performance—not just yield—they become reliable inputs for cosmetics, nutraceuticals, and pharmaceutical development.
How normal plants become Supernormal plants.
Plants don’t produce valuable molecules by accident. They produce them in response to signals.
In nature, those signals come from stress—changes in light, temperature, water, and nutrients that activate specific metabolic pathways. Our work is about identifying those signals and applying them with precision.
By mapping how plants respond to defined environmental inputs, we can increase targeted APIs and active compounds several-fold. Once identified, these conditions can be repeated consistently and at scale.
This is how normal plants become Supernormal. By identifying and repeating the environmental signals that drive higher concentrations of targeted actives.
What matters is not maximum growth, but intentional growth.
If you’d like to connect before then, contact us or meet us at in-cosmetics Global in Paris, 14–16 April.
