Prioritize the fruit.
Design compact, fruit-dominant plants around the harvest, rather than move field-sized plants onto shelves.
The platform
Engineer the plant.
Build the production system.
Plant architecture, nutrition, propagation, and handling—designed together. The plant and the production line become one engineering problem.
Grow without sunlight.
Sugar and nutrients delivered through the growing medium support development in controlled vessels. Our current cultures use low artificial light.
Make each cycle count.
Connect clonal propagation, robotic handling, and batch records into one process. Repeat it, measure it, and improve it.
The system behind the fruit.
Three pieces we’re building together.
Plant culture
Multiply selected plants through clonal propagation. Test growing conditions across batches and carry the best-performing material forward.
Robotic handling
Build cutting and gripping tools for delicate plant tissue. Train robotic workflows around the actual operations of the culture lab.
Lux OS
Every batch has a history. Connect source material, transfers, and observations to inform the next production decision.
Built in San Francisco
Real plants.
Real work.
One place to learn.
Our pilot facility brings plant development, tissue culture, and robotic manipulation into the same workspace.
We’re growing our biological inventory, recording each production cycle, and developing the operations needed to scale. Repeatability, fruit quality, and measured production economics come first.
- GrowingEarly tomato batches
- BuildingRobotic tissue-handling workflows
- ConnectingBiological and production data
Let’s talk fruit