Seastar is Blue Evolution’s biointelligence engine. It interprets biological and environmental signals, supports better decisions, and creates measurable records across agriculture and the broader bioeconomy.
We are starting in agriculture with Crop Biointelligence for improved Nitrogen and Water Use Efficiency (NWUE), where timing, input efficiency, and documentation pressure make biological visibility especially valuable.
Today, Seastar is being advanced through limited evaluation pilots with select partners.
Biointelligence runs as a loop: listen, learn, program, run, and record.
Seastar turns biological response into decision-support outputs and measurable records that improve each cycle.
Measure biological response in real conditions.
Identify the patterns that matter for performance.
Turn the learning into decision-support outputs and protocols.
Deploy in the field and track what changes.
Generate measurable records and evidence that support the next cycle.
Clear outputs built from biological response: what changed, what matters now, and what to check next.
See current practice, trial conditions, and Seastar-supported outcomes side by side in your units.
Today, Seastar is available through select pilot engagements under NDA. We work season by season, harden protocols, and return clear outputs and records.
Decision support and measurable records for improved Nitrogen and Water Use Efficiency (NWUE) and, over time, broader crop biointelligence applications.
Blue Evolution’s agricultural product systems, initially expressed through Seawise.
Ingredients, nutraceuticals, and skincare systems, initially expressed through Sealixir.
Measurement, evidence, and record-generation services built on the Seastar engine.
The same Seastar engine extends into biomaterials, mineral systems, and other bioeconomy applications.
Our story began in ocean farming. Working in real operating conditions taught us a simple lesson: fixed recipes and average conditions do not hold for biology. \n\nSeastar grew out of that lesson. It is our effort to make biological response more measurable, more usable, and more durable across the field and beyond it.
