The field intelligence layer for coastal ecosystems

There has always been a ceiling on how well we can watch a coastal ecosystem. Measuring one at the precision and frequency it demands takes scarce, specialist skill - the instruments are complex and unforgiving, and, underwater, returning to the exact same patch of seafloor to measure it again is a craft few possess. This puts repeatable, high-resolution measurement out of reach for almost everyone who needs it.

We're lifting that limit.

Earth observation, marine robotics, and AI, fused into one accessible layer to observe and act on coastal ecosystems, precisely, repeatedly and at scale, at the frontier between human infrastructure and nature.

We call it field intelligence.

The world is finally committing to the coastal ocean - tens of billions a year in regulation and restoration pledges, all coming due this decade. Almost none of it can be verified. And what can't be verified, fails: barely half of seagrass plantings survive, and the money keeps flowing into outcomes no one can measure. The bottleneck isn't ambition, and it isn't funding. It's proof.

Whether this decade's mandates become living coastline or quietly turn back into text comes down to a single question: can we measure what's actually happening down there - precisely, repeatedly, and at scale.

That's the field intelligence layer we're building, so this decade's promises don't just sit on paper - they take root on the seafloor.