Oshen’s ocean robots gather storm data after surviving a hurricane

Oshen just sent tiny ocean robots straight into a Category 5 hurricane, marking a breakthrough in hurricane data collection and proving they can send live data back from extreme conditions. That is a big deal, and anyone who cares about weather forecasting, climate science, or maritime safety should be paying attention.

This is the moment that proves autonomous ocean robotics has crossed from clever experiment into serious infrastructure. Oshen put more than 15 of its C-Star robots into the water near the U.S. Virgin Islands ahead of Hurricane Humberto. Three survived sustained winds above 157 miles per hour and kept transmitting data. That kind of storm usually destroys far larger and more expensive equipment. These things kept going.

The reason this matters is simple. Storms are getting stronger, forecasting still has blind spots, and most of the ocean is effectively uninstrumented. We rely on satellites and sparse buoys and then act surprised when predictions are off. Oshen’s robots attack that gap head-on by sitting directly inside the chaos and reporting what is actually happening.

The story behind this company makes the result even sharper. Founder Anahita Laverack did not stumble into an easy win. Her early autonomous sailboat failed to cross the Atlantic. Instead of quitting, she figured out why these systems fail at sea and built a company around fixing it. Alongside co-founder Ciaran Dowds, she bootstrapped Oshen with personal savings, a small sailboat, and year-round testing in brutal conditions. That grind shows up in hardware that does not flinch when the ocean turns violent.

Even cautious institutions noticed. National Oceanic and Atmospheric Administration waited, watched, and then came back once the tech proved it could survive. Governments do not deploy toys ahead of hurricanes. They deploy tools they trust.

Oshen is now operating out of Plymouth, working with the UK government, and gearing up to raise venture capital. That funding will decide how fast this capability scales. The demand is already there from climate researchers, defense planners, and anyone responsible for lives and assets at sea. If we want better hurricane data collection in a warming, more violent ocean, this is the direction the industry has to move.