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Scalable compute platforms with standalone power, efficient cooling, and location-agnostic deployment.
Offshore power & compute infrastructure
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Nuclear data centers at sea

4X
Faster deployment than on land
1.5 GW
Deployed per shipyard per year
< 1.1 PUE
Through seawater cooling
20-40 YR
Infrastructure life
the constraint

AI's bottleneck is access to power

01.
Grid connection timelines are approaching a decade
02.
>50% of projects denied due to water use, emissions, and price pressure
03.
Standalone projects need up to 1 B$ in infrastructure upgrades and significant capacity overbuild
04.
Power shortfall projected to 50GW by 2030
Standardized compute platform  ·  75–100 MW

Going offshore unlocks unparalleled scalability

70% of the world is water. We go there instead of next to communities
Standalone reliable power
No grid connection delay. Moveable generation units, no overbuild.
Location agnostic
Standalone systems can deploy anywhere on Earth.
Centralized manufacturing
Standardized units, produced in shipyards with tight deliverability.
Community neutral
No freshwater use, pollution, or impact on local economies. Zero emissions.
SCALE

The campus grows with demand

Each platform is built in a shipyard, towed to site, and moored beside the last. From first barge to 450 megawatts, without breaking ground.

power

Gas today, nuclear tomorrow

Each campus is powered by a vessel moored alongside it, so the energy source can change without touching the data halls.
Today · Gas turbines
Tomorrow · Marine reactors

Get in touch

We work with AI operators, developers, shipbuilders, energy partners, and investors.
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