5 hours ago
- Floating platforms for high-performance computing with standalone power, seawater cooling, and location-agnostic deployment.
- Grid connections take 4-7 years, but new chips deploy in months; firm power will be 35-49 GW short by 2030.
- Land campuses incur high cooling and water costs, and lock billions into sites chosen by queues and zoning, not demand.
- Platforms use built-in generation, no interconnection queue, and can be deployed anywhere on water.
- Standardized units are built in shipyards with tight deliverability, using a closed seawater loop for PUE around 1.1.
- Each platform (75 MW) is towed and moored; campus scales to 450 MW without breaking ground.
- Power vessels are moored alongside; first use natural gas, later nuclear for carbon-free power.
- Company collaborates with AI operators, developers, shipbuilders, energy partners, and investors.