Compute lives
where the ocean breathes.
SeaCloud.ai deploys modular AI compute platforms on the open sea — powered by waves, cooled by seawater, and connected via low-earth-orbit satellites.
One hull. Six systems. Zero grid dependency.
Land-based AI is hitting the wall — power, water, permits. SeaCloud integrates the whole stack into a single offshore platform.
Wave-powered
On-site renewable generation from ocean swell. Compute runs on the energy that surrounds it.
Seawater cooling
Native thermal exchange with the ocean. Zero freshwater draw, zero refrigerant loops.
Rapid-deploy hulls
Modular platforms built in distributed factories and towed to any coastal waters in weeks.
LEO connectivity
Direct low-earth-orbit satellite links. No trenching, no seafloor fiber per deployment.
Sovereign siting
Anchor in territorial waters or EEZs. Compute jurisdiction becomes a choice, not a constraint.
AI-native racks
GPU and accelerator density tuned for training and inference at the ocean edge.
Built like a ship.
Runs like a datacenter.
Each SeaCloud platform is a self-contained marine facility: renewable generation on the surface, immersion-cooled compute suspended below, satellite uplinks above.
Ninety days from steel to signal.
While land-based datacenters wait years for grid capacity and permits, SeaCloud platforms launch on shipyard timelines.
- 01
Manufacture
Distributed factories build hull modules and rack systems in parallel.
- 02
Assemble
Regional ports integrate compute, energy, and comms into a single platform.
- 03
Tow
Completed platforms are towed to their operating waters — no site prep required.
- 04
Commission
LEO links activate. Renewable generation and AI compute come online within days.
The next gigawatt of AI
doesn't need land.
We're partnering with hyperscalers, sovereign AI programs, and energy operators for our first fleet of Ocean Grid platforms.
Or reach us directly at hello@seacloud.ai