The future of compute is offshore

Data centers that
float.

Flamingo Compute builds autonomous, offshore data centers powered by seawater cooling and renewable energy. Slash PUE, deploy anywhere, and scale without land limits.

Flamingo Compute offshore data center floating at twilight with glowing server racks and fiber optic cables
Nordic 01|Pilot deployment, North Sea
1.03
Target PUE
40%
Cooling energy saved
100%
Renewable powered
12+
Months to deploy

Built for the limits land can’t reach.

Offshore infrastructure unlocks a new operating envelope for AI training, inference, and high-density cloud.

Seawater cooling

Direct-to-chip heat exchange with the ocean eliminates chillers, compressors, and cooling towers.

Result1.03 PUE

Carbon negative ready

Offshore wind and solar integrations let every deployment beat net-zero targets.

Result100% renewable

Deploy anywhere

Modular hulls ship by standard cargo and anchor near coastal demand, no land purchase required.

Result12+ months

Resilient by design

Redundant power, automated ballast, and storm-rated engineering keep workloads online.

Result99.999% SLA
Why offshore

The ocean is the best data center site on Earth.

Land-based data centers are running out of power, water, and permits. The ocean offers abundant cooling, renewable energy, and room to grow.

Free cooling, forever

Ocean thermal mass absorbs heat without refrigeration. Cut cooling CapEx and OpEx from day one.

Unlimited scale

Expand by adding hulls, not by negotiating scarce real estate or constrained power grids.

Fiber back to shore

High-count submarine cables connect each platform to the global network with sub-10ms latency.

Energy arbitrage

Locate near offshore wind leases and draw directly from generation, avoiding transmission congestion.

Flamingo Compute offshore platform render showing modular hull and undersea connections
Platform

From blueprint to bytes.

A repeatable deployment process that turns open water into production capacity in under a year.

01

Design & permit

We size the hull, compute density, and handle maritime certification with local authorities.

02

Fabricate & integrate

Server racks, power modules, and cooling skids are assembled in a controlled shipyard.

03

Tow & anchor

The platform is towed to site, ballasted, and connected to shore fiber and offshore power.

04

Operate remotely

Our crew monitors telemetry 24/7 from shore, with scheduled maintenance by offshore vessel.

Compute density
100 kW / rack

Liquid-cooled, direct-to-chip power delivery.

Hull capacity
Up to 10 MW

Per platform, with easy clustering for hyperscale.

Service life
25 years

Marine-grade steel with cathodic protection.

Ready to take your compute offshore?

Talk with our deployment team about capacity, timelines, and the first pilot site for your fleet.

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