Wind, Waves and the Weight of AI Data

Aikido Technologies' AO60DC puts AI compute on floating wind platforms, with a Norway prototype set for 2026

10 Jun 2026

A US startup wants to put data centers in the middle of the ocean, and the logic holds up surprisingly well. Aikido Technologies has unveiled the AO60DC, a floating offshore wind platform built to host AI-grade computing directly alongside wind generation and battery storage.

Each unit is designed to carry 10 to 12 MW of compute capacity next to a 15 to 18 MW turbine. Scaled into farms, the platform can run from 30 MW to over 1 GW of IT load, all powered by offshore wind. Conventional data centers are land-hungry, power-hungry, and increasingly water-stressed. The open ocean offers all three in surplus.

Cooling is where the concept gets genuinely clever. Heat transfers passively through the steel hull into surrounding seawater, pushing power usage effectiveness below 1.08, a figure that ranks among the best in the industry anywhere on land or sea. The modular flat-pack semi-submersible design also assembles up to ten times faster than conventional offshore structures.

Aikido is already past the blueprint stage. A proof-of-concept unit built around a refurbished turbine is under development in Norway, with deployment targeted before end of 2026. A UK site has been identified for its first commercial project, aiming for 2028 operations, with engineering and commercial talks actively underway. The company has also been accepted into NVIDIA's Inception program and is drawing early interest from AI inference customers.

With more than 50 GW of pre-designated offshore wind sites potentially open to this dual-purpose model, the question is no longer whether the ocean can host AI infrastructure. It probably can. The real question is how fast the industry moves to test it.