Why AI's Next Data Center Might Be at Sea

Aikido Technologies is combining floating wind turbines with offshore AI data centers, targeting the UK for its first commercial project by 2028

1 Apr 2026

Aikido Technologies has unveiled a floating platform designed to host both an offshore wind turbine and an artificial intelligence data center on a single structure, combining two of the energy sector's fastest-growing infrastructure demands in one offshore unit.

The AO60DC, announced on 3 March 2026, is built around a semi-submersible hull whose steel columns house prefabricated data hall modules. The platform is designed to support 10 to 12 megawatts of AI computing capacity alongside a 15 to 18 megawatt wind turbine. Seawater provides passive cooling, which Aikido says would bring the platform's power usage effectiveness below 1.08, a metric that measures how efficiently a facility converts power into useful computing work. The company adds that its flat-pack assembly approach could cut construction time by up to a factor of ten compared with a conventional offshore platform.

The rationale draws on a persistent constraint facing AI infrastructure developers: competition for land, fresh water, and grid-connected power on shore. Offshore locations remove those bottlenecks, and sites already licensed for floating wind can, in principle, be repurposed to carry data center modules without fresh permitting cycles.

Aikido is targeting the UK for its first commercial deployment, with operations planned for 2028 and a site under advanced engineering discussions. A proof-of-concept unit is being assembled in Norway for launch before the end of 2026. The company is a member of Nvidia's Inception programme and reports early interest from AI inference customers.

The concept arrives as floating wind developers across Europe face pressure on project economics. Many licensed sites have stalled for lack of viable revenue. An offshore data center co-located with wind generation could provide a second income stream, reducing reliance on power purchase agreements.

Significant questions remain. No offshore data center of this type has operated at commercial scale, and the power reliability that AI workloads demand has not yet been demonstrated from wind-and-battery systems at sea. Whether the UK deployment proceeds on schedule will be an early test of whether the model holds beyond the drawing board.