Aikido to Realize World-First AI-Wind Hybrid at METCentre
The decision is made, the plans are set, and the horizon is looking more "liquid" than ever. This year, the METCentre in Norway will become the staging ground for a project that feels like science fiction but is rooted in pure physics: putting AI-grade datacenters inside floating offshore wind platforms.
The energy and computing demand from data centres is growing rapidly, and concepts that combine offshore energy production with digital infrastructure are therefore highly relevant. We are excited to collaborate on this project.
— Cecilia Girard-Vika, Director at METCentre.
For the team at Aikido Technologies, the project has moved past the drawing board. Something that creates a palpable sense of urgency and excitement — the kind of "pins and needles" feeling that comes when a visionary idea is rushing closer to the water.
Solving the "NIMBY" dilemma: Nature and social acceptance
Why move both power production and data processing out to sea when it seems "easier" to build on land? Part of the answer lies in social acceptance and the protection of our remaining wilderness.
On land, both wind farms and massive datacenters face mounting resistance. The "Not In My Backyard" (NIMBY) effect is a powerful force; in Norway, most onshore wind proposals are met with local vetoes due to visual impact and permanent environmental footprints. Similarly, giant datacenters often face backlash from neighbors who find them unsightly, or from other industries worried about rising electricity costs.
By moving this infrastructure offshore, we find a brilliant compromise. When power production moves to the ocean to avoid land-based conflicts, it is only logical that the energy-hungry consumers follow. Co-locating a datacenter within the turbine structure doesn't just eliminate the need for unsightly land-based industrial parks; it also offers a technical advantage: the weight of the server racks helps lower the platform's center of gravity, increasing the stability of the floating structure.
“Before we go off-world, we should go offshore”
The spark for this project came from an unlikely source: a crypto billionaire who approached Aikido CEO Sam Kanner five years ago. While Kanner initially turned him away to focus on broader societal needs, the explosion of AI — specifically tools like ChatGPT — changed the equation.
"In the future, there will be different models, with different chip architectures, but underlying them all will be an unsatiable thirst for energy and cooling," Kanner recently shared on LinkedIn.
Today, we offer an alternative solution that we believe is much more grounded in physics: putting AI-grade datacenters inside of our floating offshore wind platform where we have power, space, and free cooling.
Not underwater, but floating
There has been some media confusion regarding the design, which Sam Kanner was quick to clarify: The datacenter sits within the floating structure of the platform, but not under water. At full scale, the footprint is comparable to massive offshore infrastructure like Shell’s Appomattox platform. So there is plenty of space on the structure above water.
The brilliance of the Aikido design lies in its "foldable" nature. The platform can be assembled in existing, standard ports and then transported to site, significantly lowering the cost barriers that have traditionally hampered the floating wind industry.
A milestone for METCentre
As the world’s leading arena for testing offshore wind technologies, METCentre is the natural home for a hybrid solution that could redefine digital infrastructure.
“Welcoming Aikido’s hybrid solution is a testament to our commitment to innovation,” says Cecilia Girard-Vika.
This project doesn't just deliver green electrons; it delivers the future of digital infrastructure. We are thrilled to see this proof-of-concept come to life in Norwegian waters.
Scaling the horizon
The potential for this technology is staggering. Aikido has already identified over 50GW of potential sites globally that offer low latency to major compute load centers. The supply chain is ready, the technology is proven, and the proof-of-concept is heading to Norway later this year.
This project proves that floating wind is no longer just about "power to the grid" — it is about powering the very brains of the digital tomorrow without compromising our landscapes on land.
2026 is shaping up to be a historic year at METCentre. Follow along for the ride. The future is floating.
