Power
Behind-the-Meter
Biomass cogeneration, industrial CHP, and stranded-power partners.
European AI Grid
European AI Grid
ökia federates the eight layers required to make sovereign AI real at continental scale: behind-the-meter power, modular AI factories, sovereign compute and cloud, European models, grid security, national off-take, and project finance.
Sovereign by design — not by retrofit.
Hyperscale was an American answer to an American problem. Europe needs a different topology — distributed, federated, and grid-native. ökia is built on that thesis.
Compute is the new load. AI factories are the new substations. Models are the new utilities.
The continent that masters distributed AI infrastructure — co-located with stranded power, knitted into the grid, financed by European capital — controls the next twenty years of European industry.
That continent has to be Europe. That country leads is Germany. That consortium is ökia.
Co-locate AI compute with stranded or industrial power. No grid bottleneck. No interconnect queue. Months, not years.
Deploy in industrial cells of 1–10 MW. Brownfield-first. Move at the speed of factory build-outs, not real-estate cycles.
One network, many nodes. Workloads route to the cleanest, cheapest, closest electron — not the largest building.
European silicon paths, European cloud, European LLMs, European banks. Compliance is the architecture.
Every layer of the sovereign AI stack — from the megawatt to the model to the off-taker — assigned to a best-in-class European actor. ökia operates the seam between them.
Each member owns one layer of the stack. Together they form a complete operating system for sovereign AI — Germany first, Europe next.
Biomass cogeneration, industrial CHP, and stranded-power partners.
TonoForge™ containerized AI factories. The structural backbone of the grid.
Blackwell-class GPUs and reference architectures. Federated across all ökia sites.
Sovereign German cloud. The control plane that makes the federation legible.
Sovereign LLMs and orchestration. European weights, European inference.
Power distribution, OT cybersecurity, grid-forming. The hardening layer.
National AI off-take. The anchor consumer that underwrites scale.
Project finance and equity. Off-take-backed structures de-risk the build-out.
A topology of brownfield industrial sites, biomass cogeneration plants, and high-voltage stranded-power locations. The first nodes of the European AI grid.
Hyperscaler grid backlogs, soaring AI demand, and Europe's stranded-asset map create a once-in-a-generation opening. Whoever builds the federated grid first sets the standard.
Multi-year interconnect queues across Europe. Meanwhile, hundreds of industrial sites sit on dormant 110 kV+ connections. Co-locating compute with existing power skips the queue entirely.
Regulatory pressure makes US-only stacks legally untenable for European public-sector workloads. A federated, EU-controlled grid is no longer optional — it's required infrastructure.
Anchor demand from a national champion (Deutsche Telekom-class) unlocks 15-year contracted cash flows. That's bankable at infrastructure rates — not venture rates. The capital stack writes itself.
Phase I anchors Germany. Phase II federates the major European economies. Phase III delivers the operating system.
Founding agreement signed. Layer ownership formalized. Public launch event in Berlin.
Delitzsch and Elsterwerda online via Danpower co-location. ~20 MW federated.
7 nodes, 200 MW under contract. Off-take agreement with national anchor consumer.
Paris, Warsaw, Copenhagen come online. Federation crosses borders.
ökia operating layer becomes the standard for sovereign AI infrastructure across the EU.
ökia is open to industrial power partners, sovereign capital allocators, public-sector off-takers, and engineering firms aligned with the federated thesis.
If you operate stranded power in Europe, deploy industrial AI workloads, or write infrastructure-rate cheques — there's a layer for you.
Tonomia operates the seam. We move first, then federate. Phase I is constituting now.