Build anywhere. Introducing Sovereign Data Hubs.
AI is becoming infrastructure. Sovereign Data Hubs let a region own it, with compute that has its own power, its own data, and its own value, built without waiting on the grid.
AI is becoming infrastructure, as basic to a region's future as power and water. Yet the places that will depend on it rarely own any of it. Compute is built where a few companies decide, on grids that cannot keep up, and the communities that host it carry the cost while the value flows somewhere else.
The bottleneck is not demand, and it is not even power. Stranded power sits unused across the country. What is missing are places willing and able to host the load, and a way to build there without waiting years for permission to plug in.
Sovereign Data Hubs are that way. Each hub brings its own power, keeps its data under the control of the people it serves, and shares what it earns with the place that hosts it.
Five walls
Every project hits the same five walls.
- Power. The grid can't keep pace. Interconnection queues stretch for years.
- Equipment. Transformers and switchgear arrive on timelines no schedule can absorb.
- Permission. Counties and states pause approvals, sometimes for years at a time.
- Water. Most data centers cool with water, competing with the community for its supply.
- Community. Rates rise, land is taken, and neighbors see little in return.
Each wall is a reason to say no. A Sovereign Data Hub is designed so that each one has an answer before the first conversation with a county begins.
Every wall, answered
Power, made on site. Baseload power blocks and local waste streams supply the hub directly. Nothing is drawn from the grid unless the site chooses to connect. On the grid, off it, or both: the power plan is matched to each site rather than forced onto it.
No interconnect, no transformer queue. When a hub does not need a utility interconnection, it does not wait in line for the equipment that interconnection requires. The longest lead-time items in the industry simply drop off the critical path.
A proposal a county wants. A hub arrives with a solution to a local problem attached: a waste stream that becomes fuel, a revenue line for underfunded programs, jobs that need training rather than relocation.
No water. Closed-loop cooling designed around a PUE of about 1.05 to 1.1, compared with an industry average near 1.55. Where there is municipal wastewater, the hub takes it on as a resource rather than drawing down drinking water.
A good neighbor by design. Quiet, compact, and built to blend in. A share of the compute uplift returns to the host community, and the commitments are written down where everyone can see them.
Same watts. New stack.
The watt is fixed. What changes is everything built on top of it.
| Layer | Today | Sovereign |
|---|---|---|
| Power | Grid interconnect, years in a queue | Made on site from baseload blocks and local waste |
| Build | Custom builds, multi-year timelines | Edge hubs of 1 to 3.5 MW, and anchor campuses of 200 MW and up on powered land |
| Cooling | Water-hungry, PUE near 1.55 | No water, PUE of about 1.05 to 1.1 |
| Compute | Fixed output per rack | About 3x effective compute per rack, in software |
| Utilization | About 30% of capacity in use | About 85% with AI-driven orchestration |
| Resilience | One site fails, services go down | Hubs act as one network and reroute around outages |
| Surplus | Idle capacity goes to waste | Excess compute sold on an open exchange |
Technology figures are portfolio targets, to be benchmarked at the innovation hub.
Why software is half the answer
Most of the industry treats the rack as a fixed unit: so many accelerators, so much output. The sovereign stack treats it as a starting point. Orchestration that keeps hardware busy instead of idle, and software that extracts more work from the same silicon, means fewer watts per useful result. Nothing new has to be designed, sourced, or built for that gain. It installs on accelerators already in the market.
That changes what a hub can be. More compute per watt means smaller, faster sites, in existing buildings close to the people they serve, can do the work of campuses ten times their size.
Where it starts
The innovation hub is where every figure above is measured, on real power and real workloads, before it is promised anywhere else. Sites are in development and are announced when they are secured. See our approach.
Build anywhere. No queue. No water. No waiting.