

Your home can power AI.
A small box beside your villa does AI work, using power your home isn't.
AI is growing faster than the grid.
Demand grows ten times a year. Data centres here grow 1.3 times. Meanwhile about half of a home's power sits idle off-peak.
A data centre with no centre.
Before: 200 MW in one campus.
Sealed, quiet, and installed in a day.
Four zones: compute, network, cooling and power.
Full specs

No middle. Just homes helping homes.
- You askYour request lands at the nearest home.
- Neighbours pick it upIt spreads home to home. Nothing sits in the middle.
- Everyone does a partEach home runs a piece of the job.
- One drops out, nothing stopsIts neighbours take over the work.
- You get one answerThe pieces come back through the homes to you.
The Pod: a data hall that ships in a box.
A compact, self-contained module for fast rollout. It ships quickly, installs in weeks, and joins the mesh anywhere power is available.
Compare with the villa node
| Villa node | Pod | |
|---|---|---|
| GPUs | 4 | 72 |
| Power | 6.1 kW | ~90–110 kW |
| Deploy | 1 day | 2–4 weeks |
| Footprint | 1.8 m² | ISO module |
| Cooling | Closed refrigerant loop | Sealed liquid loop + free air |
| Where | Beside a villa | Anywhere power is available |
All Pod specs
Multiple devices linked into one elastic fabric. Compute is pooled, scheduled and load-balanced, and the network grows with each device that joins.
Zero implicit trust.
Compute runs at third-party sites, so every workload stays encrypted and every node must prove itself.
Every home that joins makes the network stronger.
Tap any home to add it. Each one links to its neighbours.






