Edge · Power · Communications — three companies, one site, one machine.
Edge data centers, off-grid clean power and satellite connectivity designed to be delivered as one platform, enabling the new frontier.
The transition to an AI-driven economy cannot run on legacy grids and centralized fiber.
You bring a use case. We bring the site, the power, the backhaul and the compute as one contract.
Firm, off-grid power from day one, on a dated ladder to geothermal and to a fluoride-salt reactor.
Satellite first, fibre second — a site is designed to be connected before a trench is dug.
One factory-built hall, liquid-ready, with the studio block beside it for the people who keep it running.
Manifesto
The bottleneck
Compute
AI and Web3 workloads want dense compute close to where the data is made. At the centralized core it is slow to reach and expensive to hold.
Power
Hyperscale sites face rising power costs and a dependency on ageing, congested grids — and an interconnection queue measured in years.
Connectivity
Rural and under-served markets do not have the terrestrial fibre backhaul a modern data centre is normally designed around.
The transition to an AI-driven economy cannot run on legacy grids and centralized fiber.
Three companies · Edge is the hub
Edge is the hub. Power and Communications are lit from it, so a use case meets one contract rather than three procurements.
How it works · The integration engine
Power is made on the site itself — bridge generation first, enhanced geothermal and a fluoride-salt reactor on the ladder behind it.
That power is designed to feed edge data centers on the same pad, running high-density AI and Web3 workloads next to the demand.
Ground gateways carry the processed result back to the wider network — satellite first, so a site is connected before a trench is dug.
Surplus baseload power and spare gateway capacity are planned to be offered to the community around the site, any excess sold back to a grid.
The integration engineOne machine
Cloud vs autonomous edge
| Axis | Centralized hyperscale cloud | Xalant autonomous edge |
|---|---|---|
| Deployment speed | Years — grid and fibre permitting before a rack is racked | Months, not years — modular and off-grid |
| Grid dependency | Reliant on ageing, congested grids | None — on-site generation: bridge power today, geothermal then SMR |
| Network backhaul | Constrained by hardline fibre routes | LEO satellite backhaul — US markets at launch |
| Latency, rural | High — the data leaves the region to be processed | Processed on site — designed to avoid the remote network hop |
| Environmental impact | High carbon and added grid strain | Net-zero pathway with surplus yielded locally — design intent |
Locations
4 markets in the initial pipeline · target geographies across 6 regions. The pipeline markets carry a status and a market demand.
Initial pipeline — 4 US markets, with the site data below.
Target geographies
Markets in the initial pipeline
Target geographies
Target geographies
United States
United Kingdom
Europe
Middle East
Far East
India
Africa
Ecosystem
Power, compute and connectivity, drawn around one edge platform.
News
announcement ·
One campus design, three companies and four United States markets in the pipeline. The site describing them is live.
post ·
The places that most need compute are the ones a trench has not reached. What a pad has to offer before satellite backhaul can stand in for fibre.
post ·
Why a Xalant campus is planned around generation that can be replaced in place, and why the slowest part of the stack is designed to arrive last.
Reference render
Talk to Xalant
Site and energy partners, enterprise and AI workloads, local providers and communities — in the four pipeline markets, or in a geography that is being targeted next.
