How it works
We find a site that already has power and fibre, land a factory-built PortaDC pod on it, 450 kW to 1.2 MW, own it and lease the capacity to an AI cloud that brings its own GPUs. Firm to the tenant, flexible to the host. Here is the path.
The path
Most of the work happens before the pod leaves the factory. On site it is a crane lift, a hookup and a switch-on. The 120-day target runs from commercial close.
Site & envelope qualification
Stage 01 · CANUS
Factory manufacture & FAT
Stage 02 · CANUS
Turnkey crane & lock delivery
Stage 03 · CANUS
Energisation & LARUS AI™ handover
Stage 04 · CANUS
The lease
Firm to the tenant, flexible to the host. The same three numbers sit in every PortaDC lease; only their values change with the tier.
01 · The firm floor
Power the host cannot cut
A contracted IT load the host never touches. Pulse tenants run their whole allocation here. It is the number your SLA is written against.
02 · The cushion
Headroom held at the boundary
An always-on reserve held at the boundary. When the host needs headroom, FrontierGate™ holds the host's power boundary while the tenant's firm floor never moves. Your GPUs do not notice. Solar-Sponge™ plans it; FrontierGate™ executes it at the boundary.
03 · The flexible band
Surge only, tenant-run
A contracted 25 to 40% band that Surge tenants shape themselves, answering a power-budget signal with their own orchestration. It is why Surge rent is lower. Pulse tenants have a band of zero and are never trimmed.
When you need more
Capacity grows in pod-sized steps, on the same pad or at the next site, built the same way, recorded the same way.
On the same pad
At the next site
The record compounds
Next
A short conversation about what you run, where your customers are and when you need it. No quotation and no reservation until you say so.