Start at 1 MW.
Scale to 100.
Your first megawatt should not wait on a seven-year interconnection queue. We start you on capacity that exists today, then scale the site with you as your compute grows.
Nobody wants to sell you your first megawatt.
Large developers want a signed hundred-megawatt campus before they start. Utilities queue the biggest requests first. So the team that needs one megawatt now — and a hundred in three years — gets told to wait for both.
1 ingot = 1 MW · one live on the existing feeder, the rest planned from day one
Your first tranche clears the gates
Sixty-five large-load tariffs across thirty-four states, none reaching down to single-digit megawatts. Entering below them means no fifteen-year term, no take-or-pay and no per-megawatt collateral on day one.
Tariff review across 34 states, 2026An ordinary service request
At this size it is a commercial new-service application to the distribution utility. No cluster study. No ISO interconnection queue.
Sited for the hundred, energised for the one
We select sites with the land, fibre and grid position to reach 100 MW, then energise the first tranche on capacity available today. The scale-up is planned from the start, not retrofitted.
The grid is the bottleneck, and it is getting worse.
Against an all-time system peak of 24,000 MW. More demand queued than the utility has ever delivered.
Illinois Commerce Commission order, March 2026Distribution transformers run 18–24 months. If a site needs new substation capacity, that is the clock.
Equipment market review, 2026First tranche inside existing feeder capacity. Later tranches planned into the site from day one.
Our own development specWhat we do
Consultants and developers. We advise, we develop, and on the applied-AI side we build and operate. Construction and engineering of record sit with specialist firms.
Data Centre & Sovereign Compute
From a first megawatt on prepared sites to a hundred-megawatt build-out, plus modular compute nodes on campus and institutional land. Infrastructure, not a cloud subscription.Energy Project Development
Distributed storage and solar — origination, interconnection strategy, permitting and site control. We develop; construction sits with specialist firms.AI Workforce TrainingTrain
Cohort-based applied AI training for employers, structured to fit state workforce grant rules — grants may reimburse a substantial share of approved training costs.Read →AI Readiness AssessmentAssess
On-site audit of workflows, data and tooling. Returns a scorecard and a roadmap ranked by return.AI Build & OperateBuild
Applications and agents, workflow automation and managed services — able to run on compute inside your own state.How it works
Each tread is a tranche; each riser is a supply change. Step values are illustrative tranches, not commitments.
Define the ramp
What you need now, what you expect in three years, and which entity signs.
Match a site
Available today for tranche one, with headroom and grid position for the full ramp. Capacity confirmed with the utility in writing.
Structure
Lease, credit support and the works needed to energise, with funding responsibility explicit.
Energise & expand
Build by specialist firms. Later tranches follow the plan rather than restarting it.
Who we serve
Start from where you sit.
Data Centre Customers
Power for the compute you are buying now, on a site that can carry what you buy next.
Read →Investors
Equity and debt for storage and distributed data centre projects. Two risk profiles, assessed separately.
Read →Universities & Institutions
Campus land, power and fibre turned into revenue — with a workforce programme alongside it.
Read →Tell us the megawatts and the date.
What you need now, and what you expect to need. We will tell you whether it is findable, and what it depends on.