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Rent ready-to-run AI capacity, colocate your own hardware in a managed facility, or build one from the ground up. Power, cooling, GPUs, deployment and operations sourced worldwide through a single point of contact. For companies that need megawatts of GPU or HPC capacity, and for landowners, operators and suppliers who have them.
More companies need their own AI infrastructure for data-sovereignty and privacy reasons not by choice. That means committing treasury capital to a data-center project, a categorically different job than running an IT department.
That complexity gap is what we sell.
Compute Infrastructure Sourcing is broader than colocation brokerage or data center consulting. We don't hand you off after one link in the chain; we own the whole data center colocation pipeline.
Seven stages. Most brokers cover one or two and hand you off after that. Here is what happens at each stage, and what you walk away with.
Most “available” sites aren't. A parcel without site control, entitlements, or a realistic utility path is a dead end that costs you months to discover. We screen powered land and powered shell opportunities across primary, secondary, and frontier U.S. markets checking zoning and entitlement status, fiber routes and carrier presence, water availability for the cooling design you have in mind, and whether the state exempts equipment from sales and use tax. Every site we bring you is filtered on one question first: how fast can this actually be energized? Speed to power decides your project far more than price per acre.
Power is where data center projects die. Large-load interconnection queues in ERCOT, PJM, and MISO now run in years, not months, and grid capacity in most U.S. markets is spoken for long before it is built. We work the utility side directly: load studies, system impact studies, and the paperwork chain that ends in a will-serve letter the document that turns “we think there is power” into a commitment you can finance. Where the grid timeline does not fit your deployment date, we structure bridge power or behind-the-meter generation so your first racks energize while the permanent interconnect is still in progress.
Whether you need 250 kW of retail colocation, a few megawatts wholesale, or hyperscale blocks, the hard part is not finding a data center it is finding one that will take your rack density, on your ramp schedule, at a price that does not reset against you. We negotiate the terms buyers usually discover too late: committed power versus power overage billing, cross-connect and meet-me-room costs, annual escalators, expansion rights, and right of first refusal on adjacent space. You compare real offers in $/kW/month, side by side, instead of marketing decks.
A conventional air-cooled hall carries roughly 8 to 12 kW per rack. AI training racks run far past that, and above about 20 kW you are into direct-to-chip liquid cooling, with immersion or purpose-built liquid halls beyond that. Getting this wrong means paying for floor space you cannot populate. We match your hardware's thermal profile to facilities that genuinely support it checking CDU capacity, supply water temperature, whether a “liquid-ready” claim is real or aspirational, and what a rear-door heat exchanger retrofit would cost in an existing air-cooled hall. PUE matters, but density capability decides whether a site works at all.
Switchgear, transformers, busway, UPS and PDUs, generators, containers, cooling systems, GPU and mining hardware sourced through one contact instead of a dozen separate vendor relationships. Electrical long-lead items are now the critical path on most projects: a transformer ordered late can push your energization date past your funding window. We work from your bill of materials, place orders in the sequence your construction schedule actually needs, and handle staging and integration so equipment arrives configured rather than in pieces. Where allocation is tight, our combined volume across projects gets you in line earlier than a single buyer would.
We manage the physical build-out and the commissioning chain that proves it works: factory and site acceptance testing, then commissioning Levels 1 through 5, ending in the integrated systems test the load-bank run that demonstrates the facility carries your design load through a simulated utility failure. Rack and stack, structured cabling, patch panels and fiber trunks, burn-in, punch list. You receive a commissioning evidence pack, not a verbal assurance. White-glove logistics and inside delivery mean your hardware does not sit on a loading dock while someone goes looking for a forklift.
Most contracts include remote hands, which means a technician follows instructions you write. Far fewer include smart hands, where the technician troubleshoots without you scripting each step. We make sure you know which one you actually bought. We set the escalation matrix and the MOP, SOP, and EOP procedures, and we pin down the SLA distinction that matters most: response time, meaning someone acknowledged your ticket, versus engagement time, meaning a technician is physically at your rack. Redundancy is specified in writing N+1, 2N, concurrently maintainable and monitoring runs through NOC and DCIM so you hear about a failing PDU before it takes a cabinet down.
Whether you need megawatts tomorrow or want to own the asset in two years, there's a path in and one contact for all of them.
Move in and run. Pre-built, powered, cooled and connected AI and GPU colocation racks in an operating facility data center space for rent with no capex, no construction, no lead time. A faster path than GPU rental by the hour.
Bring your own servers. We provide managed colocation space, power, cooling and remote hands plug-and-play ready racks that accept your GPUs and keep them running. Retail or wholesale, HPC colocation included.
From site and power to a turnkey data center you own outright an alternative to a data center for sale. Buy hardware through us, get the full build managed, and keep the asset on your books.
Renting GPUs from a hyperscaler is fast to start and hard to scale profitably. Past a certain size, owning or colocating your own compute changes the math.
| Your own AI data center with MillionMiner | Hyperscaler GPU cloud | |
|---|---|---|
| Cost at scale | Fixed, predictable you pay for power, not a per-hour premium | Per-hour rates that climb fast at sustained utilization |
| Data ownership | Your hardware, your jurisdiction data never leaves your control | Runs on a third party's infrastructure and terms |
| Vendor lock-in | None standard hardware you can move or resell | Proprietary stack, egress fees, migration friction |
| Hardware control | The exact GPUs you choose B300, B200, H100, RTX | Whatever is allocated and available in-region |
| Capacity certainty | Reserved and yours no throttling, no queue | Subject to regional availability and quotas |
| Best for | Sustained training/inference, data-sensitive workloads, long horizons | Short bursts, experiments, unpredictable spikes |
We know this because we've done it ourselves not because we read about it. Direct, first-hand experience with utilities, construction, high-density power, and colocation operations, applied to a new class of hardware.
Rent it, colocate it, or buy it outright with us. The same Blackwell and Hopper systems that go into the racks we run are available through our shop.
Already have hardware? See our GPU hosting and ASIC hosting.
More companies are building their own AI infrastructure for one reason: control. With secure colocation, the compute is yours; the data on it stays in your jurisdiction, under your rules, not on a hyperscaler's terms in a region you didn't choose.
Why own your LLM & your data ↗
We match land and power 5, 10, 20, 50, or 100+ MW available or developable with the operators and investors who can build it out.
We connect AI and GPU companies who need megawatts with operators who already have free capacity sitting idle.
Transformers, switchgear, generators, cooling systems, containers, mining hardware, and GPU infrastructure sourced through one procurement contact instead of a dozen vendors.
When one side has the land and power but not the capital, and the other wants to know how to invest in data centers, we bring them together and structure the deal.
When a developer brings a site to a certain stage of readiness, we connect them with larger data-center companies and infrastructure funds ready to buy or finance it.
The bigger this database gets, the stronger our negotiating position and eventually operators come to us, because we control demand.
Illustrative example of how we track capacity not a live listing.
We're actively tracking megawatts of available and development-stage capacity across multiple U.S. locations and the list grows every week.
A real 12 MW site we developed and operate ourselves from powered land to live racks in 9 months, and now extending. The same pipeline we run for you, proven on our own capital.
Live and operating today and currently extending the site with more megawatts.
We'll come back with real options not a sales pitch. Requirements shared here are not shopped publicly.
Name, email and phone is all we need we'll call you back and take it from there.
The more capacity in the network, the stronger the deals for everyone in it. No listing or forwarding happens without your permission.
Name, email and phone is all we need we'll call you and take the details from there.
Or email us directly: info@millionminer.com