The datacenter, manufactured.
The Blok: 150 kW of compute, every system packaged and tested, from our factory floor to your site in 90 days.
750 W/SF. Hyperscale density in a 40-foot box.
150 kW of compute, every system packaged and factory-tested, priced $1.5–2.0M for the complete system. Seven Bloks make a megawatt.
From a single GPU to a gigawatt.
The same factory-built, tested engineering at five sizes — from a condenser-sized unit on a driveway to a custom building. Pick the rung your site needs; the platform is the same all the way up.
Micro · Residential
5–8 kW · condenser-sizedUtility-owned · home-hostedSee Micro →02In developmentMicro · Commercial
15–25 kW · package-unitUtility / businessSee Micro →03In developmentContainer · 20′
compact containerBuyer-ownedSee the platform →04In developmentThe Blok · 40′
150 kW flagshipEnterprise → hyperscaleSee the platform →05In developmentCustom · Buildings
pre-engineered metal buildingsBuyer-owned · bespokeTalk to us →One contract. Every subsystem packaged inside.
Power, cooling, protection, network, and compute — integrated and serialized at the factory, not assembled on a muddy site.
Chassis
Purpose-built steel frame or reclaimed container, corrosion-treated and floor-reinforced.
Power skid
Switchgear, modular lithium UPS, ATS, and generator interface.
Cooling skid
Direct-to-chip CDUs, dry coolers, and glycol management.
Protection
Clean-agent suppression, man-trap vestibule, rope leak sensors, zone isolation.
Compute
Air or liquid racks, factory-cabled and burned in before shipping.
Facade
Interchangeable cladding — standing-seam, board-and-batten, brick — with parapet kits.
Thermal site package
Stacked geothermal field, zoned snowmelt, ice bank, and thermal battery.
Network
Structured fabric, out-of-band links, and dark-fiber anchor conduit.
It ships commissioned, not as a kit.
The box is tested to its rated load on the factory floor. Failure modes are exercised before it ever reaches your site.
Built, shipped, and set.
Factory-integrated Bloks on real sites — Expressed and Clad, inline fleets and offset stacks, craned onto piers and commissioned. The square-O mark, applied like a maker’s brand.
A module that reads as a building, not a box.
Composed, not parked.
Pre-engineered, pre-stamped arrangements — never random geometry. Every Blok ships stack-ready: full-capacity castings, roof rated as future floor, riser knockouts.
We permit it. We build it. We answer the phone at 2am.
Drilling and interconnect run in parallel — that parallelism is what compresses the schedule.
Heat is the asset. Not exhaust.
Every site treats heat as revenue — routed to geothermal fields, stored in ice, melting snow, sold to the factory next door.
Closed-loop geothermal
PUE 1.03–1.08 · WATER-FREESnowmelt field
80–125 BTU/HR·FT²Factory symbiosis
92°F EXPORT · COP 4–6Ice storage
10× DENSER · RIDE-THROUGHCapacity as a product, not a project.
For hyperscale buyers deciding how to land a gigawatt.
1 GW · one mega-campus
1 POINT OF FAILURE · 1 COMMUNITY BATTLE
1 GW · 7,000 Bloks
WELCOMED SITES · A MANUFACTURED COST CURVE
Illustrative planning estimates for scale comparison — per-Blok water and heat figures are modeled, not contractual. Final numbers are site-specific and confirmed during qualification.
Every objection, answered like an engineering question.
The questions a gigawatt buyer asks before committing — logged, answered, closed.
RFI-001Interconnect queues run 4–7 years. How is this faster?CLOSED+
Bloks interconnect at distribution voltage on existing feeders — thousands of parallel applications instead of one transmission-scale queue position. First units energize while the mega-campus is still in study.
FIRST ENERGIZATION · MONTHS, NOT YEARS · FLEET COMPOUNDS WEEKLYRFI-002A campus is one failure domain. What is my blast radius here?CLOSED+
One lost Blok is 150 kW — 0.014% of a 7,000-unit fleet — rebalanced in software. No single storm, substation, fiber cut, or fire touches the fleet.
BLAST RADIUS · 150 KW · N+7,000 RESILIENCERFI-003Can distributed sites serve frontier workloads — training needs one building.CLOSED+
Straight answer: giant synchronous training runs stay on dense campuses. The fleet is built for what scales revenue — inference, fine-tuning, RAG, batch — placed next to demand. Buy training where you must; buy serving capacity as a product.
INFERENCE-FIRST · 150 KW · 750 W/SF PER BLOKRFI-004Who operates 7,000 sites? The ops overhead looks catastrophic.CLOSED+
You operate one product 7,000 times, not 7,000 bespoke buildings. Serialized identical units, autonomous controls, no on-site staff, one NOC, regional spares depots, 4-hour SLA tiers.
1 NOC · 0 ON-SITE STAFF · SERIALIZED DIGITAL PRODUCT RECORDRFI-005Physical security without a single fence line?CLOSED+
Sally-port man-trap entry, no windows into IT space, rope-sensed intrusion, CCTV, cellular out-of-band — and compartmentalization: a breach yields one 150 kW module, not a campus. Street visibility is a deterrent, not a risk.
SALLY-PORT · ROPE-SENSED · PER-MODULE COMPARTMENTALIZATIONRFI-006Water. My board reports it; communities fight over it.CLOSED+
Zero. Closed-loop geothermal and ice storage — no evaporative towers, no makeup water, no discharge permit. The line item disappears from the ESG report and the town hall.
0 GAL/YR · CLOSED LOOP · NO DISCHARGE PERMITRFI-007Do 7,000 sites mean 7,000 permitting fights?CLOSED+
Approval is engineered into the unit: 45 dBA at 50 ft, architectural facades, heated public sidewalks, outage-power resilience hub, heat revenue for the neighbor. State modular pre-approval plus a trained-inspector program makes the 400th permit faster than the 4th.
45 dBA · READS AS ARCHITECTURE · INSPECTOR ACADEMYRFI-008Utilities hate surprise load. Why would they cooperate?CLOSED+
Each node is distribution-scale, predictable, and curtailable — UL 9540A batteries and deferrable compute bid into demand response. The fleet shows up as thousands of small, flexible, revenue-positive customers, not one transmission emergency.
FITS EXISTING FEEDERS · DR-BIDDING · CURTAILABLERFI-009Chips turn over every 18–24 months. Stranded-asset risk?CLOSED+
Asset layers are financed to their lifespans: compute swaps on a 2–3 yr cycle through the factory refurb line, the enclosure runs 15–20 yr, the borefield 50. Modules are movable, serialized collateral with a certified pre-owned market — not poured concrete.
COMPUTE 2–3 YR · ENCLOSURE 15–20 YR · BOREFIELD 50 YRRFI-010What does $/W look like against a campus, honestly?CLOSED+
Campus $/W is rising — labor, steel, switchgear scarcity, interconnect premiums. Factory units ride Wright’s Law down: every doubling of cumulative volume cuts unit cost. Blok #7,000 is the cheapest ever built; a volume order purchases the curve itself.
WRIGHT’S LAW · SIZE A 1 GW FLEET →Every owner model, one module.
The unit is identical off the line — ownership is configuration, not construction.
Enterprise · private
Own your Bloks outright, single-tenant by design — on your campus, behind your fence, or in your parking lot. Compliance SKUs ride the serialized record.
Retail colocation
Operators lease racks and cages inside a Blok fleet — the sally port gives every tenant hard physical isolation no cage matches.
Wholesale colocation
Lease whole Bloks or whole pads on long-term capacity agreements — the “data hall” is now a serialized SKU delivered by crane.
Hyperscale
Capacity as a product: fleet orders, parallel interconnects, N+7,000 resilience, a manufactured cost curve. Run the gigawatt case →
Edge
One Blok at the metro edge — 150 kW of liquid-cooled compute milliseconds from users, with cellular out-of-band and no building lease.
Managed services
You consume capacity; the BLOK NOC operates everything — monitoring, maintenance, spares, refresh — under one SLA.
Take the shell, or the powered-on cluster.
Shell
You install your own IT gear. Blok delivers the enclosure, power, cooling, and thermal site package.
Integrated BYO
Your GPUs are factory-racked, cabled, and burned in — shipped compute-complete.
Full stack
Blok procures compute and delivers a powered-on cluster with network fabric and base software.
Watched around the clock, from grade to bedrock.
Every lever monetizes something the box already contains.
Four are built into this page — capacity as a product (01), the learning curve (02), self-serve qualification (03), heat-priced compute (04). The rest ship with the fleet.
Illustrative planning estimates. Figures here (thermal-PPA pricing, snowmelt-as-rent, incentives, and the rest) are modeled assumptions for sizing the opportunity — not contractual terms. Actuals are site- and market-specific.
Precise figures (UL 9540A, PUE 1.03–1.08, 45 dBA at 50 ft, clean-agent hold test) are internal design targets and test results; methodology available on request. Third-party certification is pursued per unit as the product reaches production.
Instant feasibility on power, geology, and heat offtake.
Scoring on power, fiber, zoning, noise setbacks, drillability, and neighboring heat users. Response within 48 hours.
Request the drawing set →