Build AI faster with
Prefabricated Infrastructure

We bring AI compute online in months, on infrastructure we design and manufacture, and powered land we help develop with you.

From infrastructure
to AI capacity.

We manufacture AI data center infrastructure and carry it as far as you need, up to a finished site to lease or to buy.

01AI Infrastructure

We design and manufacture the power, cooling and compute halls, and deliver them as one build.

02Site Development

We help develop powered land into bankable AI-ready projects, and help connect them to compute buyers.

03AI Capacity

We lease or sell ready-to-run sites, so neoclouds and colocation operators get GPUs online fast.

AI Infrastructure,
power to compute.

The full stack runs from high-voltage intake to heat rejection. Every block is modular and prefabricated, so operators stand up sites faster.

Grid, gas or behind the meter, transformed and metered. The megawatts are qualified before the halls are designed.

Prefabricated switchgear, UPS and BESS skids, factory tested, feeding every hall.

Liquid-ready modular halls, GPU-dense, shipped finished and bolted together on the pad.

CDU and hydro modules driving the direct-to-chip liquid loop between power and compute.

Dry coolers and chillers sized for the climate rather than the worst case.

PWR-01PWR-02CMP-01CLG-01CLG-02

Built for the demands of AI,
ready for what's next.

We deliver modular data centers covering air-cooled, direct-to-chip and immersion cooling, from a starter pilot to a hyperscale site.

FogStack block: aerial render on a dark ground, two levels of stacked containers with dry cooler rows around the top deck
FogStack

Fully containerized, from a starter campus to hyperscale.

Learn more
Dark studio rendering of a closed FogPod DLC block: three joined containers, the buffer tank in its frame behind them, and the heat rejection skid fan row alongside
FogPod

Compact and liquid-cooled, plug-and-play on site.

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FogPod Air: the hall container, power module container and heat rejection skids on a dark ground
FogPod Air

Compact and air-cooled, sized for a quick pilot or colocation.

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FogPod Imm: render of the two-deck container on a dark ground, dry cooler bays above the tank hall
FogPod Imm

Compact and immersion-cooled, built for smooth operation.

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Pair with
Frontier AI Engines

NVIDIA GB300 NVL72 rack, compute and switch trays cabled at the frontNVIDIA GB300 NVL72
NVIDIA GB200 NVL72, a compute rack beside its cooling cabinetNVIDIA GB200 NVL72
NVIDIA HGX B300 baseboard, eight GPU modules on the trayNVIDIA HGX B300
NVIDIA RTX PRO 6000, single card with a blower shroudNVIDIA RTX PRO 6000
NVIDIA H200 baseboard, eight SXM modulesNVIDIA H200
HGX platform in a rack, servers stacked in a Supermicro cabinetHGX Platform

Powered land,
developed faster.

Ready-to-run sites are the bottleneck for neoclouds and colocation operators, who are scaling faster than they can build. Fog works with owners of powered land to develop it into AI-ready sites, and gets them ready for compute in months.

Aerial of a powered site: the substation in the foreground, the compute buildings it feeds behindFog Hashing hydro-cooling container running beside the plant building on an industrial siteAisle of a white-paneled data hall, power cabling dropping from the overhead tray into each cabinet
Co-develop a site

A global portfolio
of compute sites.

From North America to Australia and the Middle East, we're glad to see our modules running strong in the field, cold or hot, dry or wet.

See the footprint
40
Countries
400MW
Deployed
90%
North America
6yrs
In-house R&D

Satisfied customers,
across countries.

Aerial of Fog Hashing hydro-cooling containers and their dry coolers on a fenced pad beside a utility solar farm
100% Solar-Powered Compute

“BC40 containers have been in operation for two years now, and they have exceeded my expectations in every way. The miners are almost always online, which is something that air-cooled mining farms could never achieve.”

10MW · AUSTRALIA
Four air-cooled containers running on the Simple Mining site, dry coolers open above each
10MW Liquid-Cooled Site in Iowa

“The site has now run 90 days without an interruption. What I did not expect is that Fog stayed involved after deployment, and their engineers still walk through our operating questions with us every month.”

12MW · IOWA, USA
The two Fog Hashing BC40 immersion containers on the Missouri site, dry coolers alongside, seen from the air
From Air to Immersion in Missouri

“Absolutely thrilled about making the move. The uptime is there, it is so much easier on the equipment, and the dust and dirt stay outside with the dry coolers. We will never go back to air after taking the jump.”

TWO BC40 CONTAINERS · MISSOURI, USA

Tell us what you're building.