A high-tech server or data center unit with multiple vertical racks illuminated by blue LED lights, visible cooling fans on top, branded with the word GEMATEG, and connected by orange and black cables.
Accelerating AI Infrastructure
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Own your AI. Skip the build.

Novel Active Thermal Management Technology Enabling the Edge AI Infrastructure Market 

Why now

Banks, hospitals, factories, and governments want to run AI on machines they own. Three forces are pushing them there.

01

Data sovereignty

Sensitive institutions need their data, and the models that use it, on infrastructure they control.

02

The cost of running AI

AI bills are growing faster than budgets. Owning the system puts that cost back under your control.

03

The wait for cloud capacity

Shared capacity is scarce and the queue is long. With your own compute, you do not wait on anyone else.

The problem

Today, the answer is a shrunken hyperscale data center.

To run AI on-site, the industry offers two options.

Large hyperscale data center building at sunset

Either scale

Big data centers, resource-intensive, facing community backlash.

OR
Small prefabricated data center enclosure

Or shrinking

The same design, made smaller, with the same problems.

Either way, you still bring five things before a single model runs.

01
Water

Evaporative cooling draws on the local supply, every day.

02
Chillers

Mechanical cooling plants add cost, floor space, and failure points.

03
A mild climate

Hot, humid, and remote sites are ruled out from the start.

04
A power contract

Cooling overhead inflates the grid connection you have to negotiate.

05
Years

Design, permits, and construction come before anything runs.

All five come down to one thing: heat.

The answer

GemaPOD™. A complete AI data center, without building one.

A modular system you own and run anywhere, with GemaTEG thermal management built in. Expand it one module at a time.

No water consumption

A closed loop draws nothing from the local supply.

No chillers

Warm fluid is sufficient to keep the chips from overheating.

No climate or location limits

We can go anywhere large data centers cannot.

Less power

AI-driven management optimize performance.

Short lead time

Delivered assembled and tested, 3-6 months post-order.

No data center rejection

A pod brings no eyesore, no noise, no water draw, so no fight to build it.

100–500kW
Capacity per unit
<40m²
Complete data center footprint
3–6months
Delivered assembled and tested
$2M
CAPEX minimum investment for base model
The technology inside

Anyone can put servers in a box. Ours works because of what's inside.

DaTEG® 2.0 active thermal management module connected to blue and red fluid lines.
Hardware · At the chip

DaTEG®

Precision thermal control at the chiplet level. Heat is managed where it's made, zone by zone, instead of chased through the room.

Active cold plate
Zone-by-zone control
Patented
GemaTEG Supervisor software dashboard displayed beside a data center server rack.
Software · Across the system

Supervisor™

The intelligence layer. It monitors the whole system in real time and optimizes cooling power with machine learning.

Real-time monitoring
Predictive control
Remote management
Applications

Six places GemaPOD™ goes that a large data center can't.

Wherever AI has to run close to the mission, under your own control, and without the infrastructure a hyperscale facility needs.

GemaPOD unit beside a government building

Government AI

Sovereign AI for public agencies, on infrastructure the agency owns.

GemaPOD unit deployed at a field defense site

Defense

Compute that stays under national control, close to the mission.

GemaPOD unit next to a power substation

Critical infrastructure

AI for energy, utilities, and transport, running on-site and built for uptime.

Data center aisle lined with server racks

Regulated industries

Banks, insurers, and hospitals that must keep their data in house.

Solar-powered GemaPOD unit on a coastal island

Remote regions

AI capacity in places with no data center, no spare water, and a harsh climate.

Researchers working beside a GemaPOD unit in a lab

Research

Dedicated compute for labs and universities, without the queue.

More compute. Closer to the mission. Under your control.

Proof

Our technology already runs where failure is not an option.

Validated deployments at Sandia National Laboratories, Leonardo, and CERN.
Talk to us

Tell us where you want to run AI. We'll show you what a GemaPOD™ looks like there.

Three large rectangular industrial server units labeled GEMATEG with visible internal components and cooling fans on top, placed in a dry desert landscape with mountains and an industrial plant emitting smoke in the background during sunset.