AI factories built for frontier-scale compute

Deploy large-scale AI without building data centers from scratch.

Repeatable, GPU-dense AI factories integrate power, cooling, networking, and security so you can move from site selection to production faster.

Read Sustainability Insights Explore SOLO Technology

AI factories as your AI infrastructure model

One single, integrated system:
Each AI factory aligns power, land, facilities, and GPU infrastructure under a single, scalable, vertically integrated delivery model.

Designed for large-scale AI workloads:
Every factory is optimized so you can train, fine-tune, and serve frontier models without re-architecting core infrastructure.

Deployment for any roadmap:
All Uvation AI factories provide standardized building blocks that follow your AI roadmap across regions and use cases.

AI factories as your AI infrastructure model

Three factory archetypes

Uvation AI factories come in three configurations. Expand from one site to a distributed footprint with consistent operations.

Traditional AI factory

Asset Modernization:
The campus anchor

High-density facilities integrate into existing or new-build data center campuses where power, fiber, and long-term workloads converge. Anchor sovereign AI, enterprise, and government programs that need hardened environments and predictable capacity.

Key Specs:
* 80kW+ per rack capacity.
6–12 month implementation.
19–23% TCO reduction.

KDM Value:
Maximum utilization of existing CapEx.

Modular AI factory

Rapid Deployment:
The rapid deployer

Containerized, repeatable units ship as standardized blocks of power, cooling, and GPU for regional expansion or burst capacity. Stand up training and inference environments quickly, even in constrained or emerging markets.

Key Specs:
* 4–8 week deployment on Earth.
120kW+ per rack support.
Certified for extreme climates & orbital vibrations.

KDM Value:
Extreme speed-to-market and geographic flexibility.

Autonomous AI factory

The Ultimate Strategic Asset:
The grid-independent platform

These future-ready sites pair GPU-dense compute with dedicated, behind-the-meter power systems to reduce grid dependency and energy volatility and meet power, sovereignty, or security requirements.

Key Specs:
* 1 MW Carbon-Free Baseload
Locked $0.07/kWh energy rate for 15 years.
99.999% uptime (Independent of Grid).

KDM Value:
Immunity to energy inflation and geopolitical grid disruption.

Why AI factories matter for your roadmap

Uvation AI factories compress the value chain into a single, accountable platform that removes delays and integration risk from multiple vendors. Improve time-to-capacity, lower total cost of ownership, and support sustainable power strategies across your AI portfolio.

Faster time to production:

Pre-engineered factory designs and standardized scalable units help you move from planning to operational AI capacity in weeks instead of traditional multi-year build cycles.

Reduced complexity and vendor risk:

Establish a "Behind-the-Meter" Vertical integration across power strategy, facilities, GPUs, and lifecycle operations gives you one partner responsible for design, deployment, and uptime.

Future-proof, GPU-ready architecture:

Modular rack, power, and cooling topologies are designed to accommodate next-generation GPUs and larger models without re-building your sites.

Sustainability and ESG alignment:

Factories are aligned with low-carbon power today and planned micro-reactor deployments tomorrow, helping you scale AI while managing carbon intensity and regional ESG commitments.

Faster time to production:

Pre-engineered factory designs and standardized scalable units help you move from planning to operational AI capacity in weeks instead of traditional multi-year build cycles.

Reduced complexity and vendor risk:

Establish a "Behind-the-Meter" Vertical integration across power strategy, facilities, GPUs, and lifecycle operations gives you one partner responsible for design, deployment, and uptime.

Future-proof, GPU-ready architecture:

Modular rack, power, and cooling topologies are designed to accommodate next-generation GPUs and larger models without re-building your sites.

Sustainability and ESG alignment:

Factories are aligned with low-carbon power today and planned micro-reactor deployments tomorrow, helping you scale AI while managing carbon intensity and regional ESG commitments.

SOLO micro-modular reactors and autonomous AI power

SOLO-powered factories are designed to pair dense AI compute with dedicated, on-site nuclear generation so you can decouple capacity planning from constrained regional grids.

This behind-the-meter model improves energy price predictability and resilience for mission-critical AI workloads over the full life of the site.
SOLO micro-modular reactors enable governments, defense programs, and regulated industries to align AI infrastructure with national energy policies and security frameworks.

Co-designed physical security, regulatory compliance, and site architectures help support sovereign AI and high-assurance workloads.
SOLO integration is part of Uvation’s forward-looking roadmap, targeting zero-direct-emission power for autonomous AI factories starting in 2028 and beyond.

This path positions your AI infrastructure to meet future carbon, reporting, and permitting requirements without disruptive retrofits.

The Power Demand Shift 2026–2035

The global AI power requirement is projected to grow from 15–20 GW today to over 150 GW by 2035, consuming nearly 4%–6% of total global electricity.

Metrics	Traditional	Modular	Autonomous
Grid Independence	0%	20% ( Backup)	100% ( Sovereign)
Energy Rate	Variable Market	Industrial Tier	Fixed $ 0.07/kwh
Time to Market	6-12 Months	8 Weeks	12-18 Months
Operational Life	5-7 Years	10-15 Years	15-30 Years
Deployment Suitability	Urban Office	Edge/Orbit	Off-Grid/ Smart Cities

Beating the AI infrastructure crunch

As global utility wait-times stretch from months to years, an autonomous factory with a SOLO deployment gives you a path to add capacity without waiting on traditional grid expansion.

Why Uvation?

Uvation connects power, land, facilities, and GPU infrastructure into a vertically integrated AI factory model, giving you a single partner to design, deliver, and operate high-density AI capacity aligned with regulatory, performance, and sustainability requirements.

Explor our AI Factory

Vertical integration across the AI value chain

We coordinate planning across power, networking, and compute for fewer handoffs, fewer unknowns, and faster critical decisions

You get one partner for siting, factory design, GPU clusters, and operations.

Repeatable, modular, and compliant by design

Integrated planning with renewables today and planned nuclear power tomo

Uvation AI factories can be tailored for sovereign AI, defense, and regulated workloads with data residency controls, hardened facilities, and controlled connectivity.

Vertical integration across the AI value chain

We coordinate planning across power, networking, and compute for fewer handoffs, fewer unknowns, and faster critical decisions

You get one partner for siting, factory design, GPU clusters, and operations.

Repeatable, modular, and compliant by design

Integrated planning with renewables today and planned nuclear power tomo

Uvation AI factories can be tailored for sovereign AI, defense, and regulated workloads with data residency controls, hardened facilities, and controlled connectivity.

AI factories as your AI infrastructure model

One single, integrated system:
Each AI factory aligns power, land, facilities, and GPU infrastructure under a single, scalable, vertically integrated delivery model.

Designed for large-scale AI workloads:
Every factory is optimized so you can train, fine-tune, and serve frontier models without re-architecting core infrastructure.

Deployment for any roadmap:
All Uvation AI factories provide standardized building blocks that follow your AI roadmap across regions and use cases.

Metrics

Traditional

Modular

Autonomous

Grid Independence

20% ( Backup)

100% ( Sovereign)

Energy Rate

Variable Market

Industrial Tier

Fixed $ 0.07/kwh

Time to Market

6-12 Months

8 Weeks

12-18 Months

Operational Life

5-7 Years

10-15 Years

15-30 Years

Deployment Suitability

Urban Office

Edge/Orbit

Off-Grid/ Smart Cities

AI factories built for frontier-scale compute

AI factories as your AI infrastructure model