Generating Life
Sustainable AI infrastructure for the world.
Kaiju Labs leverages foundational expertise in land, power, and technology assets — powered by proprietary software — to deliver scalable, first-principles-driven AI compute solutions worldwide.
100 MW
Primary campus
expandable to 380 MW
$0.04/kWh
Blended power cost
100% hydroelectric, 24/7
1.08
Design PUE
zero mechanical refrigeration
3.6×
Token efficiency
vs legacy GPU deployments
What We Do
The complete AI compute platform
Kaiju AI Nexus delivers turnkey, high-density GPU infrastructure — from site selection and power procurement through deployment and orchestration — so organizations can focus on what they do best: building AI.
AI-as-a-Service
GPU compute on demand — from model training to inference at scale, with the infrastructure to match any workload.
Sustainable by Design
Renewable-powered, liquid-cooled infrastructure that minimizes environmental impact without compromising performance.
Sovereign & Emerging Markets
Purpose-built for nations and regions demanding data sovereignty, local compute, and digital infrastructure independence.
Vertically Integrated
From land and power to GPU racks and software — a single, optimized stack engineered from first principles.
Our Foundation
The Three Pillars
Every great AI infrastructure starts with three fundamentals. We've mastered all three.
Strategic Sites
Land
Strategic sites with the space, security, and access to scale compute campuses — positioned in regions with optimal conditions for high-density operations.
Renewable Energy
Power
Direct access to abundant, low-cost renewable energy — anchored by hydropower — providing the reliable, clean electricity that AI workloads demand.
GPU Infrastructure
Technology
Modular, liquid-cooled, NVIDIA-class GPU infrastructure engineered from first principles — designed for density, efficiency, and generational scalability.
All orchestrated byproprietary software.
Technology & Infrastructure
Engineered from first principles
Our modular, liquid-cooled GPU data centers are designed for the extreme density and efficiency that modern AI demands — without the waste, complexity, or lock-in of legacy infrastructure.
Modular Architecture
Rapidly deployable building blocks that scale from kilowatts to megawatts, designed for speed-to-market and operational flexibility.
Direct Liquid Cooling
Purpose-engineered liquid cooling for high-density GPU racks — enabling maximum compute density while dramatically reducing energy overhead.
Leading GPU Platforms
Built on NVIDIA's latest GPU architectures, delivering the performance that cutting-edge AI training and inference workloads demand.
Generational Scalability
Designed to scale generation over generation on the same power and cooling spine — protecting your infrastructure investment across GPU cycles.
Sustainability
The cleanest path to
large-scale AI compute
AI compute powered by renewable hydropower and cooled efficiently with natural cold-water resources — sharply reducing the carbon and water footprint of high-density AI infrastructure.
Renewable energy anchor
Our infrastructure is powered primarily by hydroelectric energy — one of the cleanest, most reliable renewable sources available.
Efficient thermal management
Direct liquid cooling leverages natural cold-water resources, dramatically reducing the water and energy footprint of high-density compute.
Energy efficiency
Purpose-engineered from the ground up to minimize Power Usage Effectiveness — ensuring more energy goes to compute, not overhead.
Sustainable AI isn't a compromise — it's a competitive advantage.
By co-locating with renewable energy sources and engineering for efficiency from day one, we deliver compute that's both cleaner and more cost-effective.
Who We Serve
Built for the builders
From sovereign AI programs to enterprise-scale model training, our infrastructure serves the organizations shaping the future of AI.
Sovereign & Government AI
Purpose-built infrastructure for national AI initiatives — with data sovereignty, physical security, and local compliance built in from day one.
Enterprise AI & Model Training
High-density GPU compute for organizations training and deploying large-scale AI models — with the performance and reliability enterprises demand.
GPU Cloud & Wholesale Compute
Scalable, wholesale GPU capacity for cloud providers, GPU-as-a-Service platforms, and compute resellers looking for reliable infrastructure supply.
Financial Services & Digital Infrastructure
High-performance compute infrastructure for emerging-market financial platforms, fintech innovation, and digital infrastructure buildout.
Why Kaiju
What sets us apart
We don't just build data centers — we build complete AI infrastructure ecosystems from the ground up.
Vertically Integrated
Land, power, and technology in a single optimized stack — no middlemen, no fragmented supply chains, no misaligned incentives.
First-Principles Engineering
Every component is engineered from scratch for AI compute density — not retrofitted from legacy designs or optimized for yesterday's workloads.
Sustainable by Design
Renewable energy and efficient cooling aren't add-ons — they're the foundation of our infrastructure, delivering cleaner compute at lower cost.
Built for Sovereign Markets
Purpose-designed for nations and regions demanding data sovereignty, local compute capacity, and infrastructure independence.
About Kaiju Labs
Deep-tech infrastructure, built in Colorado
Kaiju Labs is a Colorado-based deep-tech infrastructure company building the next generation of sustainable AI compute. We combine foundational expertise in land acquisition, renewable power procurement, and advanced GPU technology into a single, vertically integrated platform.
Our mission is to make high-performance AI compute accessible, sustainable, and sovereign — delivering infrastructure that nations and organizations can truly own and operate, powered by clean energy and engineered from first principles.
Leadership
Nick Yee, MD
Founder & Chief Executive Officer
Combining deep expertise in technology, medicine, and infrastructure development, Nick leads Kaiju Labs' mission to build sustainable, sovereign AI compute infrastructure worldwide.
Dixon Chan-Dick
Chief Technology Officer
A pioneering technologist whose career spans the origins of personal computing — as an early member of the IBM PC team — to today's AI infrastructure. Dixon leads systems architecture and module interconnect design, with deep expertise across satellite communications, distributed systems, and data center design and deployment.
Ian Netherton, CPA, ABV
Chief Financial Officer
A senior financial executive with deep expertise in capital strategy, deal structuring, and operational finance, including as CFO of venture firm Groundswell Ventures. Ian leads Kaiju Labs' financial modeling, capital strategy, and institutional investor engagement.
Frederick "Fritz" Smith
Head of Go-to-Market
A go-to-market and revenue-operations leader who has scaled B2B growth across private-equity-backed companies — including as Chief Revenue Officer at Corcentric and founder of GTM advisory Topline Catalyst. Fritz builds the sales systems and operating discipline that turn Kaiju Labs' infrastructure into predictable, scalable demand.
Advisors
Jason Carter, PhD
Modular Manufacturing Technical Advisor
Founder and CEO of The Mod Squad Team and a two-decade authority in offsite and volumetric construction, Jason has guided modular programs from planning through execution — including as VP of Business Development at Vantem Global, backed by Bill Gates' Breakthrough Energy Ventures. At Kaiju Labs he advises on modular manufacturing strategy, fabrication validation, and the finite-element-analysis workstreams behind the module's seismic and structural certification — bridging GPU system design and physical fabrication as production moves in-house.
Get in Touch
Let's build the future of sustainable AI compute
Whether you're exploring sovereign AI infrastructure, looking for GPU compute capacity, or interested in partnering — we'd love to hear from you.
Email us directly
nick@kaiju-labs.comBased in
Denver, Colorado, USA