Kaiju Labs
Kaiju Labs builds modular, renewable-powered GPU compute infrastructure for sovereign and emerging markets, delivering turnkey AI platforms from site selection through deployment. The KOSHI-1 module provides a 1.4 MW liquid-cooled, NVIDIA-class compute system powered by 100% hydroelectric energy with a design PUE of 1.08. The company targets organizations that require data sovereignty, local compute capacity, and sustainable AI infrastructure.
- Artificial Intelligence
- Clean Technology
- Energy
- Hardware
- Industrial Automation
- Software Only
Funding
Founders
Product
Problem
Organizations in sovereign and emerging markets face significant barriers to building and operating high-density AI compute infrastructure, including unreliable power supply, high energy costs, data sovereignty concerns, and dependence on legacy data center designs ill-suited for modern GPU workloads. Traditional data centers consume excessive energy and water, lack scalable modularity, and frequently fail to meet the security and compliance requirements of national AI initiatives.
Solution
Kaiju Labs provides a vertically integrated AI compute platform that combines land acquisition, renewable energy procurement, and advanced GPU technology into a single, optimized stack. The company's modular KOSHI-1 module delivers liquid-cooled, NVIDIA-class GPU compute in a sealed, rapidly deployable unit that runs entirely on 100% hydroelectric power at a blended cost of $0.04/kWh. By co-locating compute facilities with renewable power sources and engineering for efficiency from the ground up, Kaiju Labs achieves a design PUE of 1.08 with zero mechanical refrigeration. The platform includes proprietary orchestration software that manages all sites through one control plane with sub-80ms latency to Indian demand, enabling organizations to focus on AI development rather than infrastructure management.
Target Audience
Primary customers are sovereign and government AI programs, enterprise organizations training large-scale models, GPU cloud providers, and financial services platforms in emerging markets that require data sovereignty, local compute capacity, and reliable clean power.
Features
- KOSHI-1 modular data module delivering 8× GB300 NVL72 racks at ~1,250 kW with fold-out service bay architecture for rapid maintenance and deployment
- Direct liquid cooling system that leverages natural cold-water resources, eliminating mechanical refrigeration and reducing both energy and water footprints
- Vertically integrated delivery covering site selection, power procurement, GPU deployment, and software orchestration
- no middlemen or fragmented supply chains
- First-principles engineering approach with generative design and seismic/structural certification workstreams for modular manufacturing
- Proprietary control plane software orchestrating all compute sites with unified management, sub-80ms latency to Indian demand, and token efficiency 3.6× greater than legacy GPU deployments
- Generational scalability on the same power and cooling spine, protecting infrastructure investment across GPU cycles