ARK AI International provides liquid‑nitrogen‑based cryogenic cooling systems that replace traditional vapor‑compression chillers in high‑density data centers. The modular, water‑free solution lowers Power Usage Effectiveness, integrates with waste‑heat recovery, and offers AI‑driven monitoring for hyperscale cloud, AI, and quantum compute facilities.
Funding
Funding not disclosed
Founders
Product
Problem
High‑performance data centers that support AI, cloud, and quantum workloads consume large amounts of electricity for cooling and often rely on water‑intensive chillers, leading to elevated operational costs and sustainability concerns. Inadequate thermal management also reduces system reliability and limits scalability for dense compute deployments.
Solution
ARK AI International delivers cryogenic cooling platforms that replace conventional vapor‑compression chillers with liquid‑nitrogen‑based heat removal. The system extracts thermal energy directly from server racks using a closed‑loop cryogenic circuit, achieving substantially lower Power Usage Effectiveness (PUE) while eliminating water consumption. Integrated dual‑function heat exchangers transfer heat to ambient or waste‑heat recovery loops, enabling flexible deployment in existing facilities or new builds. A cloud‑connected monitoring suite provides real‑time temperature analytics, predictive maintenance alerts, and automated control adjustments to maintain optimal thermal conditions. The modular design scales from small server rooms to hyperscale campuses, supporting rapid installation and minimal footprint.
Target Audience
Primary customers are hyperscale cloud providers, AI compute clusters, and quantum‑computing facilities that require high‑density, energy‑efficient cooling solutions for mission‑critical workloads. The offering also serves enterprise data center operators seeking to reduce water usage and improve thermal reliability.
Features
- Cryogenic cooling loop with liquid‑nitrogen evaporators delivering sub‑ambient rack temperatures without water‑based chillers
- Dual‑function heat exchanger that simultaneously rejects heat to ambient air or integrates with waste‑heat recovery systems
- Water‑free cooling architecture reducing operational water usage to near zero
- Modular unit sizing (1 kW to 10 MW) for incremental capacity expansion and phased retrofits
- AI‑driven performance monitoring dashboard with real‑time thermal mapping, anomaly detection, and remote diagnostics
- API‑based integration with existing Data Center Infrastructure Management (DCIM) platforms for unified control
- Compliance with ASHRAE 90.1 and ISO 50001 energy‑management standards
- Redundant safety controls and automated shutdown protocols to protect equipment during cryogen depletion events