© 2025 The Ocean Data. All rights reserved.
A new class of AI infrastructure.
Built underwater.
The Ocean Data designs modular underwater compute PODs that deliver high-density AI performance with near-zero cooling overhead and a smaller environmental footprint.
WHY NOW ?
AI's infrastructure bottleneck is real
AI demand is growing faster than conventional infrastructure can scale. The bottleneck isn’t compute — it’s how we cool and deploy it.
945 TWh
Projected global DC electricity demand by 2030 (IEA)
40%
Energy wasted on cooling in conventional data centers
99%
Active cooling cost removed — passive immersion eliminates HVAC entirely
THE PROBLEM
Traditional data centers are hitting their limits
Dense AI workloads are exposing the structural constraints of conventional data center design. Power, water, permitting and grid capacity are all becoming hard limits at exactly the moment demand is accelerating.
Power density ceilings
Dense AI workloads push rack-level power beyond what air-cooled facilities were designed to handle.
Water consumption
Evaporative cooling at hyperscale facilities consumes millions of liters of freshwater per day.
Permitting & grid delays
New-build data centers routinely wait 3–7 years for grid connections and land approvals.
Grid strain
Regional transmission capacity is increasingly the hard limit — not silicon, not capital.
THE SOLUTION
Underwater. Modular. Efficient.
The Ocean Data has designed a modular underwater POD for high-performance compute. By sealing servers inside submerged units that use surrounding water as a natural cooling system, it rethinks how AI infrastructure is cooled, deployed, and scaled.
Sealed Pressure-Resistant PODs
Servers housed in waterproof, pressure-resistant enclosures engineered for long-duration immersion.
Natural Immersion Cooling
Ambient water eliminates active cooling systems entirely — no chillers, no fans, no evaporation.
Modular & Deployable
Capacity added incrementally, deployed close to demand, at coastal and offshore sites worldwide.
HOW IT WORKS
From POD to deployed infrastructure
A straightforward deployment process — from server integration to 24/7 monitoring.
Server integration
Servers installed in sealed, pressure-resistant PODs.
Submerged deployment
PODs submerged for stable, passive natural cooling.
Modular scaling
Deployed modularly — one POD or many, at scale.
Remote monitoring
Monitored remotely, 24/7, with full observability.
ENGINEERING PROOF
Not a concept. An engineered system.
From filed patents to real-world immersion testing — the science is solid and the hardware is in the water. Pictures and details of first submerged POD available on demand.
Patent Filed
Patented underwater cooling solution
Extended Immersion Testing
Real-world validation 2640+ hours of immersion with zero failure.
French Company
Company Active since September 2023.
PERFORMANCE
Measurable efficiency gains
Performance benchmarks based on internal testing. Details available on request.
0
Water Waste
No evaporative cooling, no freshwater draw.
40%
Less Energy
Energy wasted on cooling in conventional data centers.
99%
Less Cooling Costs
Less cooling costs with passive immersion cooling.
USE CASES
Built for the workloads that matter
From large-scale AI training clusters to sovereign edge deployments — built for the compute demands of the next decade.
AI Training
Dense compute for model training and GPU clusters.
Inference Capacity
Regional sovereign capacity for latency-sensitive workloads.
Industrial & Coastal
Deployments adjacent to coastal industrial and research sites.
Strategic Edge
Energy-adjacent infrastructure for resilient compute.
JOIN THE JOURNEY
Seed round open.
Pilot partners welcome.
Join the seed round or become one of our first pilot partners. First movers will help shape deployment roadmap and reference architecture.
Investor discussions
Access seed round materials, technical documentation, and data room on request.
Request InformationPilot & partnership
First pilot partners will shape the deployment roadmap and reference deployments.
Talk to Us© 2026 The Ocean Data. All rights reserved.