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Every project follows a clear, client-tested process: fast installation, continuous monitoring, and seamless lifecycle management, with minimal risk and maximum return.
We begin with a deep dive into your requirements: energy, connectivity, and workload. Our team maps coastal and offshore sites, evaluates grid or renewable power options, and checks subsea cable access.
Every unit is customized to your compute profile. We configure rack density, power envelope, and network interfaces, while handling all environmental and regulatory screenings.
The units are fabricated, transported, and installed offshore using proven marine engineering methods. Typical timeline: 12 weeks from contract to live deployment.
Once deployed, units are continuously monitored with predictive analytics and remote telemetry. Our team (or yours) can oversee uptime, redundancy, and environmental safety.
Units are designed for modular swap-outs — retrieved, serviced, and redeployed with minimal disruption. End-of-life units are responsibly decommissioned. Expected unit life is 25+ years.
Each unit deployed can cut 800–3,500 tons of annual carbon emissions versus a traditional data center, depending on configuration.
With hundreds of subsea cables and thousands of offshore assets, our data centers easily access both power and connectivity.
Eliminating electrically driven cooling delivers a further 40% cut in CO₂ emissions compared to land-based facilities.
Over half the global population lives near a coast. Positioning compute closer to shore reduces latency and lifts performance.