Step one

Assessment

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.
‍Output: a tailored feasibility report with cost, timeline, and regulatory considerations.

Step two

Design & Engineering

Every unit is customized to your compute profile. We configure rack density, power envelope, and network interfaces, while handling all environmental and regulatory screenings.
‍Result: an engineered solution that meets your workload, compliance, and ESG goals.

Step Three

Deployment

The units are fabricated, transported, and installed offshore using proven marine engineering methods. Typical timeline: 12–16 weeks from contract to live deployment.
‍Benefit: instant scalability at a fraction of the time and cost.

Step Four

Operation & Monitoring

Once deployed, the units are continuously monitored with predictive analytics and remote telemetry. Our operations team can oversee uptime, redundancy, and environmental safety. The client can also employ their own NOC & SOC facilities and capabilities.
Confidence: enterprise-grade SLAs, backed by round-the-clock monitoring.

Step Five

Retrieval & Lifecycle

The units are designed for modular swap-outs. When upgrades or servicing are needed, they can be retrieved, serviced, and redeployed with minimal disruption. End-of-life units are responsibly decommissioned. The expected life of each unit is 20+ years.
‍Sustainability: closed-loop lifecycle management aligned with environmental standards.

Why Subsea?

Free Cooling

Our solution eliminates the need for electrically driven cooling, which also results in a 40% cut in CO2 emissions compared to traditional data centers.

Environmentally Sound

Data centers, one of the world's largest energy-consuming asset classes, continue to grow. Depending on the server configuration, each unit deployed can reduce between 800 and 3,500 tons of annual carbon emissions compared to traditional data centers.

Circumvent Technical Hurdles

By collocating with renewable assets, we circumvent all storage and attenuation challenges faced by renewable providers.

Using Existing infrastructure

With hundreds of subsea cables and thousands of offshore assets, our data centers can easily access power and connectivity.

Reduced latency

Well over half of the global population resides near the coast. Positioning data centers closer to the coast reduces latency, enhancing overall consumer performance.