The Process

The Process

define use case

Establish
specifications

Site selection

Survey/ Permitting



Build-out and
Testing

Deployment

Online!

Periodic Maintenance

Higher Performance



Lower
Cost

Subsea Data
Centers

Why SubseA?
|

01

Free Cooling

Our solution eliminates the need for electrically driven cooling, cutting CO2 emissions from traditional data centers by 40%. Each deployed pod prevents 350-950 tons of annual carbon emissions.

02

Circumvent Scarcities

Subsea Cloud places data centers in coastal waters to overcome scarcities such as green power, water, and land. We eliminate water usage and eradicate electrically driven cooling. We deploy in waters anywhere.

03

Existing Infrastructure

Over 99% of global communications use subsea fiber optic cables. With an increasing number of these cables, our data centers can easily access power and connectivity. Co-locating with offshore renewables and other offshore assets means we are extremely efficient.

04

Reduced Latency

Data centers often prioritize cheaper power and land, leading to latency issues as users may be located elsewhere. Over half of the global population resides near the coast, and positioning data centers closer to the coast reduces latency, enhancing overall consumer performance.

05

Environmentally Sound

Data centers, the world's largest consuming asset class, continue to grow. By removing up to 40% of their power consumption and co-locating with renewables, we contribute to global climate targets.


For more on our subsea data centers, check out our
video here.

 

350+

subsea cables

700MW

available per site

12 Wks

to build and deploy

950

tons of CO2 saved, per unit

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