Seabase

Subsea AI infrastructure built for the era of intelligence. Low-latency capacity near major metros.

[Seabase @seabaseai]

What if data centers didn’t have to sit in people’s backyards?

What if ~30% of AI power didn’t have to be spent just on cooling?

What could we build with ultra low latency AI clusters deployed near coastal cities?

The future of AI infrastructure needs the ocean

[Reilly McAdams @reilly_mcadams]

Check out my latest substack post and give it a share!

The Next Layer of AI Infrastructure https://t.co/DypFNh1iEg

[Seabase @seabaseai]

Seabase is building AI data centers on the ocean floor

Designed to place high-density inference capacity near coastal demand.

Ocean-cooled. Incrementally deployable.

This is the physical layer for distributed AI.

[Seabase @seabaseai]

High-density GPU clusters on the ocean floor, cooled by the ocean itself.

We think the next generation of AI infrastructure will look completely different than the cloud era.

This is what we're building at https://t.co/eRwtNuEs3s

[Seabase @seabaseai]

High-density GPU clusters on the ocean floor, cooled by the ocean itself.

We think the next generation of AI infrastructure will look completely different than the cloud era.

This is what we're building at https://t.co/eRwtNuEs3s

[Seabase @seabaseai]

The future of AI infrastructure does not have to be limited by where data centers have always been built

Power architectures are changing.
AI infrastructure has to change with it

https://t.co/eRwtNuEs3s is building that next layer of infrastructure that isn't constrained

[Seabase @seabaseai]

Excited for the conversations, partnerships, and technical collaboration around our modular subsea AI infrastructure designed to bring high-density compute closer to demand while addressing some of the growing constraints around power, cooling, and deployment speed

[Seabase @seabaseai]

Happy to announce Seabase has been accepted into the iMasons Innovation Accelerator.

https://t.co/3NJElR1FYn

[Seabase @seabaseai]

iMasons brings together operators, hyperscalers, infrastructure providers, and energy leaders across the digital infrastructure ecosystem, and we’re looking forward to engaging with the community as AI infrastructure continues evolving rapidly.

[Seabase @seabaseai]

Give our co-founder Reilly's substack a read and share

#AI #Oceantech #Subseacompute #Compute #Cloud

[Reilly McAdams @reilly_mcadams]

Wrote my first post about the path from trading and autonomous agents to subsea AI infrastructure, and why I think the next bottleneck in AI is becoming physical infrastructure itself, not just power

Going to use this substack to write about AI, deep tech, ocean tech, compute, physics, hardware, and of course @seabaseai

Would appreciate a read and sharing it!

https://t.co/5fHN4Wb2YT

[Seabase @seabaseai]

Our Co-founders Reilly and Ollie got the chance to talk about the Seabase vision and how Puerto Rico plays a huge part in it.

Check out the article in Reilly's post

#AI #Oceantech #Compute #Subsea #Datacenters #Cloud

[Reilly McAdams @reilly_mcadams]

Excited to share this article on what we’re building at Seabase.

We discussed our vision for modular subsea AI infrastructure, why Puerto Rico could become an important hub for next-generation compute infrastructure, and the broader challenges around latency, energy, cooling, and AI capacity growth.

#AI #AIInfrastructure #Datacenters #OceanTech #PuertoRico #Compute

https://t.co/62ZVbi8NKt

[Seabase @seabaseai]

That is comparable to the annual electricity consumption of some entire countries.

It is also about thermodynamics, cooling, deployment architecture, and where compute physically lives.

Our compute lives in the best environment on earth with industry leading energy efficiency

[Seabase @seabaseai]

If the world’s AI infrastructure operated at roughly 1.05 PUE instead of the global average data center efficiency, the energy savings would be massive.

At today’s scale, that would equate to an estimated:

~136 TWh saved per year

[Seabase @seabaseai]

That is comparable to the annual electricity consumption of some entire countries...

And as AI demand accelerates, the gap gets larger and larger.

The future of AI is not just about better chips or larger models.

Our compute lives in the best environment on earth

[Seabase @seabaseai]

AI is forcing us to rethink of where and how compute gets deployed

The ocean is the best place for high-density compute and https://t.co/A5YtcgoMaB is building the infrastructure for our compute to run subsea near major metros

#AI #compute #oceantech $NVDA $NBIS $IREN $CRWV

[Seabase @seabaseai]

The future of AI infrastructure will not look like traditional data centers

Seabase is developing modular subsea AI infrastructure designed for high-density compute deployments near major coastal demand

#AIInfrastructure #Datacenters #Subseatech #GPU #Inference #EdgeAI

[Seabase @seabaseai]

What a week at $NVDA GTC…

[Seabase @seabaseai]

At Seabase we are building subsea AI infrastructure for dense compute, natural cooling, and global deployment

The future of compute won’t sit on land, it will sit on the seabed near major metros and population centers

No noise, no building, no water consumption, and a ~1.05 PUE

[Seabase @seabaseai]

A new class of AI infrastructure is coming

AI is pushing power, cooling, and people to their limits. The next generation of infrastructure won’t be built where data centers have always lived since 1950

Seabase was designed natively for AI from first principles and physics