GFPSO · The integrated system

Produce. Compute. Recover.

GFPSO is a configurable floating infrastructure platform that converts an energy resource into digital work—and may recover the resulting compute heat to produce fresh water.Current concept interpretation · screening-stage design

System architecture

One marine platform. Four connected systems.

The value comes from integration: the energy source, power island, modular compute and water system are engineered as a single infrastructure proposition.

01

Receive & condition energy

Natural gas is received and conditioned. LPG recovery and carbon capture/export remain configurable project options.

Primary energy
02

Generate dedicated power

Gas turbines, heat-recovery steam generation and steam turbines form an integrated combined-cycle power island.

Reliable electricity
03

Operate modular compute

AIPODSX compute pods are protected inside controlled hull spaces and supported by heavy-lift installation and removal routes.

Digital work
04

Recover useful heat

Valora may transfer recoverable compute heat to multi-stage thermal distillation rather than rejecting all of it to the environment.

Fresh water

Illustrative configuration

Sovereign-scale capacity without a conventional land campus.

~300
modular compute pods
~300,000
GPUs at ~1,000 GPUs per pod
~360 MW
power-platform screening basis
~99.95%
power availability design target
Values are concept-level design targets from the current GFPSO presentation. They are not vendor guarantees and remain subject to configuration, site conditions and project engineering.

Why a floating platform

Bring the infrastructure to the resource.

Protected compute

Controlled spaces inside the hull

Pods operate inside purpose-designed holds, separated from the marine environment and arranged for maintainability.

Technology refresh

Replace modules—not the whole facility

Heavy-lift routes and modular boundaries support refresh at the server, rack or complete-pod level.

Infrastructure integration

Power and water designed together

Co-location creates a practical pathway to beneficial use of compute heat and reduces dependence on transmission build-out.

Go deeper

The platform is built around AIPODSX and Valora.

Explore the modular compute architecture and the Thermal Cascade Valorization Circuit as distinct, scalable technologies.

Explore AIPODSX
Thermal energy pathwaySee how Valora uses the energy twiceUS provisional patent filed September 2026