The next generation
of compute infrastructure
is offshore.
Offshore Compute Systems is developing offshore data centers integrating high-density computing, seawater cooling, and dedicated power infrastructure.
The backlash is now the binding constraint.
Americans oppose a new data center in their area (71%)
Americans oppose a nuclear plant in their area (53%)
US data center power demand, 2025 to 2030
Land faces the queue, the water fight, and the neighbors. Offshore is designed to sidestep all three.
Built by Maritime Academy graduates.
Zach Bianchi
Maritime Academy graduate with offshore oil & gas experience aboard Shell’s Auger platform and the Transocean Deepwater Poseidon. Previously worked in EV battery cell procurement at Tesla; currently at Ford.
LinkedIn ↗Michael Aras
Maritime Academy graduate. Background in data analytics, software development and architecture, and automation for power generation systems. Builds enterprise software platforms, remote diagnostics, and monitoring systems for operational decisions.
LinkedIn ↗Three ways to work with us.
We’re building these relationships ahead of scale.
Offshore operators & platform owners
Host a pilot deployment on existing offshore infrastructure, or explore site agreements, revenue share, and joint-venture structures for future platforms.
Start a conversation →AI, HPC & scientific compute
Secure compute capacity on upcoming offshore deployments for AI inference and training, high-performance computing, or research workloads.
Discuss capacity →Investors & strategic partners
Back the development of offshore compute infrastructure from dockside prototype through purpose-built platform.
Get in touch →Build with us offshore.
Tell us who you are and what you’re working on.