01Space

Engineered for space.

Every Thesis system can be adapted to space. Deploy off world Infrastructure at scale.

02Off World Infrastructure

Lab space and data centers. Rocket mobile.

15 Omega data centers and 5 Thesis Labs can be loaded onto a single Starship.

Starship payload diagram showing five Thesis Labs and fifteen data centers in five stacks — Side cutaway · 20-unit payload

Lunar research base render showing a central habitat, five Thesis Labs, power and comms arrays, and fifteen Omega data centers on the lunar surface — Lunar research base · 20-unit deployment

03Off World Infrastructure & R&D

System 01

Hermes X

Personal Compute & Robotics

Pocket-sized autonomy

Highly mobile compute for astronauts — with a drop-in module that transforms vehicles into autonomous robots.

System 02

Apollo X

Mission control and fleet command

Local data relay and portable data center for robotic command and control.

System 03

Omega Carrier

Off world infrastructure. Virtually indestructible.

A durable data center built to survive space.

Thesis Lab for space — a self-contained laboratory module with solar roof and communications dish on the lunar surface

A Thesis Lab, off world.

The same rapidly deployable laboratory — power, connectivity, compute, and fabrication — re-engineered for operation beyond Earth. A self-contained research station for the Moon, Mars, and deep-space missions, giving crews the tools to learn, design, build, and deploy wherever they land.

PowerSolar + battery storage, rated for extreme thermal cycles

ConnectivityDeep-space communications link

ComputeOn-site AI and mission compute — no ground link required

FabricationIn-situ repair and manufacturing capability

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