ODYSSEUS-1 · Q1 2027 · FALCON 9 RIDESHARE

The first vehicle.

Our opening chapter. A single orbital supercomputer designed to run real workloads for real customers within weeks of reaching orbit.

ODYSSEUS-1 · SN 001

The first vehicle.

Odysseus-1 is a single orbital supercomputer designed to run real workloads for real customers within weeks of reaching orbit. Every system the first fleet will share is being proven on this first launch.

Mission profile.

Launch Window
Q1 2027
Launch Vehicle
SpaceX Falcon 9
Target Orbit
Low Earth Orbit · Sun-synchronous
Vehicle Class
S-Class · Scale-Out Worker
Mass
< 200 kg
Compute
> 200 PFLOPS
Connectivity
Optical Inter-Satellite Link · Ground RF & Optical
Mission Duration
5+ years on-orbit

What it proves.

Odysseus-1 is the prototype for the constellation that follows. The thermal architecture. The power budget. The compute substrate. The command stack. The optical mesh. The economic model. None of these scale until they are flown — and Odysseus-1 is the vehicle that flies them.

The fleet that follows.

Three vehicle classes, one mesh. Each vehicle equipped with an ultra-efficient, space-optimized compute engine and a laser inter-satellite link, operating as a node in a constellation-scale distributed system.

Class
Role
Compute
Mass
S-Class
Scale-Out Worker
> 200 PFLOPS
< 200 kg
M-Class
Performance Core
> 400 PFLOPS
< 400 kg
L-Class
Heavy Lifting
> 1,000 PFLOPS
< 600 kg

Workloads on Odysseus-1.

Frontier AI inference. Real-time Earth observation analysis. Scientific computation that requires more energy than any single Earth facility can spare. Sovereign compute that exists outside any single jurisdiction or power grid.

Reserve compute on Odysseus-1