Regolith Bench
Lands a Segal printer at the lunar south pole and prints structural elements from local regolith — the first autonomous build off Earth, run jointly with Segal Development.

Orbital systems and launch. Space infrastructure and exploration.
Segal Aerospace is a vertically integrated space prime. We design and manufacture spacecraft and flight software, broker every major launch provider, and operate missions end to end — one company from inception, through execution, to ongoing operation.
The catalog runs from the 12U SF-12 to the GEO-class SF-GEO, every bus flying the common Foundry Edge avionics stack, with a first-party payload line: ClearView electro-optical, SAR-X radar, PA-Ka phased-array comms. Launch is brokered across every provider or flown on the reusable Ascend fleet. Missions are planned, tasked, and flown 24/7 from the Orbital Foundry console.
The arc does not stop at orbit. Habitats assembled and printed in space through ISAM, crew-ahead colonization nodes, and the Deep Space program — identify, terraform, develop — carry one algorithm to different boundary conditions.
Four SF-series buses — SF-12, SF-150, SF-500, SF-GEO — manufactured in-house from 12U CubeSat to GEO-class, configured and ordered against a live constraint engine.
A first-party catalog rated for the SF series: ClearView electro-optical, SAR-X synthetic aperture radar, PA-Ka phased-array comms, HyperView hyperspectral, OptiLink optical crosslink, RF-Sentinel.
One flight-software platform across every bus — on-orbit edge compute, AI inference, autonomy, and secure C2, updated over the air. Write once, fly everywhere.
The reusable Ascend fleet — Ascend-1, Ascend-Heavy, Ascend-Super, Skybridge — flown alongside provider-agnostic brokerage, integration, and range support.
24/7 operations from commissioning to end of life: ground-station network, contact scheduling, telemetry, commanding, and data delivery from the Orbital Foundry console.
Bastion Module, Keystone Station, Halo Outpost, and the spin-gravity Foundry Ring — stations assembled and printed on orbit through the ISAM thesis.
Identify, terraform, develop. Candidate worlds scored on the World Suitability Index; planetary engineering sequenced in phases with honest horizons.
ISAM, advanced propulsion, cislunar & space-domain awareness, swarm autonomy, and on-orbit servicing — active research tracks marked by maturity.
Lands a Segal printer at the lunar south pole and prints structural elements from local regolith — the first autonomous build off Earth, run jointly with Segal Development.
South-polar ice and resource prospecting survey — maps extractable water ice across permanently shadowed regions and feeds the World Suitability Index with ground truth.
Pre-deployed, self-printing habitat reference. The structure lands, surveys, and prints itself — sealed and waiting when the crew arrives.
Orbital and surface characterization campaign at Mars — subsurface ice, mineralogy, hazards, and constructability graded to regional detail before anything is built.
Paraterraforming proof-of-concept: a sealed engineered volume holding a breathable, regulated atmosphere. Livability inside a boundary before livability across a planet.
Deep-space observatory for exoplanet survey — transit, radial-velocity, and spectroscopic characterization scoring exoworlds into the World Suitability Index.
Autonomous aircraft and airships.
Maritime hulls and offshore systems.
Cross-domain defense systems.
Quantum intelligence and analytics.
Autonomous robotics.
The operating system for the network.
Hardware and components.
Sustainable energy.
Advanced manufacturing.
Food and land systems.
Longevity and biofabrication.
Every part, one keystroke away.
Story and signal.
Real assets and infrastructure.