Segments

Launch vehicles, propulsion stages, engines, pads, and the full mission lifecycle from countdown to payload separation. Covers expendable and reusable vehicles across small, medium, and heavy classes.

Satellite bus platforms, structural chassis, power and thermal subsystems, payload adapters, and reaction-wheel-class avionics that customers integrate payloads onto.

Earth observation — optical, hyperspectral, thermal, and Synthetic Aperture Radar (SAR). Imagery contracts, downlink architecture, and analytics platforms that turn pixels into intel.

Radio-frequency intelligence — geolocation, spectrum monitoring, GNSS reflectometry/radio occultation, and on-orbit RF payload sensing for civil and defense customers.

Satellite communications — broadband constellations, direct-to-device (D2D) cellular-from-orbit, optical inter-satellite links (OISL), and ground gateway infrastructure.

In-space servicing, assembly, and manufacturing — life-extension, refueling, on-orbit assembly, and microgravity manufacturing of fiber, pharma, and semiconductor materials.

Orbital transfer vehicles, in-space tugs, last-mile delivery, kick stages, and propulsion systems that move payloads between orbits or extend host-vehicle range.

Space situational and space domain awareness — debris tracking, conjunction warning, custody, rendezvous and proximity operations (RPO), and threat characterization.

On-orbit compute and AI inference — radiation-tolerant GPUs, payload processors, and software platforms that run models at the edge instead of downlinking raw data.

Human spaceflight — crewed vehicles, EVA suits, environmental control & life-support (ECLSS), commercial habitats, and lunar surface mobility.

Capital flows — venture rounds, IPOs, SPAC mergers, M&A, earnings calls, public-market moves, and analyst coverage of the space sector.

Policy, regulation, and licensing — FCC/ITU spectrum, FAA launch authorization, ITAR/EAR export control, debris rules, and bilateral space treaties.