RSAP (Radiation-Effects Susceptibility Analysis & Prediction)
Lucid CircuitMachine-learning platform that predicts a chip design's susceptibility to cosmic-ray-induced failures before fabrication.
5272 flight-proven satellite platforms, components and ground equipment from verified manufacturers worldwide.
Machine-learning platform that predicts a chip design's susceptibility to cosmic-ray-induced failures before fabrication.
Radiation-tolerant, energy-efficient AI edge processor for small satellites and other harsh-environment edge devices.
Next-generation electric plasma thruster delivering 1 N or more of maximum thrust, targeted for a 2028 launch.
Higher-power electric plasma thruster with up to 30 mN maximum thrust, targeted for 2028 launch.
Compact CubeSat-class electric plasma thruster with up to 10 mN maximum thrust.
Flexible leasing of satellite capacity, from a fraction of a satellite to full constellations, bundled with mission operations.
Systems-engineering support for spacecraft and mission design, from feasibility through verification.
Full-service mission and payload delivery package covering bus development, integration, launch, and ground support.
Commercial lunar cargo delivery services offered under NASA's Commercial Lunar Payload Services (CLPS) program.
An entry-level, single-engine robotic lunar lander for low-cost delivery of scientific and commercial payloads to the Moon.
A dual-stage, twin-engine robotic explorer capable of reaching the Moon, Venus, or the moons of Mars from low…
A nine-engine heavy lunar lander designed for larger payload delivery and lunar sample-return missions.
Licensing, launch procurement, and operations support services to round out a customer's satellite mission.
A standardized ESPA-class satellite bus designed to host multiple small payloads for rideshare and dedicated missions.
A 16U CubeSat bus offering a standardized, cost-effective platform for small payloads and constellation missions.
1.8m Ka/Ku dual-band portable antenna for TT&C and data transmission with LEO/MEO satellites.
1.5m Ka-band portable station for TT&C and data transmission with LEO/MEO satellites.
1.0m X-band portable station for rapid TT&C deployment with LEO/MEO satellites.
We use cookies. Strictly necessary cookies keep the platform working. With your consent we also use Google Analytics to understand how the platform is used and improve it. We do not use advertising cookies. Cookie Policy · Privacy
Favorites are available to clients only. Sign in to your client cabinet or create a free account — it takes less than a minute.
How is your experience with the platform? Your message goes straight to our team.
Thank you! Your feedback has been sent to our team.