Redwire is developing onboard computers for ESA’s Rapid Apophis Mission for Space Safety (RAMSES) and Genesis missions under contracts with OHB Italy.
The Genesis onboard computer enables real-time data processing and synchronization, precise timing control, and simultaneous integration of data from multiple sensors.
The Genesis onboard computer has entered production after a successful manufacturing readiness review.
Redwire’s onboard computers for RAMSES and Genesis are part of its third-generation Advanced Data and Power Management System (ADPMS-3) avionics suite.
Genesis will be the first satellite to co-locate satellite navigation, very-long-baseline interferometry, satellite laser ranging, and DORIS on a single spacecraft.
Genesis aims to improve the accuracy and stability of the International Terrestrial Reference Frame (ITRF).
Canada’s participation in the FutureNAV Programme will provide domestic access to the LEO-PNT (Celeste) demonstrator and the Genesis flying observatory mission.
Max Space’s habitat design leverages 25 years of research by CTO Maxim de Jong, who previously developed the pressure hulls for the Genesis I and Genesis II orbital prototypes.
The Genesis propulsion platform is a multimode system designed to use water as its sole propellant for both high-thrust and high-efficiency maneuvers.
The Genesis system is designed to provide an order of magnitude more delta-V than traditional propulsion systems.
Trinity will serve as the debut flight for General Galactic’s Genesis propulsion platform.
Initial testing of the Genesis platform will occur in Low Earth Orbit.
Genesis-1 demonstrates that advanced AI systems can operate as active decision-making platforms in orbit rather than relying entirely on ground-based data centers.
Genesis-1 represents the first operational node in Orbit AI’s planned orbital architecture.
Genesis-1 was deployed on December 10.
Genesis-1 is equipped with an NVIDIA AI core.
Genesis-1 analyzes satellite data directly in space and transmits only the analysis results back to Earth.
Orbit AI is developing a follow-on mission named Genesis-2.
Genesis-1 is performing real-time analysis of infrared remote sensing data in orbit.
Genesis-1 has been actively operating in orbit since its deployment and runs a 2.6-billion-parameter artificial intelligence model.