Astrobotic Technology, Inc.

RetiNav provides a robust, highly sensitive alternative to traditional in-space sensing systems by leveraging bio-inspired event cameras (neuromorphic cameras) for both Rendezvous, Proximity Operation ...

Astrobotic and the University of Washington Autonomous Controls Lab seek to tackle one of the largest shortcomings of current RPOD approaches: that RPOD perception (e.g., detection, tracking, etc. a R ...

Space Policy Directive 1 directs NASA to return to the Moon. Artemis is Americarsquo;s flagship program to support this endeavor and could deliver the first woman and the next man to the lunar surface ...

Astrobotic and CMU will develop a real time distributed localization method named DALEC that combines local visual-inertial odometry with Ultra-wideband (UWB) range measurements between rovers to impr ...

Developing autonomous and reliable Rendezvous, Proximity Operations, and Docking (RPOD) technologies will play a key role in the ability to build and maintain infrastructure in orbit by providing auto ...

HazNet is a robust hazard detection solution that leverages deep learning and hardware acceleration to achieve mission-speed performance on path-to-flight hardware. The HazNet solution seeks to maximi ...

Extreme temperature fluctuations throughout the lunar day and night combined with the economic and environmental challenges of cislunar launch, transit, and deployment have impeded Americarsquo;s abil ...

On-board hazard detection is critical to the success of landed missions, as available orbiter data does not capture the lunar terrain at a resolution that enables identification of potentially mission ...

High-fidelity relative navigation and three-dimensional mapping are key competencies to achieve a variety of mission objectives in Earth, Lunar, and eventually Martian Orbit. Developing autonomous and ...

As the value of the space domain has become more widely recognized, nations have begun developing weapons systems that target space assets from the ground and others that are themselves integrated in ...