Workshop Announcement: Cost and Value Modeling of On-Orbit Servicing
This critical topic comes as leaders throughout the domestic space enterprise have been agitating for a more thoughtful, comprehensive, and cohesive approach to ISAM adoption.
This critical topic comes as leaders throughout the domestic space enterprise have been agitating for a more thoughtful, comprehensive, and cohesive approach to ISAM adoption.
COSMIC members are again ready showcase recent advancements and newly discovered opportunities with ISAM at South By SouthWest (SXSW).
This is a shortened version of our August non-member newsletter. If you would like the complete newsletter in the future, join COSMIC.
The SAA between NASA and Astroscale U.S. is designed as a framework model for future umbrella agreements to enable efficient, scalable partnerships for other domestic companies pursuing commercial In-space Servicing, Assembly, and Manufacturing (ISAM) solutions.
COSMIC Capstone Challenge (C3) is a dynamic design competition for U.S.-based college students to develop conceptual missions and spacecraft operations designs, ranging from in-space assembly to lunar infrastructure.
This new document serves as the latest validation that ISAM capabilities can and will provide a tremendous value in future space architectures and does so with a sober acknowledgement of the difficulties that have yet to be overcome.
NASA has announced the winners of their Phase I Small Business Innovation Research (SBIR) investment grants to small businesses, which include four companies who submitted proposals under the category “Servicing and Assembly Applications,” or ISAM.
This is a shortened version of our July non-member newsletter. If you would like the complete newsletter in the future, join COSMIC.
COSMIC Crossroads explores how America is leading efforts to build a Space Superhighway — and how ISAM technologies are being developed by organizations across the nation to maintain U.S leadership in space.
Our second annual membership meeting and workshop brought together a wide-ranging group of over 200 individuals from academia, government, and industry to create an enriching environment for In-Space Servicing, Assembly, and Manufacturing (ISAM) collaboration and innovation.