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Axiom Space and Resonac will explore the feasibility of manufacturing semiconductors and their packaging materials in microgravity environments and under vacuum conditions in low Earth orbit.
Axiom Space and Resonac have signed a memorandum of understanding (MOU) regarding the research, development, and manufacturing of high-performance semiconductor materials in space.
Koichi Wakata, astronaut and CTO of Axiom Space, indicated that the collaboration with Resonac demonstrates Axiom Space's commitment to partnering with global companies to drive innovation in critical technology areas like semiconductors.
4IG Space and Defence and Axiom Space have signed two business cooperation agreements focusing on LEO satellite technologies and orbital data center services.
Axiom Space provides solutions for microgravity research with a focus on space-based data networks, storage, and processing.
The Axiom Station Payload Power Thermal Module (AxPPTM) is the first module for Axiom Space's commercial space station.
Indian astronaut Shubhanshu Shukla was a crewmate of ESA project astronaut Sławosz Uznański-Wiśniewski on the Axiom-4 mission during the summer.
The companies plan to use the International Space Station, Axiom Space’s orbital platforms, and the future Axiom Station to expand from proof-of-concept to commercially viable scale manufacturing.
Axiom Space aims to fuel in-space innovations and enable new technologies to drive industrialization in low Earth orbit through its partnership with Resonac.
Axiom Space and Resonac Holdings plan to gradually advance from proof of concept to commercial-scale manufacturing using infrastructures such as the International Space Station and Axiom Station.
Axiom Space and Resonac Holdings signed a memorandum of understanding on October 1, 2025, to research, develop, and manufacture high-performance semiconductor materials for use in space.
Axiom Space and Resonac’s alliance is aimed at shaping the future of space-enabled manufacturing and scalable orbital production of semiconductor technologies.
Axiom Space and Resonac will explore using microgravity and low Earth orbit vacuum conditions to produce next-generation semiconductor materials for critical semiconductor applications and chip packaging.
Axiom Space and Resonac Holdings will explore the production possibilities of next-generation semiconductor materials under microgravity and low-orbit vacuum conditions.
Resonac announced in June 2025 that it would evaluate space semiconductor materials aboard the International Space Station, delegating this experiment to Axiom Space.
Resonac plans to extend its work with Axiom Space by developing molding compounds that can reduce soft errors in semiconductor devices exposed to space radiation.
The collaboration with Resonac highlights Axiom Space's role in enabling global corporations to utilize space for manufacturing innovation in critical technology sectors like semiconductors.
Axiom Space and Resonac Corporation signed a Memorandum of Understanding to collaborate on the research, development, and manufacturing of high-performance semiconductor materials in space.
Axiom Space announced a new training program called 'Project Astronaut.'
NASA has a non-reimbursable Space Act Agreement with Axiom Space to add at least one habitable commercial module to the International Space Station before its decommissioning.