Honeywell and Redwire have signed a memorandum of understanding to collaborate on developing quantum-secured satellite communication systems for governments, civil users and businesses. According to Honeywell, the MOU aims to integrate its optical payload technology with Redwire’s quantum platform to deliver a fully functional system by mid-2026.
The partnership supports the Quantum Key Distribution Satellite consortium, a public-private initiative led by Honeywell and launched in 2024 under the European Space Agency. The consortium includes companies from ESA member states, such as the United Kingdom, Belgium, Austria, Canada and the Czech Republic, to build an ultra-secure satellite that facilitates the private exchange of sensitive information.
Honeywell said the collaboration seeks to advance quantum-secured technologies to help governments and defense agencies protect data from emerging cyber and quantum threats. It also aims to expedite next-generation quantum key distribution services for commercial and civil users, including financial institutions, telecom providers and critical infrastructure operators.
IT security and interoperability in space operations will be among the topics for discussion at the Potomac Officers Club’s upcoming 2025 GovCon International and Global Defense Summit. Secure your seat today.
Lisa Napolitano, vice president and general manager of the space division at Honeywell Aerospace Technologies, noted that security and resilience have become the top priorities for governments and vital industries amid fast changes in defense and space communications.
“By combining Honeywell’s quantum optical payload technology and experience in satellite communications with Redwire’s expertise in agile platforms and onboard quantum computing, we are bringing the promise of quantum-secured communications closer to reality,” she said.
Marc Dielissen, general manager of Redwire Space Belgium, added that the collaboration “leverages the strength of public-private partnerships to initiate a quantum-secure space network that could set a new standard for secure global communications.”