Lunar Surface C&PNT architecture for an Integrated Lunar Surface Network

The contract focuses on a concept study and acquisition strategy for an integrated system designed to deliver reliable communications, precise location tracking, accurate navigation, and synchronized timing across the lunar surface. This initiative aims to develop a Lunar Surface C&PNT architecture as part of an Integrated Lunar Surface Network, enabling coordinated operations for future lunar missions. The effort seeks to establish a foundational framework that supports sustained human and robotic presence on the Moon by ensuring seamless connectivity and temporal alignment in an environment where Earth-based systems are insufficient. The work is forecasted under the National Aeronautics and Space Administration’s Glenn Research Center, with potential inclusion in the NextStep II Appendix R solicitation, which may expand opportunities for further development and prototyping. The North American Industry Classification System code 541715 indicates research and development in physical, engineering, and life sciences. The point of contact for small business inquiries is Robert E. Watts, and the solicitation is scheduled to be posted publicly on May 25, 2026, with no set-aside type designated at this stage. Performance is expected to support lunar surface operations without specified geographic constraints, allowing for global collaboration in system design and implementation.