NASA selected three new scientific investigations and payload suites on 2026-09-30 under its Payloads and Research Investigations on the Surface of the Moon (PRISM) program, to fly via the Commercial Lunar Payload Services (CLPS) initiative as part of the Moon Base Program. The payloads are intended to study lunar resources, map natural shelters, and assess environmental hazards, with NASA stating they support the agency’s Artemis and Moon Base efforts.[1]
The named systems include LEMS-SP, an autonomous long-term environmental and hazard monitoring station; GIMLI, which will be deployed at the Marius Hills Pit to search for subterranean lava tubes and improve understanding of lunar volcanism; and DISCO, which will measure ice in lunar micro-cold traps and support resource utilization and surface operations.[1] For habitation, the strategic value is clear: lava tubes could become radiation-shielded volume, cold-trap ice could become water and propellant feedstock, and continuous environmental monitoring improves risk forecasting for crewed infrastructure.[1]
Ark action: track how PRISM payload architectures are being hardened for long-duration autonomous deployment, especially sensors for dust, radiation, thermal extremes, and subsurface access. Prioritize integration studies for lava-tube scouting, cold-trap sampling, and unattended hazard networks, because these are the same primitives needed for resilient lunar archives, shelters, and recovery operations after any Earth-side catastrophe.[1]