REMRED

4iG Space and Defence Technologies acquired a 45% interest in REMRED; 4iG accounts for REMRED as a joint venture because specified strategic and dividend decisions require unanimity. · Corporate investment, capital increase, and integration into the 4iG space-and-defence portfolio.

4iG’s financial report records the acquisition date, stake, and IFRS joint-venture treatment. This is ownership and strategic investment, not an external supply relationship.

REMRED is publicly described by its strategic investor as a supplier participating in missions for NASA. · Multiple historically described missions; the available investor announcement does not identify a specific NASA procurement or deliverable.

4iG’s official acquisition announcement directly calls REMRED a supplier to NASA, but gives no contract, mission, or product-level scope. The Gateway/IDA work provides a separately documented NASA-associated mission context.

REMRED develops and implements the central Digital Processing Module for the Comet Camera (COCA) on the Comet Interceptor mission. · ESA-led interplanetary mission to encounter a long-period comet.

REMRED directly identifies its COCA Digital Processing Module work as part of Comet Interceptor.

REMRED develops the E-Box that interfaces Lunar Gateway’s Internal Dosimetry Array dosimeters with the Gateway platform. · IDA internal science payload on the HALO module; radiation-shielding and crew-exposure research supporting Artemis lunar exploration.

REMRED specifies that its E-Box is for IDA deployment on Gateway’s HALO module; NASA confirms IDA is a Gateway radiation instrument.

REMRED develops the E-Box common electronics unit for the Centre for Energy Research, the prime contractor for the Internal Dosimetry Array. · Internal Dosimetry Array (IDA) payload for the HALO module of Lunar Gateway.

REMRED’s mission-heritage page explicitly names Centre for Energy Research as IDA prime contractor and defines REMRED’s E-Box deliverable.

REMRED works with the University of Geneva as a named member of the MoonRAD consortium. · MoonRAD ESA lunar SmallSat mission.

REMRED’s official company communication names the University of Geneva as an exceptional consortium partner alongside ESA and HUN-REN; the precise workshare is not public in the available source.

REMRED leads MoonRAD system development while HUN-REN Centre for Energy Research is responsible for the mission’s scientific content and instrumentation. · MoonRAD lunar radiation, plasma-environment and space-weather mission.

HUN-REN identifies REMRED as consortium lead and assigns responsibility for MoonRAD scientific content and instruments to its Centre for Energy Research.

REMRED leads the MoonRAD consortium and is responsible for developing the lunar-orbit SmallSat mission concept and system architecture. · A roughly 300 kg lunar-orbit mission intended to monitor radiation and plasma conditions and support cislunar space-weather services.

REMRED publicly identifies itself as MoonRAD mission prime; HUN-REN states that ESA asked REMRED to lead the consortium developing the lunar satellite.