The prioritization and development of future new algorithms planned for deployment to operations will be described, as well as the status of research projects in various stages of development and proving for operations. In support of GeoXO science product development, data acquisition projects are underway to obtain proxy data from non-NOAA Geostationary missions such as PACE, TEMPO, GEMS, GLIMR, and GOCI-II. In order to best prepare for the cloud environment, GOES-R has developed proof-of-concept product generation capabilities in the NESDIS Common Cloud Framework (NCCF) and is aiming to transition L2+ product processing capabilities to the operational NCCF in 2026. This would be closely followed by the migration of L1b product processing to the NCCF in subsequent years. These GOES-R migrations will pave the way for GeoXO capabilities, so they may reside in the cloud from the earliest design phases through mission operations in the 2030s.
NOAA is excited to share progress in not only the science of geostationary products, but also the platforms on which the science products are generated. Early steps to demonstrate capabilities will ensure success of not only the near-term GOES-R portfolio, but also the development and execution of the GeoXO portfolio.
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