NOAA and Cowboy Space to Test AI Processing Aboard 2027 Satellite

The National Oceanic and Atmospheric Administration (NOAA) and its National Environmental Satellite, Data, and Information Service (NESDIS) are partnering with Cowboy Space Corporation to test whether environmental satellite data can be processed using artificial intelligence while still in orbit. The work is being carried out through a two-year cooperative research and development agreement, rather than a procurement solicitation. The test centers on the planned Reason-2 satellite, whose launch is scheduled for 2027. Its purpose is to assess whether processing data onboard can reduce the amount of information that must be downlinked and speed the delivery of weather information.

The arrangement divides responsibilities between the partners. Cowboy Space will fund, build, launch, and operate the satellite, while NOAA will contribute an open-source AI model and historical data. This structure gives NOAA a way to evaluate a commercial satellite platform and data-processing approach without the source material describing a conventional award or an open competition. For industry, the distinction matters: the agreement is a technical test and a signal of agency priorities, not a current bid opportunity to pursue.

The operational premise is relevant to weather and environmental information users. Satellite data that can be processed in orbit may allow selected results or more useful information to reach the ground sooner, while reducing downlink requirements. Whether the test delivers those benefits remains to be determined; the source describes the effort as an assessment, not a demonstrated outcome. Companies developing compatible spacecraft, onboard computing, AI processing, or related services can nevertheless use the project as an indicator of capabilities NOAA is exploring for future missions.

The initiative also sits within a broader commercial environmental-monitoring landscape. The provided cluster notes that NOAA selected 14 companies in September 2026 for the 10-year ProTech 2.0 Space-Based Environmental Monitoring IDIQ and made approximately $67 million in awards for commercial atmospheric and ionospheric measurements. Together, these activities point to multiple ways commercial providers may support weather and space-weather missions: a cooperative technology demonstration, an IDIQ vehicle, and discrete awards. They are separate mechanisms, however, and the Reason-2 agreement should not be confused with an open solicitation or with those other procurements.

• Agreement: NOAA/NESDIS and Cowboy Space are using a two-year cooperative research and development agreement to test in-orbit environmental-data processing.
• Satellite: Cowboy Space is responsible for funding, building, launching, and operating the Reason-2 satellite; launch is planned for 2027.
• NOAA contribution: NOAA will provide an open-source AI model and historical data for the demonstration.
• Technical objective: The test will examine whether onboard processing can reduce data-downlink requirements and accelerate weather-information delivery; results are not yet reported.
• Commercial signal: Providers with compatible satellite platforms, onboard computing, or data-processing capabilities can track this effort as an indicator of NOAA’s technical interests.
• Contracting distinction: The agreement is not an identified open solicitation, so it does not represent a currently available bid opportunity.
• Related vehicle: NOAA selected 14 companies in September 2026 for the 10-year ProTech 2.0 Space-Based Environmental Monitoring IDIQ, according to the provided cluster information.
• Related awards: The cluster also cites approximately $67 million in awards for commercial atmospheric and ionospheric measurements, illustrating additional commercial participation routes.
• Business-development takeaway: Track the test’s findings and related NOAA commercial-monitoring procurements separately; the demonstration may inform future needs but does not itself establish a follow-on competition.