George Mason receives two NSF grants for satellite operations and space-network security
One project will connect uncertainty in space-weather forecasts to satellite risks using machine-learning and physics-based models; another will examine cybersecurity for space networks.
Event / data period: 2026-10-15
Published: · Updated:

Edward Oughton of George Mason University received two U.S. National Science Foundation grants for work on satellite operations and space networks. Announced October 15, the $499,837 project aims to develop a framework that turns uncertainty in forecasts of geomagnetic-storm occurrence, timing and severity into risk information for satellite operations.
The research plans to combine multiple datasets with machine-learning and physics-based models, narrowing forecast uncertainty and assessing possible effects on infrastructure, the economy and society. The announcement does not report a completed forecasting system or measured accuracy results. A second $49,357 award, with Alexander Sprintson as co-principal investigator, will support a workshop bringing together academia, industry and government to set research priorities for cybersecurity in space and non-terrestrial networks.
Data
NSF grants for satellite and space-network research
Two NSF grants to George Mason researchers announced on October 15.
- Space-weather risk framework grant
- 499,837 USD
- 2026-10-15 · Observed
- Space-network security workshop grant
- 49,357 USD
- 2026-10-15 · Observed
Methodology
Each amount is a separate NSF grant listed in George Mason’s announcement; these are not a combined project budget or disbursed payments.
Updated:
Subjects and places
Subject proposals
- Satellite technologySuggested
- Subject suggested from the title or summary: satellitewww.gmu.edu ↗
- Science and technologySuggested
- Preserved editorial category/topic; broad candidate onlywww.gmu.edu ↗
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- United States · Place role: Coverage · Place type: Country or area · Location precision: RegionalEvidence
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