Technology / WORLD

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.

Reading sizeSources ↓Share story ↗
Conceptual illustration of technology, processors and connected information.Illustration
Symbolic illustration

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

Key figures

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:

Structured coverage

Subjects and places

Subject proposals

Geographic references

Only source-provided geographic references are shown. Opening an external map is optional. Optional story maps use OpenStreetMap. Opening a map sends your IP address and this site’s address to the map provider; location data remains readable as text without loading the map.

  • United States · Place role: Coverage · Place type: Country or area · Location precision: Regional
    Evidence
    • Explicit preserved editorial country/region; no city or national centroid inferredwww.gmu.edu ↗
Taxonomy version: IPTC Media Topics 2026-Q2

Continue reading

Technology

WashU wins grant for AI to separate smoke effects on marine clouds

Washington University in St. Louis received a $1 million NSF grant for AI tools studying aerosol effects on marine low clouds. Models will use satellite and field observations that include smoke from North American wildfires.

Washington University in St. Louis1 min read Data included
Technology

FLEX and Sentinel-3C launch together on Vega-C

The European Space Agency’s FLEX research satellite and Copernicus Sentinel-3C were launched into orbit on the same Vega-C flight from French Guiana.

European Space Agency1 min read Data included