The development of this model is expected to take approximately six months, leveraging machine learning techniques and the expertise of UNH scientists.

The partnership not only aims to enhance space weather prediction but also has potential commercial applications, which could be monetized in the market.

Jon Beam, CEO of Rogue Space Systems, highlighted that the predictive model will help reduce satellite damage, lower insurance costs, and ensure operational continuity.

Rogue Space Systems received an $180,000 Phase I SBIR award from SpaceWERX to support this important project.

The University of New Hampshire (UNH) Space Tech Hub has partnered with Rogue Space Systems to develop a new predictive model focused on high-energy electrons in space.

This model aims to forecast radiation belt electron flux levels, which are crucial for protecting satellites from potential damage during geomagnetic storms.

High electron flux levels can interfere with satellite operations and damage vulnerable subsystems, making accurate predictions essential.

The model will assist operators in determining the right time to turn systems back on after anomalies caused by high flux levels.

By understanding electron flux levels, satellite operators can make informed decisions about when to power down systems to prevent electrical damage.

Réka Winslow, director of the UNH Space Tech Hub, expressed enthusiasm for the collaboration, emphasizing its commercial and scientific relevance.

This initiative underscores the importance of advanced space weather prediction for the protection of space assets.

The U.S. Space Force values this capability for warning operators and preparing government assets, enhancing overall space resiliency.