UNH Space Tech Hub and Rogue Space Systems Collaborate on Satellite Protection Model

In a significant development for space technology and satellite protection, the University of New Hampshire (UNH) Space Tech Hub has announced a partnership with Rogue Space Systems to create a 3D learning model for predicting high-energy electron behavior in space. This collaboration, supported by a $180,000 Phase I Small Business Innovation Research (SBIR) award from SpaceWERX, aims to enhance the safety and longevity of satellites and spacecraft operating in Earth's orbit.

The project focuses on forecasting changes in the intensity and location of the outer radiation belt, one of two zones of charged particles surrounding Earth. High flux levels of electrons in these radiation belts can interfere with or permanently damage space assets and the services they provide. By developing accurate predictions, satellite operators could gain valuable time to prepare and protect their assets during geomagnetic storms, significantly improving their chances of survival.

This partnership represents a crucial step in addressing the challenges posed by space weather to both commercial and military space operations. The ability to warn space operators and prepare U.S. and Allied government assets is considered an indispensable part of space resiliency. Jon Beam, Rogue Space Systems co-founder and CEO, emphasized the importance of this capability, stating that it will "lower insurance costs, provide critical early warnings for geomagnetic storms that could jeopardize both commercial and defense satellites, and ensures space-service continuity."

The collaboration leverages the expertise of world-class researchers in radiation modeling at UNH and the innovative approach of Rogue Space Systems. Dr. Réka Winslow, Director of UNH Space Tech Hub, highlighted the project's significance, noting that it demonstrates how scientific space weather expertise can be translated into practical tools for improving satellite operations.

This initiative comes at a critical time for the space industry, as the number of satellites in orbit continues to grow rapidly. The development of a robust, high-fidelity flux predictive model could have far-reaching implications for the entire space sector. It would enable proactive adjustments in satellite and space platform operations, potentially minimizing damage, reducing catastrophic failures, and extending operational mission lifespans.

The partnership also showcases the value of the UNH Space Tech Hub, which was launched earlier this year to provide cutting-edge space expertise and equipment to the rapidly growing commercial space sector. The Hub's ability to offer shorter wait times for businesses to access its facilities and skillsets compared to many competitors across the nation positions it as a valuable resource for space technology development.

This project aligns with broader efforts to enhance U.S. leadership in space research and operational security. By advancing space weather resilience, the collaboration between UNH and Rogue Space Systems contributes to the nation's ability to maintain a robust presence in space and protect critical infrastructure.

The success of this partnership could pave the way for further collaborations between academic institutions and private companies in the space sector. It demonstrates the potential for translating scientific research into practical applications that address real-world challenges in space operations.

As the space industry continues to evolve and expand, the importance of such predictive models and protective measures will only grow. This collaboration between UNH Space Tech Hub and Rogue Space Systems represents a significant step forward in ensuring the safety and reliability of space assets, which play an increasingly critical role in global communications, navigation, and defense systems.