The ±«Óătv’s (±«Óătv) College of Engineering proudly announces that Dr. Attila A. Yavuz, an associate professor in the Department of Computer Science and Engineering, has been awarded a $364,117 grant from the National Science Foundation (NSF). The funding supports a groundbreaking project titled "NSF-SNSF: A Resilient and Efficient Cyber-security Fabric and Evaluation Framework for Future Integrated Satellite-Terrestrial Networks (SATUQ)" (Award Abstract #2444615). Read more about the award .
Dr. Yavuz’s project aims to tackle the increasingly complex cybersecurity challenges presented by emerging satellite networks. These networks are expected to play a pivotal role in next-generation technologies such as 6G and the Internet of Things (IoT). As these systems evolve, so do the security risks, including the threat posed by quantum computing. Current security protocols are insufficient for the unique characteristics of satellite networks, which are delay-sensitive, error-prone, and involve a highly complex integration of space-aerial-terrestrial systems.
The project will focus on several key areas of innovation, including quantum-safe cryptography, distributed computing, and decentralized security architectures. Dr. Yavuz’s team will also work on creating a comprehensive performance evaluation framework to test the proposed security solutions in simulated satellite applications and software-defined network architectures.
Addressing the Post-Quantum Era
One of the central challenges the SATUQ project addresses is the looming advent of quantum computers, which threaten to render many current cryptographic systems obsolete. Dr. Yavuz’s research seeks to develop new cryptographic tools that are not only quantum-resistant but also efficient in their use of resources, a critical requirement for satellite systems that operate in resource-constrained environments.
Broader Impacts on National Security and Education
In addition to its technical objectives, the SATUQ project aims to have a broader impact on both national security and education. The research will contribute to strengthening the cybersecurity of critical infrastructures that rely on satellite networks, such as communication and defense systems.
Collaborating internationally, Dr. Yavuz partners with of the ZHAW School of Engineering in Switzerland.
Dr. Yavuz and his team also plan to create open-source platforms that will allow other researchers to replicate and adapt their findings, further enhancing the project’s global impact.
About Dr. Attila A. Yavuz
is an expert in the fields of applied cryptography and cybersecurity. He currently serves as the director of the Applied Cryptography Research Laboratory at ±«Óătv and is a co-director of the Center for Cryptographic Research. His work has been recognized with numerous awards, including the prestigious NSF CAREER Award and the ±«Óătv Faculty Outstanding Research Achievement Award.
With over 100 publications and patents to his name, Dr. Yavuz is widely respected for his contributions to privacy-enhancing technologies and network security. His current research focuses on creating innovative cryptographic solutions for systems ranging from aerial drones to smart-grid infrastructures.
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