Cybersecurity and Cyber-Physical Systems

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The Cybersecurity and Cyber-Physical Systems cluster addresses the critical role of secure infrastructure in a world of interconnected devices and systems. Research spans hardware, software, and network security; wireless and network security and privacy; and AI for security, as well as the sociotechnical aspects of online safety and trust. Faculty are developing secure algorithms, architectures, and protocols for cyber-physical systems, the Internet of Things (IoT), cloud and edge computing, and mobile and smart grid networks. Applications include protecting connected medical devices, safeguarding digital health records, and enabling resilient smart buildings and cities. Research also explores privacy-preserving analytics and robust distributed consensus to secure multi-agent systems and drones. Collaborations extend to the College of Arts and Sciences on complex systems; to psychology and sociology for understanding technology use; to the Miller School of Medicine for connected health; and to the School of Architecture for secure, smart infrastructure. Together, these efforts ensure that next-generation cyber systems can perform mission-critical tasks while maintaining privacy, robustness, and trust.

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