Research Labs
Labs and Research Groups
Explore the interdisciplinary labs and research groups connected to the Center for Cyber Security, advancing research across hardware security, privacy, AI security, microprocessor architectures, smart infrastructure, photonics, bioengineering systems, and smart-city testbeds.
Design for Excellence Lab
Researches secure and reliable electronic chips, with emphasis on built-in defense mechanisms against reliability failures, IP piracy, counterfeiting, and hardware Trojans.
Modern Microprocessor Architectures Lab
Focuses on security and privacy for modern high-performance and embedded microprocessors, including encrypted computation and privacy-preserving architectures.
Cyber Security and Privacy Lab
Investigates security and privacy of existing and emerging systems and networks, including communication systems, privacy, and cyber-physical environments.
eBRAIN Lab
Develops advanced machine learning technologies and secure embedded AI systems for autonomous systems, healthcare, robotics, and emerging computing platforms.
Haven Lab
Works to give individuals better control over privacy and protection from digital threats, with a focus on privacy-first digital services and user safety.
S.M.A.R.T. Construction Research Group
Advances automation and digitalization in construction through AI, robotics, technology integration, information modeling, and infrastructure lifecycle management.
Photonics Research Lab
Develops advanced photonic and optoelectronic components for next-generation optical, data communication, and signal-processing systems.
Micro- and Nanoscale Bioengineering Lab
Addresses complex bioengineering challenges using micro- and nanoscale systems, advanced facilities, and multidisciplinary engineering approaches.
Trust-HUB
Provides resources, benchmarks, tools, platforms, and educational material for evaluating and advancing hardware security and trust research.
Smart City Testbed
Serves as a platform for research on secure smart city systems, urban infrastructure, cyber-physical environments, and resource-efficient connected city technologies.