Smart Home Intrusion Detection
We design intrusion detection systems for smart home networks that detect spoofing and other attacks on IoT devices and remain robust against adversaries who craft inputs to evade …
We design intrusion detection systems for smart home networks that detect spoofing and other attacks on IoT devices and remain robust against adversaries who craft inputs to evade …
We develop intrusion detection and defense mechanisms for the in-vehicle network that remain robust against adaptive adversaries, and study how well such detectors can be evaluated …
We systematically analyze 5G cellular networks, discover new exploitable attack surfaces, and develop defense mechanisms for mitigating them.
We investigate the attacks targeting the control systems of drones, including the authentication of satellite navigation signals to defend against location spoofing, and bring …
We design template protection and privacy-preserving authentication schemes for biometric data, including non-invertible, cancelable and fuzzy-vault based techniques for signature, …
We develop defenses that protect users' personal data on smartphones, including malware detection that stays robust against adversaries who craft apps to evade the detector.
We investigate lightweight mechanisms for checking the integrity of the software running on IoT Devices.
We explore and mitigate security vulnerabilities which can be exploited by an adversary to gain control of the critical components of a modern car, e.g., brake, accelerator and …
We systematically analyze Bluetooth low energy networks used in smart homes, discover new exploitable attack surfaces, and develop device-agnostic defense mechanisms for mitigating …
We design schemes offering privacy-preserving authentication along with better scalability with regard to revocation for vehicular networks.
We discover and mitigate the critical security and privacy threats that impact the users of the dynamic spectrum sharing deployed in a smart city.
We develop techniques which are provably secure against an adversary with unconstrained computational power.