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Hardware authentication is one of the critical needs in the emerging discipline of design for assurance and design for security. It is concerned with establishing the authenticity and provenance of Integrated Circuits (ICs) reliably and inexpensively at any point in a chip's life-time. Physical unclonable functions (PUFs) have significant promise as basic primitives for authentication since they can serve as intrinsically-generated hardware roots-of-trust within specific authentication protocols.

In popular culture, cyber security is characterized as a cat-and-mouse game: an attacker finds a new exploit, defenders find a corresponding countermeasure, and the game goes on and on. Unfortunately, reality isn't far removed from this fiction: most defenses are reactive to particular threats that have already been discovered, and they are often combined on top of each other, without attempting to integrate them.

TECH MeD (Transdisciplinary Education for Critical Hacks of Medical Devices) seeks to engage a broad audience about the cybersecurity implications of remotely accessible, implantable medical devices. The project will educate undergraduate and graduate-level students from various disciplines, healthcare professionals, patients, and the general public about the ethical, legal, social, and technical implications of these remotely accessible devices.

Cloud computing offers many benefits to users, including increased availability and flexibility of resources, and efficiency of equipment. However, privacy concerns are becoming a major barrier to users transitioning to cloud computing. The privilege design of existing cloud platforms creates great challenges in ensuring the trustworthiness of cloud by granting too much power to the cloud administrators, who could launch serious insider attacks by abusing the administrative privileges.

The more people use the Internet, the more they risk sharing information they don't want other people to know. Tor is a technology that every day helps millions of people protect their privacy online. Tor users -- ranging from ordinary citizens to companies with valuable intellectual property -- gain protection for the content of their online messages and activities, as well as whom they interact with and when. For the most part, Tor is very secure. However, it has a known vulnerability to an attack called website fingerprinting.