- Hardware Security Tutorial
- Project Archive
We are rethinking the architecture of computers to design security into the core of ubiquitous commodity computing and communications devices, their servers and their interconnecting networks. The goal is to achieve security without compromising performance, cost, energy consumption and usability. Our research involves security-aware microprocessors, small trusted computing bases integrating software, hardware and networking, hardware trust anchors, hardware defenses for mitigating software vulnerabilities, multicore security, secure embedded systems and secure SOCs, covert and side channels, memory integrity, secure software radio and novel processor architecture for fast cryptography and cryptanalysis. We are also researching fast 3D graphics and multimedia for handheld platforms, and secure mobile devices, in general.
Post-doc positions at Princeton Architectural Lab for Multimedia and Security:
The Security & Architecture Day is a workshop sponsored by the Tri-State region computer security research community for bringing area researchers together, fostering multi-institutional collaborations, and discussing and exchanging our ideas and experiences with security and cryptography research.
Princeton University Top Stories — by Teresa Riordan · Posted October 31, 2007; 10:21 a.m.
Princeton researchers have invented a computer architecture that enables the secure transmission of crucial rescue information to first responders during events such as natural disasters, fires or terrorist attacks.
Professor Ruby Lee participated in the National Academy of Engineering committee which has written the following report:
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