Abstract: This talk presents CMOS-based hardware security ICs that leverage physical-layer properties for miniaturized electronics under severe size and power constraints. By exploiting wave propagation, chip-to-object attachment, and silicon-level randomness, it shows how physical properties can be transformed into security functions, establishing a new hardware-driven paradigm for trusted electronics.
Bio: Eunseok received the B.S. from KAIST in 2020 and the M.S. from MIT in 2023, where he is pursuing the Ph.D. in EECS at MIT. He was a 2023 CICC Best Paper Finalist and received the 2023 MathWorks Fellowship, 2026 ADI Outstanding Student Designer Award, and 2026 IEEE SSCS Predoctoral Achievement Award.