Garbled EDA: Privacy-Preserving Electronic Design Automation
Designed a framework to run chip design tools securely without revealing proprietary IP, using cryptographic multiparty computation.
Publications
Hardware security research from my time at the University of Florida. The full list is on Google Scholar.
Active IC Metering Protocol Security with Oblivious Transfer
Built and hardened protocols that prevent unauthorized cloning of chips, using oblivious transfer cryptography.
HWGN2: Side-Channel Protected Neural Networks
Developed a hardware framework that lets neural networks run securely on FPGAs without leaking information through power/timing channels.