Presentation
A Simulation Technique of Thermal Side-Channels from Cryptographic Circuits
DescriptionThis study investigates the potential risks of thermal side-channel leakage in cryptographic circuits. Unlike current-based side-channel attacks, thermal energy presents unique challenges due to its inherent difficulty to confine. Cryptographic operations generate thermal energy as a byproduct, which can leak sensitive information. Using a novel simulation technique, we combined circuit simulation and thermal analysis to evaluate temperature variations during AES operations. Our findings reveal that plaintext-dependent temperature differences, with T-values exceeding 4.5 in some cases, indicate a potential for thermal leakage.
To mitigate this, heat dissipation mechanisms were evaluated. While these mechanisms reduced temperature variations on the circuit side, new leakage pathways emerged in other areas, demonstrating a trade-off between thermal management and security. This highlights the need for balanced design strategies that address both thermal behavior and cryptographic robustness.
Overall, this stu
To mitigate this, heat dissipation mechanisms were evaluated. While these mechanisms reduced temperature variations on the circuit side, new leakage pathways emerged in other areas, demonstrating a trade-off between thermal management and security. This highlights the need for balanced design strategies that address both thermal behavior and cryptographic robustness.
Overall, this stu
Event Type
Engineering Presentation
TimeTuesday, June 244:42pm - 5:00pm PDT
Location2012, Level 2
Back-End Design
Chiplet