Sensitivity Analysis and Design Methodology for Secure Digital Circuits against X-Rays
Hardware security,Countermeasures,X-rays,Physical attacks
During this thesis, the candidate is expected to analyze the sensitivity of secure circuits thanks to simulation models and compare them with experimental results in order to possibly predict the experimental outcomes and extract sensitivity maps extended to a larger area of the topology. The candidate will then be able to use the developed models and flow in order to evaluate hardening techniques or fault attack countermeasures.
Thesis director: Paolo MAISTRI
Thesis co-director: Guillaume HUBERT (ONERA)
Thesis supervisor: Nacer-Eddine ZERGAINOH
Thesis started on: Jan. 2022
Doctoral school: EEATS