In this paper, we introduce a novel exact verification methodology for non-interference properties of cryptographic circuits. The methodology exploits the Algebraic Decision Diagram representation of the Walsh spectrum to overcome the potential slow down associated with its exact verification against non-interference constraints. Benchmarked against a standard set of use cases, the methodology speeds-up 1.88x the median verification time over the existing state-of-the art tools for exact verification.
ADD-based Spectral Analysis of Probing Security
Molteni M. C.;Zaccaria V.;
2022-01-01
Abstract
In this paper, we introduce a novel exact verification methodology for non-interference properties of cryptographic circuits. The methodology exploits the Algebraic Decision Diagram representation of the Walsh spectrum to overcome the potential slow down associated with its exact verification against non-interference constraints. Benchmarked against a standard set of use cases, the methodology speeds-up 1.88x the median verification time over the existing state-of-the art tools for exact verification.File in questo prodotto:
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