Design of a duplicated fault-detecting AES chip and yet using clock set-up time violations to extract 13 out of 16 bytes of the secret key

Michel Agoyan 1, 2 Sylvain Bouquet 1, 2 Marion Doulcier-Verdier 1, 2 Jean-Max Dutertre 2 Jacques Jean-Alain Fournier 1, 2 Jean-Baptiste Rigaud 2 Bruno Robisson 1, 2 Assia Tria 1, 2
1 CMP-ENSMSE - Centre Microélectronique de Provence - Site Georges Charpak (CMP-GC)
2 SAS-ENSMSE - Département Systèmes et Architectures Sécurisés
Abstract : The secret keys manipulated by cryptographic circuits can be extracted using fault injections associated with differential cryptanalysis techniques [1]. Such faults can be induced by different means such as lasers, voltage glitches, electromagnetic perturbations or clock skews. Several counter-measures have been proposed such as random delay insertions, circuit duplications or error correcting codes. In this paper, we focus on an AES chip in which the circuit duplication principle has been implemented to detect fault injection. We show that faults based on clock set-up time violations can nevertheless be used to defeat the implemented counter-measure.
Keywords : Dual Rail Fault attacks Advanced Encryption Standard
Type de document :
Communication dans un congrès
Smart Systems Integration, Mar 2011, Dresden, Germany. pp.00, 2011
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Contributeur : Jean-Max Dutertre <>
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Michel Agoyan, Sylvain Bouquet, Marion Doulcier-Verdier, Jean-Max Dutertre, Jacques Jean-Alain Fournier, et al.. Design of a duplicated fault-detecting AES chip and yet using clock set-up time violations to extract 13 out of 16 bytes of the secret key. Smart Systems Integration, Mar 2011, Dresden, Germany. pp.00, 2011. 〈emse-00625679〉

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