Improved alpha-information bounds for higher-order masked cryptographic implementations
Résumé
Embedded cryptographic devices are usually pro- tected against side-channel attacks by masking strategies. In this paper, the security of protected cryptographic implementations is evaluated for any masking order, using alpha-information measures. Universal upper bounds on the probability of success of any type of side-channel attack are derived. These also provide lower bounds on the minimum number of queries required to achieve a given success rate. An important issue, solved in this paper, is to remove the loss factor due to the masking field size.
Fichier principal
summary-paper-LIU+Yi++2022-12-19+15-55-35-V1.pdf (336.12 Ko)
Télécharger le fichier
| Origine | Fichiers produits par l'(les) auteur(s) |
|---|