2013Unpublished venueRequires access

Modeling of Contactless Smart Card Protocols and Automated Vulnerability Finding

Martin Henzl, Petr Hanáček

Open publisher page 3 citations

Abstract

We present a method of automated vulnerability finding in protocols that use contactless smart cards. We focus on smart cards with contactless interface because they are simpler than their counterparts with contact interface and provide less functionality, which can be modeled more easily. Our method uses model checking to find possible attacks in a model of the protocol implementation on particular smart card. There is a possibility to model arbitrary smart card, we demonstrate this method on one of the currently most widespread contactless smart cards - the Mifare DESFire. Using our method we were able to locate a couple of weaknesses of this smart card which may cause vulnerability if the protocol is not implemented properly. This method can be used by developers to evaluate security of their protocol implementation on particular smart card.

About this research paper

What this paper is about

We present a method of automated vulnerability finding in protocols that use contactless smart cards. We focus on smart cards with contactless interface because they are simpler than their counterparts with contact interface and provide less functionality, which can be modeled more easily. Our method uses model checking to find possible attacks in a model of the protocol implementation on particular smart card. There is a possibility to model arbitrary smart card, we demonstrate this method on one of the currently most widespread contactless smart cards - the Mifare DESFire. Using our method we were able to locate a couple of weaknesses of this smart card which may cause vulnerability if the protocol is not implemented properly. This method can be used by developers to evaluate security of their protocol implementation on particular smart card.

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OpenAlex reports 3 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

We present a method of automated vulnerability finding in protocols that use contactless smart cards. We focus on smart cards with contactless interface because they are simpler than their counterparts with contact interface and provide less functionality, which can be modeled more easily. Our method uses model checking to find possible attacks in a model of the protocol implementation on particular smart card. There is a possibility to model arbitrary smart card, we demonstrate this method on one of the currently most widespread contactless smart cards - the Mifare DESFire. Using our method we were able to locate a couple of weaknesses of this smart card which may cause vulnerability if the protocol is not implemented properly. This method can be used by developers to evaluate security of their protocol implementation on particular smart card.

Key concepts: Smart card application protocol data unit, Smart card, Computer science, OpenPGP card, Open Smart Card Development Platform, Protocol (science), Vulnerability (computing), Contactless smart card

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