2002Unpublished venueRequires access

Securing information and operations in a smart card through biometrics

Raúl Sánchez-Reillo

Open publisher page 16 citations

Abstract

Many systems need portable media in which to store sensible data, such as smart cards. The information can be protected by the user with their personal identification number (PIN), or through biometrics. Unfortunately, there isn't a smart card that can verify the biometric template inside it, performing this task in the terminal. The author has developed algorithms and data structures needed to solve this problem. Therefore, he has created a smart card with user biometric authentication, based on an open platform smart card (in this case, a JavaCard). To achieve these results, different biometric techniques have been studied: speaker verification, hand geometry and iris recognition. Experimental results are given to show the viability of the prototype developed.

About this research paper

What this paper is about

Many systems need portable media in which to store sensible data, such as smart cards. The information can be protected by the user with their personal identification number (PIN), or through biometrics. Unfortunately, there isn't a smart card that can verify the biometric template inside it, performing this task in the terminal. The author has developed algorithms and data structures needed to solve this problem. Therefore, he has created a smart card with user biometric authentication, based on an open platform smart card (in this case, a JavaCard). To achieve these results, different biometric techniques have been studied: speaker verification, hand geometry and iris recognition. Experimental results are given to show the viability of the prototype developed.

Why it matters

OpenAlex reports 16 citations for this work. Citation counts describe recorded attention and do not establish research quality.

Key contribution

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Method / approach

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Main findings

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Available abstract

Many systems need portable media in which to store sensible data, such as smart cards. The information can be protected by the user with their personal identification number (PIN), or through biometrics. Unfortunately, there isn't a smart card that can verify the biometric template inside it, performing this task in the terminal. The author has developed algorithms and data structures needed to solve this problem. Therefore, he has created a smart card with user biometric authentication, based on an open platform smart card (in this case, a JavaCard). To achieve these results, different biometric techniques have been studied: speaker verification, hand geometry and iris recognition. Experimental results are given to show the viability of the prototype developed.

Key concepts: Biometrics, Smart card, Computer science, MULTOS, Iris recognition, Hand geometry, Authentication (law), OpenPGP card

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