Software and Hardware Issues in Smart Card Technology

Selimis, Georgios; Fournaris, Apostolos P.; Kostopoulos, Giorgos; Koufopavlou, O.

doi:10.1109/surv.2009.090310

Cited by 16 publications

(3 citation statements)

References 14 publications

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“…The dimensions of a smart card are 85.6 mm by 53.98 mm, with a corner radius of 3.18mm and a thickness of 0.76mm. Smartcard chip placement was defined in ISO 7816-2, which was developed in 1988 (Selimis et al, 2009).…”

Section: Smart Card Designmentioning

confidence: 99%

A Light Weight Temper Resistance Client File in an External Memory for Remote User Authentication and Access Control

Buhari

Obiniyi

Junaidu

et al. 2023

International Journal of Systems and Software Security and Protection

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This research proposes a lightweight tamper resistant client file in an external memory as an alternative to smart card for remote user authentication and access control. The benefit of using this special client file is portability and ease of acquirement, especially in school online portals, online resources portals, and e-commerce portals. The characteristics and design considerations that make smart card tamper resistant are reviewed. Techniques and characteristics to make a client file in an external memory to exhibit a lightweight tamper resistant property has been formulated. The Kumari et al.'s scheme, which is the latest research that uses external memory for remote user authentication, has been reviewed. The basic system design and software design of the proposed client file is presented and modeled. This will enable implementation of the proposed system using any prepared programming or scripting language of one's choice. The proposed scheme and reviewed scheme are also evaluated for efficiency, tamper resistance, and impersonation attack.

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Section: Smart Card Designmentioning

confidence: 99%

A Light Weight Temper Resistance Client File in an External Memory for Remote User Authentication and Access Control

Buhari

Obiniyi

Junaidu

et al. 2023

International Journal of Systems and Software Security and Protection

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“…A smart card is a very compact, portable and pocket-sized computer. The card holds one or more embedded chips according to the application(s) it is designed for [1]. These chips could be memory chips (usually a serial EEPROM) and/or CPU (for example a PIC or AVR CPU).…”

Section: Smart Card Componentsmentioning

confidence: 99%

C2OS, A New Cryptographic Operating System for Smart Cards

Eldeeb¹,

Dahshan

Shehata³

2018

The International Conference on Electrical Engineering

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Smart card is a miniature computer with very limited hardware and software resources. Like any computer, an operating system is needed to manage the card hardware and software resources. Several smart card operating systems of different types were developed for this purpose. The basic functions of these operating systems are: handling the card input/out process, managing the file system, managing communication with card users/ application programs and data exchange with the cryptographic algorithms embedded in the card, if any. The user/application is allowed to interact with cryptographic algorithms with their default parameters and with no possibility of cryptographic parameters customization. This paper aims to make the smart card smarter by presenting a new type of smart card operating system that covers a new area of commands. The new set of cryptographic commands enables the applications/developer to deeply access the cryptographic primitives and customize their building blocks at run time. In order to test the new command set and demonstrate its features, the new operating system has been developed in embedded C language and implemented on an open platform card.

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“…Hundreds of millions of SIM cards based on Java Card technology are already powering innovative services including voting applications in cell phones. [27][7] [23] forwarded the unique properties in java cards technology which can be exploited in mobile phone voting, these include: Multi-Application-Capable, Interoperable, Secure, Dynamic and Compatible with Existing Standards. However, despite all the opportunities mobile phones provide as an end device for voting over other ICTs, mobile phones have failed to gain much acceptance and satisfaction as an e-voting tool in developing countries [26][14] [3].…”

Section: Java Card Technology (Jct)mentioning

confidence: 99%

Designing reality fit m-voting

Eilu

Baguma

2013

Proceedings of the 7th International Conference on Theory and Practice of Electronic Governance

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In this paper, we examine the declining trends in voter turn-up in Uganda and other developing countries. We also look at the possibility of using ICT especially the widely used mobile phones to improve citizen participation in voting. We also assess the current citizen perception and responses towards using their mobile phones for voting. In addition we discuss political, technological, social and cultural factors that are likely to affect the use of mobile phones for voting.

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Software and Hardware Issues in Smart Card Technology

Cited by 16 publications

References 14 publications

A Light Weight Temper Resistance Client File in an External Memory for Remote User Authentication and Access Control

A Light Weight Temper Resistance Client File in an External Memory for Remote User Authentication and Access Control

C2OS, A New Cryptographic Operating System for Smart Cards

Designing reality fit m-voting

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