Ubiquitous Secure Cash Withdrawal

International Journal of Database Theory and Application, Vol. 1, No. 2, pp. 55-64

10 Pages Posted: 5 Oct 2011 Last revised: 18 Mar 2012

See all articles by Abdullahi Arabo

Abdullahi Arabo

Oxford University; John Moores University; University of the West of England (UWE) - Faculty of the Built Environment

Qi Shi

John Moores University

Madjid Merabti

John Moores University

Date Written: October 5, 2009

Abstract

We have seen an increase use of technology in contactless payment card as well as access cards that make the same Mifare technology. However, it has been shown that such a technology is carrying serious security flows that allow card cloning by suing a simple personal laptop. The use of mobile handheld devices is expanding rapidly within both the usiness and individual contexts. These devices are now essential tools that offer competitive usiness advantages in today’s growing world of ubiquitous computing environments. The echnology advancement has made it possible to embed more facilities in mobile phones.

While they provide benefits, they also pose new risks on security by either the information they contain or information that they can access remotely. Secure cash transaction is of serious concerns in growing use of cash cards and internet transactions. Cash withdrawal card, chip and pin facilities have increasingly been used for business and social activities.

This paper will propose the concept of physical browsing and development of a system that will allow users to use their mobile phones to securely withdraw cash from ATM machines. The paper presents the architecture for the M-Cash withdrawal application, discusses relevant technologies and security issues, and provides an analysis of relevant procedures and steps for fully implementing the application.

Keywords: Mobile security, ATM, RFID

Suggested Citation

Arabo, Abdullahi and Shi, Qi and Merabti, Madjid, Ubiquitous Secure Cash Withdrawal (October 5, 2009). International Journal of Database Theory and Application, Vol. 1, No. 2, pp. 55-64, Available at SSRN: https://ssrn.com/abstract=1939126

Abdullahi Arabo (Contact Author)

Oxford University ( email )

1 St. Giles
University of Oxford
Oxford OX1 3PG Oxfordshire, Oxfordshire OX1 3JS
United Kingdom

John Moores University ( email )

Rodney House
70 Mt Pleasant
Liverpool, Merseyside, Merseyside L35UX
United Kingdom

University of the West of England (UWE) - Faculty of the Built Environment ( email )

Bristol, BS16 1QY
United Kingdom

Qi Shi

John Moores University ( email )

Rodney House
70 Mt Pleasant
Liverpool, Merseyside, Merseyside L35UX
United Kingdom

Madjid Merabti

John Moores University ( email )

Rodney House
70 Mt Pleasant
Liverpool, Merseyside, Merseyside L35UX
United Kingdom

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