Secured multi-identity mobile infrastructure and offline mobile-assisted micro-payment application

Adi, Wael; Al-Qayedi, A.; Zarooni, A.A.; Mabrouk, Abdelfettah

doi:10.1109/wcnc.2004.1311302

Cited by 5 publications

(3 citation statements)

References 2 publications

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“…The adoption of smartphones as a user-centric management platform is highly appropriate because these devices are nowadays ubiquitous, have more than adequate processing power, provide Internet connectivity and follows his owner everywhere, thus providing a practical solution for the users Internet reachability challenge (Barkhuus & Polichar, 2011). The use of smartphones for identity management is currently also recognized as essential for enhancing security and privacy (Adi, Al-Qayedi, Zarooni, & Mabrouk, 2004;Paci et al, 2009;Zhikui, 2007) and has been proved to play a crucial role on the more flexible user-centric models (Augusto & Correia, 2013).…”

Section: Attribute Aggregation Model To Decentralize Datamentioning

confidence: 99%

A Mobile-Based Attribute Aggregation Architecture for User-Centric Identity Management

Augusto

Correia

2014

Architectures and Protocols for Secure Information Technology Infrastructures

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The massive growth of the Internet and its services is currently being sustained by the mercantilization of users’ identities and private data. Traditional services on the Web require the user to disclose many unnecessary sensitive identity attributes like bankcards, geographic position, or even personal health records in order to provide a service. In essence, the services are presented as free and constitute a means by which the user is mercantilized, often without realizing the real value of its data to the market. In this chapter the auhors describe OFELIA (Open Federated Environment for Leveraging of Identity and Authorization), a digital identity architecture designed from the ground up to be user centric. OFELIA is an identity/authorization versatile infrastructure that does not depend upon the massive aggregation of users’ identity attributes to offer a highly versatile set of identity services but relies instead on having those attributes distributed among and protected by several otherwise unrelated Attribute Authorities. Only the end user, with his smartphone, knows how to aggregate these scattered Attribute Authorities’ identity attributes back into some useful identifiable and authenticated entity identity that can then be used by Internet services in a secure and interoperable way.

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Section: Attribute Aggregation Model To Decentralize Datamentioning

confidence: 99%

A Mobile-Based Attribute Aggregation Architecture for User-Centric Identity Management

Augusto

Correia

2014

Architectures and Protocols for Secure Information Technology Infrastructures

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“…Various micro-payment protocols that have been specifically designed for selling information goods on the Internet have been used to support wireless communication device-based payment e.g. paying for items in a shop via a mobile phone [1] [9] [14]. For example, the Atlas Telecom mobile uses an SMS Kambi micro-payment solution, allowing each mobile phone user to pay for both on-line Internet content and face-to-face shop services.…”

Section: Motivationmentioning

confidence: 99%

NetPay: An off-line, decentralized micro-payment system for thin-client applications

Dai

Grundy

2007

Electronic Commerce Research and Applications

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“…Mobile commerce is concerned with conducting business transactions and providing services on portable, wireless devices over the Internet [1]. Due to the exponential growth of the number of the Internet users and the maturation of wireless communication technologies, mobile commerce has rapidly attained the interest of the business vanguard [2].…”

Section: Introductionmentioning

confidence: 99%

M&E-NetPay: A Micropayment System for Mobile and Electronic Commerce

et al. 2016

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Abstract:As an increasing number of people purchase goods and services online, micropayment systems are becoming particularly important for mobile and electronic commerce. We have designed and developed such a system called M&E-NetPay (Mobile and Electronic NetPay). With open interoperability and mobility, M&E-NetPay uses web services to connect brokers and vendors, providing secure, flexible and reliable credit services over the Internet. In particular, M&E-NetPay makes use of a secure, inexpensive and debit-based off-line protocol that allows vendors to interact only with customers, after validating coins. The design of the architecture and protocol of M&E-NetPay are presented, together with the implementation of its prototype in ringtone and wallpaper sites. To validate our system, we have conducted its evaluations on performance, usability and heuristics. Furthermore, we compare our system to the CORBA-based (Common Object Request Broker Architecture) off-line micro-payment systems. The results have demonstrated that M&E-NetPay outperforms the .NET-based M&E-NetPay system in terms of performance and user satisfaction.

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Secured multi-identity mobile infrastructure and offline mobile-assisted micro-payment application

Cited by 5 publications

References 2 publications

A Mobile-Based Attribute Aggregation Architecture for User-Centric Identity Management

A Mobile-Based Attribute Aggregation Architecture for User-Centric Identity Management

NetPay: An off-line, decentralized micro-payment system for thin-client applications

M&E-NetPay: A Micropayment System for Mobile and Electronic Commerce

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