A Secure Mobile Framework for m-Services

Karantjias, Athanasios; Polemi, Despina; Marković, Milan

doi:10.1109/iciw.2008.82

Cited by 5 publications

(12 citation statements)

References 3 publications

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“…The proposed m-government model is presented on Figure 1 (SWEB, 2009), (Papastergiou et al, 2008). This model consists of:…”

Section: Possible M-government Architecturementioning

confidence: 99%

“…This article mainly identifies the need for security in mobile communications, such as mentioned in (Papastergiou, Karantjias, Polemi & Marković, 2008). It mainly presents a secure mobile framework that is based on widely used XMLbased standards and technologies such as XML-Signature, XML-Encryption (XML-Security) and Web Services Security (WS-Security).…”

Section: Introductionmentioning

confidence: 99%

“…We also investigated possibility of using XML Key Management (XKMS) protocol (Papastergiou et al, 2008) in the proposed e/m-government system. The XKMS protocol constitutes a lightweight front end for accessing PKI services, possibly used in the wireless communication where should be of primary benefits.…”

Section: Introductionmentioning

confidence: 99%

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One Possible Model of Secure e/m-Government System

Marković¹,

Djordjević²

2010

Information Systems Management

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In this article, we describe a possible model of secure e/m-government system based on secure JAVA mobile application and SOA-Based e/m-government platform. The proposed model consists of additional external entities/servers, such as: PKI, XKMS, STS, UDDI and Time Stamping Authority. The main parts of the proposed model are secure JAVA mobile application and secure Web Service implemented on the SOA-based platform capable to connect mobile and desktop applications. One example of the mobile government online services is particularly emphasized: sending m-residence certificate request and obtaining the m-residence electronic document (m-residence certificate) as a municipality's response.

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“…The proposed m-government model is presented on Figure 1 (SWEB, 2009), (Papastergiou et al, 2008). This model consists of:…”

Section: Possible M-government Architecturementioning

confidence: 99%

Section: Introductionmentioning

confidence: 99%

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One Possible Model of Secure e/m-Government System

Marković¹,

Djordjević²

2010

Information Systems Management

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“…Koivukosk • Verification: identifying the user who intends to get access to online services. This verification is carried out with the purpose of identifying the real identity of the person [3].…”

Section: Security Application In M-servicesmentioning

confidence: 99%

“…Moreover, the users require that privacy is preserved, whilst the providers are more and more collecting as much as possible amount of data for users to their own advantages. [3] Access, usage or any other process on private information is restricted to specific goals and it can only be used in aligned with goals. Security is the biggest issue in the field of Mgovernment because without secure services, no one will trust m-government.…”

Section: Introductionmentioning

confidence: 99%

Safety technologies impacts survey in M-services security provision

NasserEslami

Saghafi

2010

JDCTA

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Nowadays, Effectiveness and benefits of mobile phone technologies appeared more than expected. During the recent decade, using of mobile phone improved from telephone call tools to a remote control, transfer messages and financial transactions tools. One of the most important challenges in the m-services area is the security issue. Different papers have discussed various aspects of secured networks. But, until now a extensive ranking approach has not been presented to overcome the security issues. In this paper, first the security technologies and their applications have reviewed. Then the future trends of mobile technology in the world and current condition of mobile users in Iran have investigated. The result of literature reviews showed 13 security technologies and 6 groups of applications. In the next step, with designing a questionnaire for collecting and analyzing the opinion of experts, the importance of different security technologies within six types of mobile service have scrutinized.

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On Secure JAVA Application in SOA-Based PKI Mobile Government Systems

Marković¹,

Djordjević²

2011

Computational Intelligence in Security for Information Systems

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A Secure Mobile Framework for m-Services

Cited by 5 publications

References 3 publications

One Possible Model of Secure e/m-Government System

One Possible Model of Secure e/m-Government System

Safety technologies impacts survey in M-services security provision

On Secure JAVA Application in SOA-Based PKI Mobile Government Systems

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