A Quantitative Analysis into the Economics of Correcting Software Bugs - Computational Intelligence in Security for Information Systems - page 229

described are included in the general framework of the EU IST FP6 SWEB project.
Future work could include implementation of SIM-based security solution into the
proposed global (SWEB-like) m-governmental model and create a secure
environment for additional m-governmental services, such as: sending electronic
document with qualified signature through JAVA mobile application, etc.
Having in mind the above mentioned text, main contributions of the paper are:

Proposal of a possible secure m-government model based on JAVA
mobile/desktop application and SOA-based m-government platform.

Usage of secure JAVA mobile application in which all modern security
techniques are implemented (XML-security, WS-Security, SAML, Time
Stamping, PKI, XKMS) which are used in optimum way in order to cope with
majority of security issues of the mobile Web Service communication.

Usage of SOA-based request-response m-government platform (Web
Services) which is far more suitable in the mobile communication systems
instead of session-based Web application platform.

Usage of XKMS service which is more suitable for mobile PKI system since it
outsources complex operations such as PKI validation services to the external
entity - the XKMS server, compared to usages of other techniques [4].

References

1. Kolsi, O., Virtanen, T.: MIDP 2.0 Security Enhancements. In: Proceedings of the 37th
Hawaii International Conference on System Sciences, Honolulu, Hawaii, USA (January
2004)
2. Marković, M., Đorđević, G.: On Possible Model of Secure e/m-Government System.
Information Systems Management 27, 320-333 (2010)
3. Papastergiou, S., Karantjias, A., Polemi, D., Marković, M.: A Secure Mobile Framework for
m-Services. In: Proceedings of the Third International Conference on Internet and Web
Applications and Services, ICIW 2008, Athens, Greece (June 2008)
4. Lee, Y., Lee, J., Song, J.: Design and implementation of wireless PKI technology suitable
for mobile phone in mobile-commerce. Computer Communication 30(4), 893-903 (2007)
5. Cuno, S., Glickman, Y., Hoepner, P., Karantjias, T., Marković, M., Schmidt, M.: The
Architecture of an Interoperable and Secure eGovernment Platform Which Provides Mobile
Services. In: Cunningham, P., Cunningham, M. (eds.) Collaboration and the Knowledge
Economy: Issues, Applications, Case Studies, pp. 278-256. IOS Press, Amsterdam (2008);
ISBN 978-1-58603-924-0
6. Đorđević, G., Marković, M.: Simulation and JAVA Programming of Secure Mobile Web
Services. In: Proceedings of Balkan Conference on Operational Research, Balcore, Zlatibor,
Serbia (October 2007)
7. Marković, M., Đorđević, G.: On Secure SOA-Based e/m-Government Online Services.
Accepted for publication in Handbook Service Delivery Platforms: Developing and
Deploying Converged Multimedia Services, ch. 11, pp. 251-278. Taylor & Francis,
Abington (2010)
8. Kanneganti, R., Chodavarapu, P.: SOA Security, Sound View Court 3B. Manning
Publications Co., Greenwich (2008)