4G Security or Application Security on the Web - Research Proposal Example

? 4G Security or Application Security on the Web Introduction The telecommunication industry has received enhanced development in past few decades with numerous mobile communication systems and technological improvements. The mobile communication technology had evolved from second generation technology (2G) to third generation technology (3G). The 3G had also been developed to 3GPP and 3GPP2. The significant improvement in mobile communication technology has occurred due to the introduction of fourth generation technology (4G) with high tech tools and enhanced data transmission. 4G technology is aimed in order to simplify wireless abilities, network speeds, and enhanced pictorial expertise. The characteristics of these telecommunication technologies have increased the concern about network security. As wireless system has diverse copyrighted technologies and security etiquettes, it is hard to make a universal security plan for the devices which apply multiple etiquettes such as 4G system (Akyildiz, Gutierrez-Estevez, & Reyes, 2010). Background of Study 4G requires an exclusive approach in telecommunication technology for developing operative models to accomplish its strategic objectives. The requirement of 4G networks is associated with the increased utilization of websites (such as Facebook) and improvement in download speed from internet portals which entail remarkable bandwidth (such as YouTube videos). As these websites are gaining much admiration within people nowadays, therefore it is a great prospect for telecommunication service providers to accommodate the desires of people. However, there are a few security concerns that telecommunication provides need to address and resolve for better service (Ahmed, Garrison, Gruen, Kelly, & Pankey, 2003). Literature Review The first 4G network was developed in the year 2009 through joint venture between two organizations, Intel and Clearwire. Gradually, this technology has expanded throughout cities, states and nations all over the world. 3G networks were initially developed with the intention of forming a standard in the world for telecommunication, and the motive behind developing 4G network is to allow people to access internet independently from devices such as mobile phones. But in order to provide the enhanced facilities, there is need for high security patterns and reliability of system to ensure safe surfing. The security measures should be established in such a way so that it can enable data transmission with minimum risk (Gobjuka, 2009). Security in 4G networks generally consist of verification, privacy, reliability and authorization in order to gain network connectivity. The 4G technology is incorporated with ‘quality of service’ (QoS) and flexibility. Besides, it is also considered that the network terminal of 4G always chooses the best access point available. In the wireless network there are several security breaches that occur such as channel congestion, denial of service (DOS), illegal access, session hijacking and snooping among others. Though the issue of security had been solved mostly through utilizing manifold layers of encryption etiquette, but there are other drawbacks in this system such as unexploited power, wasted energy and greater transmission interruption. In 4G systems the model of interlayer safety network had been developed, where only a single layer is constructed for data encryption (Gardezi, 2006). But 4G needs more development with respect to mobile node (MN) flow while users roam into new telecommunication provider’s network (Fu, Hogrefe, Narayanan, & Soltwisch, 2004). Problem Statement The research is planned to concentrate on the security issues of 4G on the web. It is quite difficult to quantify the security risks of 4G network and what difficulties it can face from several fronts. There is need to search a definable method to establish a balance between practical application of 4G network and necessary security levels in order to ensure safety of users’ data and resources. Therefore, this research will aim at generating an in-depth view about possible security aspects of using 4G. Besides, the research will also provide a general understanding of 4G networks and its components. Research Objectives The objectives of the research are as follows: To understand how 4G network works To apprehend the contribution of 4G network in the telecommunication industry, and To know the possible security issues of 4G on the web Research Methodology Research methodology is the application of several processes, tools and techniques during research in order to gather required information for the subject. The research will be conducted by mixed approach where both qualitative as well as quantitative method will be used for analysis. The qualitative approach will be suitable for understanding the broad aspects of the research as numerous security issues are linked with the topic. The quantitative approach will be used to describe and analyze numerical data through charts or graphs and mathematical methods which are appropriate for conducting the analysis. In this research both primary as well as secondary data will be used for analysis. The combination of both approaches will help to generate strong and effective results for the research subject (New York University, n.d.). Collecting the preliminary data is a technique to increase the knowledge and understanding of the subject. As both kinds of data will be used for this research, multiple methods are going to be applied for data collection. The primary data will be collected via questionnaire survey method where a questionnaire will be given to telecommunication companies’ networking & communication managers in order to know their opinions and the secondary data will be collected through web published materials, internet databases and corporate websites (Deakin University, n.d; University of Connecticut Libraries, 2003). Analysis is the major part of research and data will be analyzed by qualitative as well as quantitative way. The collected information from both sources will be segmented and accumulated to translate into productive conclusion. Data will be studied in relation to literature review and standing concepts in the respected area which will arise during the research. All information from literature review as well as preliminary data will be assembled so that the research problem is explained and accordingly are assessed critically. Limitations The major limitation of this research is availability of information. Though the research will use both primary as well as secondary data in the form of questionnaire and web resources, there is no guarantee that respondents will provide appropriate responses to the questions. On the other hand, collecting information through secondary data also has its own limitation such as the validity, consistency and accuracy. In order to mitigate the problem, appropriate number of questionnaires will be developed so that low response rates cannot harm the research, and those data will be related with secondary data to ensure consistency and accuracy. The other limitation of the research is complexity. As this research will apply mixed approach, it might be difficult to efficiently present the research findings. Therefore, appropriate research design will be planned and applied so that the findings are presented in effective manner. Conclusion 4G technology has gained much popularity in the telecommunication industry and it provides users several advantages of using web. As technology improves, the security measures also become significant to be identified properly to protect the users from impending threats. The research will provide an extensive view of technical aspects and security issues of 4G in the telecommunication industry and therefore will offer valuable insights about improving the efficiency of the system. References Ahmed, J., Garrison, B., Gruen, J., Kelly, C., & Pankey, H. (2003). 4G wireless systems. Retrieved from https://docs.google.com/viewer?a=v&q=cache:Im9dYl1umccJ:ckdake.com/system/files/4gwireless.pdf+&hl=en&pid=bl&srcid=ADGEESh2M9x4HZDB8IYLwGyyhxwNbvLZJNDH2VQGoDTPuyHcaJOOUMrAaOleULMkvgyers8NJlqGSVHuldxGSmbRwT_VS0AmF-aTNCDhUvV-e9PWmvr6anS_AE0M2AoOhpbeklx6OKYD&sig=AHIEtbS5CUZcSnZCpHm467DNfNallJh1nQ Akyildiz, I. F., Gutierrez-Estevez, D. M., & Reyes, E.C. (2010). The evolution to 4G cellular systems: LTE-Advanced. Physical Communication 3, pp. 217 – 244. Deakin University. (n.d.). Research Design. Retrieved from http://www.deakin.edu.au/buslaw/infosys/research/students/docs/research-design.pdf Fu, X., Hogrefe, D., Narayanan, S., & Soltwisch, R. (2004). QoS and security in 4G networks. Retrieved from http://www.net.informatik.uni-goettingen.de/publications/613/GMC2004.pdf Gardezi, A. I. (2006). Security in wireless cellular networks. Retrieved from http://www.cs.wustl.edu/~jain/cse574-06/ftp/cellular_security/index.html Gobjuka, H. (2009). 4G wireless networks: opportunities and challenges. Retrieved from http://arxiv.org/ftp/arxiv/papers/0907/0907.2929.pdf New York University. (n.d.). What is research design? Retrieved from http://www.nyu.edu/classes/bkg/methods/005847ch1.pdf University of Connecticut Libraries. (2003). Research design. Retrieved from http://spirit.lib.uconn.edu/~punj/m3505.pdf Bibliography Dooley, L. S. (2011). 4G security. Retrieved from http://www.cs.uku.fi/~kilpelai/18issnc/course-MC2-abstract.pdf Zheng, Y., He, D., Yu, W., & Tang, X. (2005). Trusted computing-based security architecture for 4G mobile networks. Retrieved from http://research.microsoft.com/en-us/people/yuzheng/trusted_computing-based_security_architecture_for_4g_mobile_netw.pdf Read More