Mobile Devices Networking Performance and Security Related Issues Research Paper

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Abstract - With regard to security, the major issue is that most mobile devices are targets that are in line to face attacks. Mobile devices face a range of threats that capitalize on several susceptibilities usually obtained in such devices. Lack of encryptions is a major threat to security of mobile device networks. Information such as text messages and electronic messages that are sent using a mobile device are more often than not unencrypted. Furthermore, numerous mobile device applications lack such encryptions over the networks for transmission and reception and therefore simplify the process of data interception. Malware is an additional problem regarding mobile device networks. It is simple for mobile device users to download malware through games and security patches and also through online advertisements. Consequently, this makes it significantly easy for data interception owing to spyware and Trojans. The lack of security software is also a major issue. Usually, mobile devices lack such software unlike computer devices. Furthermore, users fail to perceive the need for installation. Consequently, this increases the security risk of attacks. What is more, in the event that operating systems might be outdated implies that it is easy for attackers to intercept data using different malware. Performance issues are also a prevalent problem in mobile device networks. For starters, bearing in mind that TCP flow control mechanisms were meant for wired environments, then transitory dilapidations on the air interface of radio access systems might result in pointless deteriorations in performance. There is also the performance problem of latency in mobile networks. This take into account the greater period of time in which it takes a mobile device’s source to send or convey pack of data to a particular receiver. The increased use of internet and increased mobile apps facilitates poor latency.

Index Terms – Mobile Device, Network Security, Performance

I. Introduction

Over the years, the requirements for mobile networks have transformed and shifted from single-purpose networks to multi-purpose networks. A mobile networking system comprises of two or more different kinds of devices running specifically advanced software to maintain, for a period of time, a wireless communication linkage between them. These devices consist of mobile telephone, generally encompass devices based on Code Division Multiple Access (CDMA), Time Division Multiple Access (TDMA), Global System for Mobile Communications (GSM), and Wireless Personal Digital Assistants (WPDA) digital technologies and follow-ons, in addition to satellite telephones and e-mail appliances [1]. Without a doubt, the mobile networking systems have facilitated significant revolution of the world in the present day, dwindling the world that exists between two or more mobile devices. The fast-paced changes and transformations in networking technologies, ground-breaking changes in software, and the development of great influential communication network technologies all have improved communication and brought it to enormous wrappings of the world. Nonetheless, there are major problems linked to mobile devices networking owing to advanced technology [1]. The main objective of this paper is to examine the issues of security and performance as associated to mobile device networking.

II. REVIEW OF LITERATURE

A. SECURITY PROBLEMS

Mobile networking and communication has come to be a pivotal aspect of everyday life. For instance, statistics indicate that at the onset of the 2017 fiscal year, the mobile network consisted of just about 5 billion users.

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A major and diverse mobile communication and application ecosystem has emanated in the past years. In the past number of decades, several security, performance and privacy issues in mobile network generations have been disclosed that threaten users in addition to network providers [2]. Security attacks can be categorized into two kinds including active attacks and passive attacks. In regard to the latter, the attackers try to learn or capitalize on the information from legitimate users but do not aim to attack the communication itself. The most common kinds of these passive attacks within a mobile network include traffic analysis and eavesdropping [3].

Eavesdropping is an attack that is employed by an inadvertent receiver to interrupt a message from others. It is imperative to note that encryption…

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…[8].

III. FINDINGS

In the contemporary setting, mobile devices are a significant part of everyday lives owing to the reason that they facilitate users to gain accessibility to a wide range of universal and pervasive services. The findings of the research undertaken indicate that there are significant security and performance problems associated with mobile device networks. Three key security issues include the lack of encryption, lack of security software and the existence of malware. Imperatively, developers make use of encryption processes that already have known susceptibilities to accelerate the process of mobile device app development and the outcome is that any driven attacker can crack passwords and gain accessibility [9]. Secondly, malware is a major security issue for mobile device networks. Notably, mobile device applications as well as the use of online advertisements, it has become increasingly easy for users to become attacked by malware on their mobile devices and therefore leading to simple interception of data. The lack of proper encryption gives rise to simple interception thereby facilitating unauthorized accessibility to sensitive information. Research findings also indicate that lack of data encryption by numerous applications facilitate the ease with which data interruption can take place within mobile device networks.

IV. CONCLUSION

In conclusion, mobile network communication has progressed to be a pivotal aspect of everyday human life. Aside from capitalizing mobile devices for voice communication, it is presently conceivable to have increased accessibility to the internet, undertake financial transactions, and send emails as well as text messages through the use of mobile devices. The inference of this is that aspects such as security and performance play a significant part. It is imperative to deal with security issues through encryption of mobile devices and apps. This will facilitate the difficulty with which attackers will be able to intercept data. The installation of security software within mobile phones and also assessing the kind of apps and files being downloaded can increase the security of a network. This is bound to diminish the likelihood of malware entering….....

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References

Borgy Waluyo, A. (Ed.). (2018). Algorithms, Methods, and Applications in Mobile Computing and Communications. IGI Global.

Deak, C., Drozdy, A., Szilagyi, P., Vincze, Z., & Vulkan, C. (2013, June). TCP performance improvement in mobile networks with coverage problems. In 2013 IEEE International Conference on Communications (ICC) (pp. 2303-2308). IEEE.

Fang, D., Qian, Y., & Hu, R. Q. (2018). Security for 5G mobile wireless networks. IEEE Access, 6, 4850-4874.

Grimmett, Z., Staggs, J., & Shenoi, S. (2017, January). Categorizing Mobile Device Malware Based on System Side-Effects. In IFIP International Conference on Digital Forensics(pp. 203-219). Springer, Cham.

Howard, B. (2018). Secrets of Mobile Network Performance. The Performance of Open Source Applications.

Kizza, J. M. (2009). Guide to computer network security (pp. 2007-2008). London: Springer.

La Polla, M., Martinelli, F., & Sgandurra, D. (2013). A survey on security for mobile devices. IEEE communications surveys & tutorials, 15(1), 446-471.

Mukherjea, S. (Ed.). (2016). Mobile Application Development, Usability, and Security. IGI Global.

Rupprecht, D., Dabrowski, A., Holz, T., Weippl, E., & Pöpper, C. (2018). On security research towards future mobile network generations. IEEE Communications Surveys & Tutorials, 20(3), 2518-2542.

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