The profound impact of mobile devices on cybersecurity is a critical and evolving concern in the contemporary digital landscape. Six scholarly publications illuminate different aspects of this complex relationship. Almaiah et al. (2021) classify mobile device cybersecurity vulnerabilities into a taxonomy. Al-Turjman and Salama (2021) examine mobile social network cybersecurity. Mobile devices and apps affect customer privacy and security, according to Evans’ PhD dissertation (2018). Kauthamy et al. (2017) explore mobile device cybersecurity user responses. A survey by Bubukayr and Almaiah (2021) addresses smartphone and app cybersecurity. Finally, Nee and Tu (2018) examine wireless and mobile computing’s social, economic, environmental, health, and cybersecurity effects. This synthesis will categorize these variables to explain the complex interaction between mobile devices and cybersecurity.
Almaiah, Al-Zahrani, Almomani, and Alhwaitat (2021) conducted a comprehensive classification of cybersecurity threats on mobile devices, as outlined in their study featured in “Artificial Intelligence and Blockchain for Future Cybersecurity Applications.” Their grouping includes a lot of different threats that can harm mobile devices and apps (Almaiah et al., 2021). It’s clear that the mobile ecosystem needs better security measures because of what their results mean. As mobile devices become more common, the threats that have been found pose major risks to user privacy and data security. The authors’ classification gives us a way to organize and understand the wide range of cybersecurity issues in this area, which has led to a call for stronger security procedures. Since mobile technology is always changing, the study shows how important it is to take immediate steps to protect sensitive data on these widely used devices and reduce the risk of possible threats.
Al-Turjman and Salama’s 2021 work takes a critical look at the area of safety in mobile social networks. The writers go into great detail about how to keep information safe when using mobile social networks, showing how this constantly changing environment can be hard in many ways. Through their research, Al-Turjman and Salama give us useful information about privacy (Al-Turjman & Salama 2021). They stress the importance of custom solutions to fix the specific problems that come up with mobile social networks. There are suggestions and answers given by the authors to make these networks safer. They support taking proactive steps to deal with new threats. Their work shows how important it is to take a broad and flexible approach to safety in the constantly changing world of mobile social networks. They urge everyone involved to take strong steps that fit the unique features of this digital space.
Evans’ 2018 doctoral paper is a deep look at how mobile devices and apps have a huge effect on people’s privacy and safety. The study carefully looks into the complicated link between the wide use of mobile technologies and the privacy risks they create for users (Evans, 2018). Evans finds and analyzes different factors that are making the risks higher, which sheds light on how complicated cybersecurity is in the mobile world. It is very important to have a full understanding of these problems, and the study shows how important it is for individuals and the cybersecurity field as a whole. Key results show how difficult it is to protect consumer privacy while also making technological progress. This urges everyone involved to take action to reduce possible threats. Evans’s research makes a big difference in how we understand how cybersecurity is changing in the context of mobile technologies. It gives parties useful information for figuring out how to deal with new privacy and security issues for consumers.
Kauthamy et al. did an exploratory study on user responses to cybersecurity issues in 2017. They looked into how users change their behavior when they are faced with security threats on their mobile devices. The study shows what happens when users deal with cybersecurity problems, revealing common trends and ways of dealing with them (Kauthamy et al., 2017) The implications for making strong and effective protection plans for mobile devices become clear after a careful examination of these results. Figuring out how users will react is very important for coming up with strategies that not only solve problems but also fit with how users act and what they expect. Those involved in mobile cybersecurity can change how they do things by drawing conclusions from the study. This way, they can make sure that protective measures fit the habits and tastes of users, which will make them more effective at protecting mobile devices and apps from new threats.
The poll that Bubukayr and Almaiah did in 2021 on cybersecurity issues in smartphones and apps gave us important information about the problems that people face in the digital world. The study found a number of risks, which shows how complicated cybersecurity problems with mobile devices are. Some of the most important things that were found were security holes in smartphone apps, possible data breaches, and users who are easy targets for cyber dangers (Bubukayr & Almaiah 2021). The authors called for a comprehensive response to these problems, supporting stronger security measures in both the hardware and software of smartphones. They also talked about how important it is to have programs that teach and make people aware of hacking risks. The study stresses how important it is to take immediate steps to protect private and important data on mobile devices. It encourages users, developers, and lawmakers to work together to make sure that smartphones and apps have strong security systems.
Nee and Tu (2018) looked at the effects of mobile and wireless computers and found a web of social, economic, environmental, and health problems that affect cybersecurity (Nee & Tu 2018). The writers look into the complicated connections between these parts, with a focus on mobile and wireless technologies. They look at how these technologies change the way people connect with each other online. Changes in the economy and the structure of the banking system are looked at. Nee and Tu also look at how these tools affect the environment. The authors also take a close look at the complicated connections between mobile devices and health. They show how social, economic, environmental, and health issues affect cybersecurity. This shows how important it is to look at problems with wireless and mobile computers as a whole.
A coherent investigation of the effects of mobile devices on cybersecurity is revealed by the synthesis of the chosen literature. Similarities in the ways that cyber threats on mobile devices and applications are categorized across the sources highlight the necessity of more stringent security measures. A thorough grasp of the complex issues raised by the widespread use of mobile devices is made possible by themes like the convergence of artificial intelligence and blockchain in cybersecurity applications, the weaknesses in mobile social networks, and the societal and economic effects of wireless and mobile computing. While Kauthamy et al. (2017) perform an exploratory study on user responses to cybersecurity difficulties, Evans (2018) explores the impact on consumer privacy, and Bubukayr and Almaiah (2021) publish a survey on cybersecurity concerns in smartphones. This synthesis shows the critical need for strong preventive measures in this rapidly changing technological context and offers a nuanced perspective on the complex interaction between mobile devices and cybersecurity.
In conclusion, the synthesis of the six scholarly publications underscores the pressing need for heightened cybersecurity measures in the face of evolving challenges posed by mobile devices. Some important ideas, like the taxonomy of risks, social network safety, and the complex webs of links between mobile technology and social, economic, environmental, and health factors, show how complicated this problem is. The summary shows that everyone agrees on how important it is to have strong security measures that include AI, blockchain applications, and user-centered methods. It’s important because it shows how user responses, buyer privacy, and systemic risks all work together in complex ways. Taking into account the complexity and range of points of view, this conclusion stresses how important it is for users, developers, and lawmakers to work together to create complete and flexible security measures in the ever-changing world of mobile cybersecurity.
References
Almaiah, M. A., Al-Zahrani, A., Almomani, O., & Alhwaitat, A. K. (2021). Classification of cyber security threats on mobile devices and applications. In Artificial Intelligence and Blockchain for Future Cybersecurity Applications (pp. 107-123). Cham: Springer International Publishing.
Al-Turjman, F., & Salama, R. (2021). Cyber security in mobile social networks. In Security in IoT Social Networks (pp. 55-81). Academic Press.
Bubukayr, M. A. S., & Almaiah, M. A. (2021, July). Cybersecurity concerns in smartphones and applications: A survey. In 2021 International Conference on Information Technology (ICIT) (pp. 725-731). IEEE.
Evans, Z. R. (2018). The impact of mobile devices and applications on consumer privacy and security (Doctoral dissertation, Utica College).
Kauthamy, K., Ashrafi, N., & Kuilboer, J. P. (2017, April). Mobile devices and cyber security exploratory study on user’s response to cyber security challenges. In International Conference on Web Information Systems and Technologies (Vol. 2, pp. 306–311). SCITEPRESS.
Nee, B. A., & Tu, M. (2018). The Social Economic, Environmental, Human Health, and Cybersecurity Impacts of Wireless and Mobile Computing. J. Commun., 13(1), 32-39.
write