Essay on Secure Mobile Devices: Protect Your Data & Information

Mobile device security refers to the measures that are put in place to secure the information that is transmitted and stored in various devices such as smartphones, tablets, and laptops. It prevents data and information from getting into wrong or unauthorized hands. Mobile device security distances the range from user authentication procedures and mobile security most excellent practices for guarding against conceded data in the incident of an unauthorized entree or accidental loss of the mobile device to fight malware, spyware and any other mobile security risks that can uncover the data of a mobile device to hackers.

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Most mobile devices are characterized by mobile operating systems with in-built mobile device features. This includes iOS for iPhones and iPods, Google's platform for Android, and Microsoft's Windows Phone (Chen et al., 2015). Furthermore, a diversity of third-party mobile device security resolutions is accessible for providing an added level of protection for mobile devices.

Some of the issues with mobile security include that applications aren't secure as they are at security and privacy risk, especially android devices. Most of these devices are targeted by hackers who would want to gain access to the information for personal gain (Sinha, 2015). Others manipulate data that would interfere with the system of the organization. Due to these insecurities, a recommendation is made on several measures that can be done to ensure that the security of these devices is taken care of.

The first solution is the use of user authentication. This involves restricting the access of a device and restricting it to specific users. It is best when securing wireless networks like Wi-Fi of the school where the staff and students would be given passwords. The school should have a regulation system in which the operating systems of all the devices are updated every time the need arises. Mobile phones can be backed up with external storage to ensure the data is safe. Users should also avoid jailbreaks where, the device enables the user to run unverified or unsupported applications, which, in most cases, have high-security vulnerabilities.

The devices have encryptions which can be used to protect against technologies like VPN, which hides the location and identity of hackers. The school can also use remote data wipe. This is software that wipes off data from a distant place and is most efficient when a device is lost or misplaced (Harris & Patten, 2014). Students and the staff are also encouraged to disable personal Wi-Fi and school network when not in use. Some people can access the devices through the interfaces and destroy data. The ICT team should also be vigilant not to fall into phishing schemes that install the malware in the system and other dangerous viruses. Some software can be installed in the device, such as antivirus, which would protect the device from viruses from other devices.

Conclusion

In conclusion, the mobile security of the school would require the effort of the entire fraternity. Keen following of the systems that are placed in place would reduce the risks that are exposed to. The security of the devices would heavily depend on the internal software that has been mention and would employee regular checkups. The school is finally tasked with communicating the security features to everyone to ensure that all are aware. This would include explaining how they function and helping them install the elements in their systems as well as investing in the school.

References

Chen, Y., Yuval, G. A., & Sinclair, M. J. (2015). U.S. Patent No. 9,135,620. Washington, DC: U.S. Patent and Trademark Office.

Harris, M. A., & Patten, K. P. (2015). Mobile Device Security Issues Within the US Disadvantaged Business Enterprise Program. Journal of Information Technology Management, 26(1), 46-57.

Sinha, A. (2015). U.S. Patent No. 9,119,017. Washington, DC: U.S. Patent and Trademark Office. Medium-sized enterprise business mobility. Information Management & Computer Security.