Towards cloud-based anti-malware protection for desktop and mobile platforms
Date
2012
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Abstract
Malware is a persistent and growing problem that threatens the privacy and property of computer users. In recent years, this threat has spread to mobile devices such as smartphones and tablet computers. At the same time, the main method for combating malware, anti-virus software, has grown in size and complexity to the point where the resource demands imposed by these security systems have become increasingly noticeable. In an effort to create a more transparent security system, it is possible to move the scanning of malware from the host computer to a scanning service in the cloud. This relocation could offer the security of conventional host-based scanning, without the resource demands involved with running a fully host-based anti-virus system.
This thesis shows that under the right circumstances, malware scanning services provided remotely are capable of replacing host-based anti-malware systems on desktop computers, although such a cloud-based security system is better suited to protecting smartphone users from malicious applications. To that end, a system was developed that provides anti-malware security for desktop computers by making use of pre-existing web-based file scanning services for malware detection. This system was evaluated and found to have variable performance ranging from acceptable to very poor. The desktop scanning system was then augmented and adapted to serve as a mechanism for identifying malicious applications on Android smartphones. The evaluation of this latter system showed favorable results, and is effective as a mechanism for combating the growing mobile malware threat.
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Bibliography: p. 120-132
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Citation
Jarabek, C. (2012). Towards cloud-based anti-malware protection for desktop and mobile platforms (Master's thesis, University of Calgary, Calgary, Canada). Retrieved from https://prism.ucalgary.ca. doi:10.11575/PRISM/4744