The use of an operating system is directly correlated to the interest by the malware writers to develop malware for that OS.' Shane Coursen, a senior technical consultant with Kaspersky Lab, said at the time, 'The growth in Linux malware is simply due to its increasing popularity, particularly as a desktop operating system . In 2008 the quantity of malware targeting Linux was noted as increasing. A virus/trojan/worm author who successfully targeted specifically Apache httpd Linux/x86 Web servers would both have an extremely target-rich environment and instantly earn lasting fame, and yet it doesn't happen. ignores Unix's dominance in a number of non-desktop specialties, including Web servers and scientific workstations. Rick Moen, an experienced Linux system administrator, counters that: In the past, it has been suggested that Linux had so little malware because its low market share made it a less profitable target. To gain control over a Linux system or to cause any serious consequences to the system itself, the malware would have to gain root access to the system. Like Unix systems, Linux implements a multi-user environment where users are granted specific privileges and there is some form of access control implemented. Linux, Unix and other Unix-like computer operating systems are generally regarded as very well-protected against, but not immune to, computer viruses. Linux malware includes viruses, Trojans, worms and other types of malware that affect the Linux family of operating systems. Malware that affects the Linux operating system

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