Enterprise Mobile Device Security: Virus-based Attacks
Virus attacks typically seek to infect the mobile device's operating system. Virus-based attacks on mobile devices are essentially file-based; they ride in on a file that must be downloaded (either overtly or covertly) before the attack can be launched.
That’s where an obvious operating-system concern enters the equation and becomes extremely relevant: Any device with the targeted operating system, mobile or not, can be vulnerable. Some of these viruses also target browsers, taking into account the browser and operating-system vulnerabilities.
A bevy of device-based antivirus solutions has popped up, and more come to market by the hour. The traditional desktop and notebook vendors (Symantec, Trend-Micro, Kaspersky, and the like) have morphed their offerings to support the newer devices. On the other side are the new kids on the block - vendors of device security such as Lookout, F-Secure, and such - who provide highly customized smartphone antivirus products.
Which vendor(s) you choose depends on what’s most important for you to protect as you explore this new dimension of your network - the mobile device. For example:
If your predominant disposition is toward a common look and feel and consistency across all endpoints (desktops, laptops and mobile devices), then you should look to one of the traditional vendors. Familiar antivirus products that have a large footprint in the desktop environment have extended themselves by getting small enough to fit into a smartphone.
If your primary goal is to provide a customized and tailored device-centric antivirus solution, then you would do your due diligence (and do yourself a favor) by checking out the new-age device antivirus vendors and choosing a mobile-centric product to fit your environment.

Cloud Computing Glossary
cloud computing
A networking solution in which everything — from computing power to computing infrastructure, applications, business processes to personal collaboration — is delivered as a service wherever and whenever you need.

Cloud Computing Glossary
cloud service
The delivery of software, infrastructure, or storage that has been packaged so it can be automated and delivered to customers in a consistent and repeatable manner.

Cloud Computing Glossary
deprovision
The release of cloud services that are no longer needed.

Cloud Computing Glossary
federating
Linking distributed resources together over the cloud.

Cloud Computing Glossary
hypervisor
An operating system that acts as a traffic cop, managing the various virtualization tasks in the cloud to ensure that they make things happen in an orderly manner.

Cloud Computing Glossary
multi-tenancy
The sharing of underlying resources by multiple companies over a cloud.

Cloud Computing Glossary
network attached store
Storage that has its own network address through which it is accessed by the network's workstation users. Acronym: NAS

Cloud Computing Glossary
service level agreement
A contract that stipulates the type of service you need from providers and what type of penalties would result from an unexpected business interruption. Acronym: SLA

Cloud Computing Glossary
solution stack
An integrated set of software that provides everything a developer needs to build an application.

Cloud Computing Glossary
storage area network
A storage systems that is flexible and scalable because it's available to multiple hosts at the same time. Acronym: SAN

Cloud Computing Glossary
vertical industry groups
Workgroups comprised of members from a particular industry such as technology and retail.

Cloud Computing Glossary
virtual memory
The portion of your hard drive that Windows uses to expand the available RAM

Cloud Computing Glossary
virtualization
Using computer resources to imitate other computer resources or whole computers to maximize performance and flexibility.