The DNS is primarily thought of as a functional technology to navigate the Web, as its original role was to facilitate ease of use of the Internet. DNS eliminates the need to type in long strings of numbers (IP addresses) to access content and translates the numbers into words. Due to its history, DNS has become an often-overlooked layer but it is essential to the network running. As network activity has advanced (think the proliferation of , mobile banking, etc.), the DNS layer has evolved into an efficient network infrastructure tool that guides high-performance transactions.

In the case of mobile malware threats, the DNS layer can be analyzed to detect and mitigate suspicious activity. Accordingly, solutions have been invented that enable mobile carriers to layer applications upon their pre-existing DNS network. These applications can conduct a number of roles from detecting and thwarting hackers' efforts to alerting users of potentially dangerous mobile websites.

Compared to other solutions, utilizing the DNS layer allows for a faster response time and cost-effective options -- both important benefits to a mobile carrier and its subscribers. The DNS's ability to secure networks should be a part of the modern mobile operator's security playbook because the mobile malware problem is only going to get worse before it gets better.

Here are the top threats that we're up against:

* NOTCOMPATIBLE -- The worst of all malware created in 2012 is a drive-by Trojan which can infect Android phones via their mobile Web browsers. When a browser's download is completed, it will ask for user permission to install as depicted below. After infection, the Android phone can work as a proxy. It is widespread and growing every day. [Also see: ""]