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Introduction
Because of the changing state of the Internet, companies are searching for an easier way to control Internet resources. While helping thousands of customers gain better control over their Internet connections, we've discovered that, on average, 50% of any organization's Internet connection is used for browsing. Some of the browsing activity is critical, like CRM tools and collaboration sites, and some of it is non-critical, like social networking and porn. The other 50% is used for Internet applications – both critical, like voice over IP or remote applications; and non-critical, like peer-to-peer, streaming media and music downloads.
Prioritize Bandwidth for Mission Critical Traffic
Cymphonix is the first company to successfully provide small and medium sized organizations the ability to control both Internet browsing activity and Internet application activity – ensuring that mission critical information has the resources it needs.
Easily Control Web Content and Application Traffic
Because it was built from the ground up as a deep-packet-scanning inline device, Network Composer makes it easy to control web content – even if it’s encrypted. It scans deep within each packet to identify what’s really being transmitted. Tired of dealing with trying to stop anonymous proxies? Network Composer’s got you covered. Want to prioritize bandwidth for mission critical applications? Network Composer does that too.
Technology
Cross Layer Intelligence (XLi™) is the patent-pending technology that delivers deep-packet scanning, payload identification and traffic control. XLi is the driving engine within our secure web gateway appliance and makes usage completely transparent so administrators can save time identifying and stopping threats, abuses and non-critical traffic. Additionally XLi gives administrators the ability to prioritize user access and application and web page performance. Because XLi scans, identifies and controls all data passing through the Internet gateway, it actually reduces the confusion caused by using multiple single-purpose solutions.
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