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Data leaks can be initiated by either unwitting employees or users with malicious intent copying proprietary or sensitive information from their PCs to flash memory sticks, smartphones, cameras, PDA’s, DVD/CDROMs, or other convenient forms of portable storage. Or, leaks may spring from user emails, instant messages, web forms, social network exchanges or telnet sessions. Wireless endpoint interfaces like Wi-Fi, Bluetooth, and Infrared as well as device synchronization channels provide additional avenues for data loss. Likewise, endpoint PCs can be infected with vicious malware that harvest user keystrokes and send the stolen data over SMTP or FTP channels into criminal hands. While these vulnerabilities can evade both network security solutions and native Windows controls, the DeviceLock® Endpoint Data Leak Prevention (DLP) Suite addresses them.

DeviceLock® Endpoint DLP Suite provides both contextual and content-based control for maximum leakage prevention at minimum upfront and ownership cost. Its multi-layered inspection and interception engine provides fine-grained control over a full range of data leakage pathways at the context level. For further confidence that no sensitive data is escaping, content analysis and filtering can be applied to select endpoint data exchanges with removable media and PnP devices, as well as with the network. With DeviceLock®, security administrators can precisely match user rights to job function with regard to transferring, receiving and storing data on corporate computers.

DeviceLock® supports a straightforward approach to DLP management that allows security administrators to use Microsoft Windows Active Directory® Group Policy Objects (GPOs) and DeviceLock® consoles for dynamically managing distributed endpoint agents that enforce centrally defined DLP policies on their host computers. With DeviceLock® in place, you can centrally control, log, shadow-copy, and analyze end-user access to and data transfers through all types of peripheral devices and ports, as well as network communications on corporate computers.

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