Boston, MA 05/28/2014 (wallstreetpr) – Security platform provider of real-time threat protection to governments and enterprises against the cyber attacks around the world, FireEye Inc (NASDAQ: FEYE), announced that its Forensic Analysis of AX Series Threat Prevention Platform was accorded certification by North Atlantic Treaty Organization or NATO.
Certification for Forensic Analysis Platform
The company disclosed that the certification allows its forensic analysis platforms to be included in the Information Assurance Product Catalogue. As a result of the inclusion, FireEye Inc (NASDAQ: FEYE) said that its AX Series offers NATO countries and military and civil bodies with the evaluation of next generation threat that complies with the directive of INFOSEC.
NATO Information Assurance director John Tatman said that its main concern was as to how to protect information, organizations, and members from the threats of cyber security. The NATO is fully aware of the advanced threat landscape, and that is the precise reasons why it had been engaged in evaluating vendors such as FireEye, who focus their attention on such attacks.
The company’s AX series is developed for analysts of security to execute suspicious files or web objects safely and inspect them for wicked activity. The organizations are now equipped to produce forensic details around the advanced malware techniques used to break a network by using the FireEye Multi-vector Virtual Execution engine.
Management Speaks
FireEye Inc (NASDAQ: FEYE) vice president for Europe Paul Davis said that advanced relentless threats have become a very real threat to the ruling establishment and finally the private organizations, who are contributing to NATO’s safeguarding freedom mission. He added that member nations have become the principal targets for advanced threat perpetrators since their aim is to lift high-value data such as NATO communications or plans.
Given the circumstances, the company felt honored by the NATO certification for its forensic analysis platforms, which are designed to spot the threats.
