Endpoint Protection With Edr

Advanced attacks can take just minutes, if not seconds, to compromise the endpoints. First-generation endpoint detection and response (EDR) tools simply cannot keep pace. They require manual triage and responses that are not only too slow for fast moving threats but they also generate a huge volume of indicators that burden already overstretched cyber security teams. Further, legacy EDR security tools drive up the cost of security operations and can slow network processes and capabilities, negatively impacting business.

As one of the most trusted endpoint security vendors, FortiEDR delivers advanced, real-time threat intelligence, visibility, analysis, management, and protection for endpoints both pre- and post-infection. It proactively reduces the attack surface, prevents malware infection, detects and defuses potential threats in real time, and can automate response and remediation procedures with customizable playbooks. FortiEDR helps organizations identify and stop breaches in real-time automatically and efficiently, without overwhelming security teams with a slew of false alarms or disrupting business operations.

FortiEDR Product Details:

FortiEDR is the one of the only EDR security solutions to provide both comprehensive machine-learning anti-malware execution and real-time post-infection protection. From day one, the EDR security soluion automatically detects and defuses potential threats in real time even on already infected hosts. The defusing post-infection protection layer controls outbound communications and file systems modifications to prevent data exfiltration, lateral movement, and C2 communications, as well as file tampering and ransomwares.

With automated EDR security functions for threat hunting and incident response, FortiEDR eliminates the breach response time gap, dwell time, and alert fatigue. Additionally, the EDR software protects systems and supports broad OS coverage workstations, servers, and virtual machines, including legacy operating and embedded systems.