Endpoint Detection and Response (EDR)

Automated Detection and Response to Threats Targeting Your Endpoints

Arm Your SOC with Automated Endpoint Detection and Response (EDR) and Endpoint Protection

It’s clear that focusing your defenses solely on an Endpoint Protection Platform (EPP) will leave you at risk. Endpoint Detection and Response (EDR) software addresses the need for continuous monitoring and automated response, countering advanced threats that evade AV and other preventative defenses. EDR includes heuristics or behavioral analytics designed to identify suspicious or malicious activities that may otherwise go undetected by human analysts. It is often used to construct a timeline of all endpoint actions taken, including the original system compromise, all system processes, and network connections to internal and external resources.

Integrating EDR and EPP gives you the best of both worlds – prevent what you can, while automating detection and response to more advanced threats.

Selecting the Right EDR

84% of current users opt for full-function EDR designed for highly-skilled analysts, with capabilities such as:

  • The ability to detect once, then automate response
  • Correlating software inventory with known vulnerabilities
  • Rich endpoint data on activity and behaviors
  • Multiple threat intelligence feeds to improve detection
  • Process blocking – independent of the installed AV engine
  • Forensic data collection of memory and full disk images

Findings from ESG’s Threat Detection and Response Landscape Report

Detect Advanced Threats and Automate Response

Fidelis Endpoint® enables you to automate detection and response to threats by correlating activity between it and existing security products—such as network threat detection solutions, next-generation firewall/detection systems, advanced breach detection solutions or security information and event management (SIEMs)—so you can effectively assess and validate alerts within seconds of notification.

Fidelis’ endpoint detection and response solution also automates complex and time-consuming manual workflows and applies threat intelligence and context to alerts so analysts can quickly validate, investigate and ultimately resolve incidents.

Learn More About the Value of Integrating Endpoint Detection and Response with Endpoint Protection

Read our Technical Deep Dive white paper on Fidelis Endpoint for all the details, including how the software collects ‘live’ forensics, and grants visibility of endpoint software inventories correlated to known vulnerabilities.

Advanced EDR and EPP, Hunting, Forensics and More – All in One

Fidelis Endpoint unifies endpoint detection and response and endpoint protection platform capabilities to meet the needs of both IT endpoint management and mature security operations. Fidelis Endpoint provides advanced EDR including:

  • Endpoint protection
  • Software inventory and known vulnerability correlation
  • Visibility of endpoints and all endpoint activity with real-time threat detection and proactive threat hunting
  • Real-time and historical validation and investigation and timeline view of malware and endpoint behaviors
  • Investigation and hunting via metadata analytics
  • Remote forensics: memory analysis, collection, full disk imaging
  • Continuously updated threat intelligence that leverages cloud-based sandboxing, machine learning anomaly detection and threat research, and also includes atomic and multi-dimensional indicators, behavior monitoring and OpenIOC and YARA rules
  • Automated workflows, response and remediation via scripts and playbooks
  • Out-of-the-box and customizable remediation
  • System management

What Experts Are Saying

“We found that Fidelis Endpoint offers organizations a robust capability for gaining high level insights into the state of their various endpoints, while also offering drilldowns into key granular details that are crucial for effective detection and response. But perhaps our biggest highlight,...
Matt Bromiley, Analyst
View the Report

See Fidelis Endpoint® in Action