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10 Advantages of Extended Detection and Response You Wished You Know Earlier

Extended Detection and Response (EDR) is a security technique that aims to detect and respond to cyber threats in a comprehensive and automated manner. EDR solutions provide a more detailed view of the entire system, including endpoints and network activity, and use advanced algorithms and machine learning capabilities to detect threats faster than traditional security methods.

In this article, Anti-Dos will highlight ten advantages of EDR that organizations wish they knew earlier. From increased visibility and faster threat detection to improved incident response and more comprehensive compliance, EDR solutions offer a range of benefits that can help organizations to better protect their systems and data from cyber threats. By providing a more detailed understanding of the threat landscape, EDR solutions can enable security teams to develop more effective defenses and ultimately better secure their organization against cyber-attacks.

Table of Contents

10 Advantages of Extended Detection and Response You Wished You Knew Earlier

  1. Increased visibility:
  2. Faster threat detection:
  3. Better threat intelligence:
  4. Automated threat response:
  5. Improved incident response:
  6. More comprehensive compliance:
  7. More accurate incident tracking:
  8. More granular data:
  9. Advanced threat hunting:
  10. Better data collection and retention:
    Conclusion

10 Advantages of Extended Detection and Response You Wished You Knew Earlier

Here are ten advantages of extended detection and response you wished you knew earlier.

  1. Increased visibility:

EDR solutions provide a more comprehensive view of the entire system, including endpoints and network activity. This means that security teams can monitor and analyze all activity across their systems, including activity on individual devices and servers, as well as network traffic. This allows for more accurate identification and isolation of threats, as well as the ability to track the movement of malicious actors within the network. This is possible because EDR solutions use multiple data sources, such as endpoint sensors, network traffic logs, and cloud-based data to provide a complete picture of system activity.

2. Faster threat detection:

EDR solutions are able to detect threats much faster than traditional security methods, thanks to advanced algorithms and machine learning capabilities. For example, EDR can apply behavioral analysis that understands the normal activity of a device. When something abnormal is detected, EDR can quickly raise an alert and take action. This means that threats can be identified and dealt with before they have a chance to cause significant damage, which is especially critical for advanced persistent threats (APTs) that have managed to bypass traditional security controls.

3. Better threat intelligence:

EDR solutions provide detailed information about the nature of threats, including their origin, tactics, and techniques. This can include information such as the type of malware or exploit used, the command and control infrastructure of an attack, and the methods used to exfiltrate data. Having a DDoS protected dedicated server and key information allows security teams to better understand the threat landscape and develop more effective defenses. EDR solutions can also provide context and correlation to detect unknown threats by comparing similar events happening on different systems.

4. Automated threat response:

EDR solutions can automatically respond to threats, such as by quarantining files or blocking network connections. This can save valuable time and resources, as well as minimize the impact of an attack, because security teams can respond to threats faster and more effectively. Automation also reduces human error and the need for manual intervention, which is especially important in high-stress incident situations.

5. Improved incident response:

EDR solutions provide the tools and information needed to quickly and effectively respond to security incidents. This can include details on the scope and extent of an attack, as well as recommended actions for containment and remediation. This can also include automated playbooks that have predefined incident response actions based on the type of threat that has been detected. This can help security teams to respond to threats quickly, efficiently and effectively.

6. More comprehensive compliance:

EDR solutions provide more detailed logs and reporting capabilities, which can be used to demonstrate compliance with various regulatory requirements. This can include showing that appropriate security controls are in place, and that incidents are being handled in a timely and appropriate manner. This can also provide an overall better evidence for an incident and support compliance audits.

7. More accurate incident tracking:

EDR solutions use advanced methods to track the movement of malicious actors within the network, and this information can be used to create a more accurate timeline of an incident. This can help security teams better understand the scope and nature of an attack, and make more informed decisions about how to respond. The incident tracking information can also be used to improve incident response playbooks and make them more accurate.

8. More granular data:

With EDR solutions, security teams can monitor and analyze granular data such as process execution, memory usage, and network traffic, which provides a more detailed understanding of how attackers are interacting with the system. This can help security teams to understand how an attacker is moving within the network and what resources are being accessed, which is critical for identifying the attack chain and understanding the extent of the compromise.

9. Advanced threat hunting:

EDR solutions allow for proactive hunting for threats that may have evaded traditional security controls. This means that security teams can actively search for signs of compromise and malicious activity on the system, even if no alerts have been triggered. This can help organizations to identify and respond to threats that would otherwise go undetected, which can improve overall security posture. This can be achieved by taking advantage of the data collected by EDR solutions to search for signs of malicious activities, use advanced search queries and correlation, and create custom dashboards to help hunt for threats across the organization.

10. Better data collection and retention:

EDR solutions provide the ability to collect and retain large amounts of data for long periods of time, which can be used for forensic analysis, incident response, and compliance purposes. This can include information such as logs of system activity, network traffic, and the state of files and processes on endpoints.

Conclusion

EDR solutions offer a range of benefits that can help organizations to better protect their systems and data from cyber threats. These include increased visibility, faster threat detection, improved incident response, more comprehensive compliance, and more accurate incident tracking. By providing a more detailed understanding of the threat landscape, EDR solutions can also enable security teams to develop more effective defenses, improve incident response, and ultimately better secure their organization against cyber-attacks.

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