EDR Software

From advanced persistent threats to fileless malware, attackers have become increasingly adept at outmaneuvering signature-based protections like antivirus software and firewalls. EDR software uses endpoint data to detect suspicious activity and alert security teams in real time.

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Real-time Threat Detection

Unlike traditional antivirus software, which can take several hours to investigate and respond to attacks on endpoints, EDR tools continuously monitor the health of endpoints and servers. By doing so, they can detect and identify threats in real-time before they can do damage. This helps reduce the risk of an attack and improves incident response times. So what is EDR, and why is it important?

EDR software gathers a wide range of data from endpoints on your network, including process creation and driver loading, disk accesses, registry changes, network connections, and more. They then apply built-in threat intelligence to identify Indicators of Compromise and Indicators of Attack in the gathered data. This allows security teams to nip threats before they can escalate into full-on cyberattacks.

The best EDR solutions also use behavioural analysis to identify attacker modus operandi. This enables them to detect attacks evading conventional antivirus and antimalware software, such as zero-day attacks and fileless malware.

Moreover, they can nip in-progress attacks across a system and sift through the gathered data to identify a threat’s root cause. It is important to note that a good EDR solution will also come with features such as allowlisting and blocklisting options, which help ensure that only authorized applications run on a system. They should also offer archival data so it is easier to dig into past data to discover previously unknown types of cyberattacks.

Incident Response

EDR software collects information in real-time on malware footprints and other cyber threats to your network. This information can create a security response plan and counterattack the threat before it becomes a full-scale attack. This is vital to your network security because it protects against advanced attacks that have bypassed other protections, such as your EPP or antivirus (AV) tools.

Most EDR solutions include built-in analytics tools and threat intelligence that allow them to study the behaviours of new and emerging threats. For example, they can use tools to categorize different types of cyberattacks by their tactics, techniques, and vulnerabilities. This enables them to detect patterns that attackers follow when infiltrating a network.

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Another benefit of these features is that they can help to reduce the number of false positives triggered by an EDR tool. For instance, some behaviours may seem harmless, such as a user logging into a system. However, these logins may be suspicious when performed in multiple locations over a short period. In such cases, the analytics capabilities of an EDR security solution can analyze file activity, user events, and perimeter telemetry to see how these activities interact with each other.

This is important because it allows analysts to identify the most significant threats without being overwhelmed by countless alerts. This is especially helpful when dealing with hackers whose modus operandi has been observed in the past. 


EDR solutions collect data from endpoints to detect suspicious activities that may indicate a cyberattack is in progress. The data includes process creation, driver loading, registry changes, disk accesses, and network connections and uses built-in threat intelligence to identify Indicators of Compromise (IoC) or Indicators of Attack (IoA). Unlike traditional antivirus programs, EDR solutions don’t burden endpoints with heavy client software and offer minimal footprints so that they can continue monitoring the endpoint without affecting normal functionality.

When the solution detects an anomaly, it triggers an alert and raises the flag to inform the IT security team. EDR solutions also provide forensic capabilities to help investigators track down the source of an attack and understand how a breach occurred.

When the solution recognizes a specific type of threat, it may automatically respond with pre-configured rules, such as disconnecting malicious processes, quarantining the endpoint, and alerting users or information security staff members. These automated response capabilities save IT staff time and reduce the chances of a security incident going undetected or misdiagnosed. Some EDR solutions can even take direct action to mitigate an attack, such as blocking lateral movement, deleting or terminating a compromised file, or isolating the endpoint from the network.

Automated Response

A key component of EDR tools is the ability to detect and respond to threats as they occur. This includes identifying and isolating compromised endpoints from the network, deleting malware files, and terminating malicious processes. Additionally, a good EDR tool provides a range of preventative capabilities – including whitelisting features that allow only specified applications to run on an endpoint and blacklisting features that block unauthorized programs.

EDR solutions collect endpoint data for analysis, such as process creations, driver loading, disk accesses, etc. They then apply built-in threat intelligence to identify Indicators of Compromise (IoC) and Indicators of Attack (IoA) that may indicate a cyberattack in progress. Many EDR tools also offer behavioural analysis, which analyzes gathered endpoint data for abnormal patterns that deviate from a baseline of expected behaviour and flags them for investigation. This enables organizations to quickly and automatically identify and neutralize attacks that may otherwise go undetected using signature-based antivirus (AV) methods.

The forensics and investigative capability of an EDR solution reduces the time required for IT teams to prepare incident responses and mitigate security risks. This is a major benefit of EDR and why it’s an essential component of any organization’s cybersecurity strategy. Choosing an EDR system with robust detection efficacy and forensics capabilities will enable you to investigate and remediate cyberattacks more easily and rapidly before they become full-fledged threats that can damage your business’s reputation, customer loyalty, and bottom line.

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