Security tools like antivirus, antimalware, and firewalls can help protect endpoint devices. However, a robust cybersecurity strategy requires more than just essential protection.
Operating under the assumption that your organization will be breached, effective EDR solutions monitor and secure endpoints to detect suspicious activity. They use historical and live data search and analysis, forensics capabilities, and threat hunting.
Invest in Endpoint Detection and Response
A vital endpoint detection and response (EDR) strategy is crucial to combat cyber threats. This type of solution monitors all endpoints connected to your network, including desktops, laptops, and mobile devices. It can also detect and investigate suspicious activities on these endpoints and record them for further analysis.
These solutions can detect malicious files, suspicious network traffic, and other indicators of compromise. They can also help you isolate compromised endpoints, speeding up incident response and reducing a breach’s impact.
In contrast to EPP technologies, which prioritize prevention, EDR systems are engineered to identify and address known threats. They also use behavioral approaches beyond identifying indicators of compromise to prevent unknown threats from slipping past traditional security tools like antivirus software.
Many organizations combine EDR with EPP to get the best of both worlds. While EPP technologies are often easier to manage and ideal for businesses that want essential, adequate protection, EDR solutions provide a more profound analysis. They are best for companies that are targeted frequently.
Integrate Endpoint Detection and Response with Network Security
Endpoint detection and response (EDR) complements traditional endpoint protection technologies such as next-generation antivirus (NGAV), antimalware software, firewalls, and email gateways. EDR solutions provide advanced capabilities to detect and respond to unknown or potential threats that evade detection by other security technologies.
An effective EDR solution collects massive amounts of data from the network’s endpoints and combines it with context to detect threats. It uses behavioral approaches to look for indicators of attack (IOAs) and alerts stakeholders to suspicious activities before a breach occurs. Endpoint threat detection and response solutions also leverage threat intelligence to help them provide contextual information, such as details on the attributed adversary and other information about attacks.
Think of it like a flight data recorder. The black box on a plane records dozens of data points and is used to identify the cause of an accident. Similarly, an EDR solution acts as a digital DVR for the endpoint, recording and analyzing all security-related activity, such as processes created, drivers loaded, or registry modifications. It allows organizations to “shoulder surf” an adversary to identify what they are doing.
Automate Endpoint Detection and Response
Network, cloud, and endpoint telemetry data must all be automatically collected and analyzed by endpoint detection and response systems. It reduces the risk of human error and speeds up incident response times.
EDR solutions use heuristics, analytics, and automation to stitch together all these disparate data sources, giving security teams a more comprehensive view of threats across their networks. They also help them quickly find, hunt, and investigate threats, even those that slip past traditional security tools. It gives them the visibility and productivity they need to stop attacks in their tracks and keep their organizations safe.
EDR solutions can identify malicious files, suspicious network traffic, and other attack indicators on computers, laptops, and mobile devices connected to a company’s network. They can even alert stakeholders to possible incidents when they occur and can take steps to contain or mitigate the threat before a cyberattack becomes a full-blown breach. They can also automate responding to these incidents, reducing the manual steps required for human analysts.
Create a Comprehensive Endpoint Detection and Response Strategy
Endpoint detection and response (EDR) technologies are built to detect threats on your organization’s workstations, laptops, servers, and cloud workloads. They can identify malicious files and suspicious network activity that may indicate a threat and can help security teams investigate incidents.
They also monitor endpoint behavior around the clock, allowing them to catch new-age threats that are stealthy enough to bypass traditional antivirus and antimalware software, such as phishing attacks and fileless cyberattacks. They can also nip lingering attacks in the bud by isolating them to prevent them from spreading across your enterprise.
Once a threat has been detected, the EDR solution can investigate its nature and produce critical insights your IT team can use to bolster your other security measures. For example, the investigation may reveal that a threat could get past your defenses because it exploited a weak point.
Analyzing and responding to any attack is crucial, mainly when organizations support remote working. Teleworkers are less likely than office-based employees to be safeguarded against cyberattacks because they often use personal computers that have not received the most recent security patches.
It is crucial to have a vital endpoint detection and response strategy in place because even the most advanced AV and AM solutions cannot protect against all cyberattacks. With EDR in your arsenal, you can nip threats in the bud at their first sign. To stop a threat from happening again, it might also assist in determining its underlying cause.
EDR tools collect data from endpoints 24/7 and enforce company security policies. They observe processes, applications, and files to establish a behavior baseline and flag any activity that deviates from it. The system then analyses the data and generates insights.
The best EDR solutions also contain the threat post-penetration to prevent damage, data loss, or other liabilities. It is crucial when dealing with complex malware that can hide its malicious purpose and appear safe while doing its dirty work. They can also be a powerful tool in preventing employee-related attacks like phishing or social engineering. It is particularly critical for companies that support remote working, as employees may be protected differently than on-site employees.
