With all of the security threats out there, there are many ways to improve the quality of your cyber defenses. You can implement several tools that will help you automate some of the tasks currently taking up your time. For example, some tools will integrate threat intelligence, streamline incident response processes, and reduce alert fatigue.
Automate repetitive tasks
If you’re looking for a way to simplify your security operations, it’s time to look into SOAR tools. The technology offers many benefits and can help you to improve efficiency, save time, and better address your cyber threats.
In addition to automating manual processes, SOAR security tools enable real-time collaboration between teams and systems. Analysts can share information and perform unstructured investigations. This results in fewer false positives, which increases your organization’s overall security.
Automated workflows are key to reacting to complex incidents at machine speed. With SOAR, analysts can respond to alerts in minutes instead of hours. Moreover, standardized response processes reduce alert fatigue and improve analyst productivity.
By automating the processes, organizations can free up their security teams’ time, allowing them to focus on the actual incident. This frees up resources to focus on more strategic initiatives.
The best SOAR solutions offer a range of features, including a centralized hub for security operations, an orchestrator to oversee the activities related to a given security scenario, and a case management module to communicate learnings. These tools can be customized to fit the needs of your organization.
For example, an automated playbook can be created for a phishing email response. It might include investigating the sender’s address, probing URLs for malicious scripts, and determining the sender’s reputation score.
Reduce alert fatigue
When using SOAR security tools to adapt to the new normal, there are some things you can do to avoid alert fatigue. For instance, an automated system can ensure every alert is sent to all active devices. Also, consider setting up playbooks to help your team respond to alerts more intelligently.
A machine learning engine can differentiate between normal and suspicious alerts. It also can recommend remediation actions for similar threats in the future.
Another way to mitigate alert fatigue is to set up an alerting assembly line. This will help you reduce the number of false positives while still receiving important notifications.
The UEBA’s machine learning capabilities can decrease the number of false negatives while increasing the accuracy of threat detection. These are not to be confused with the usual false positives.
You’ll need to monitor your organization’s response time to know when to take action. Using SOAR technology will give you the advantage of responding to a cyber incident within minutes.
You can easily prevent the dreaded alert fatigue if you have a solid response plan. An automated system can also increase the number of users you can notify of an alert.
In addition to alerts, you can use telemetry to determine which areas of your network are most vulnerable. You’ll also want to keep track of responses to understand which ones were repeated.
Streamline incident response processes
If you are a security expert, you’ve probably heard the term SOAR, which stands for security orchestration and automation. This type of technology can help streamline many aspects of cybersecurity.
By automating repetitive actions, security teams can improve efficiency and response time. It can also reduce the mean time to detect (MTTD) and the impact of a cyberattack.
SOAR platforms also provide security analysts with a better context of threats, allowing them to detect and triage incidents. The platform can centralize data and simplify management. In addition, playbooks can be pre-built or customized for specific security scenarios.
A good SOAR platform will include a virtual war room to ensure standardized communication. As incidents continue to multiply, security teams need a way to manage them. Playbooks can automate repetitive actions such as logging events, assessing and triaging, and messaging relevant parties.
Security orchestration allows security teams to reduce the number of false positives and prioritize alerts. As a result, analysts can reduce the load on their shoulders and concentrate on higher-value tasks. They can also prioritize and respond to critical incidents faster, helping their organization achieve its goals.
An effective SOAR solution should address your organization’s needs and goals. The system should integrate with other products and systems, provide connectivity to other tools, and be easy to use.
Integrate threat intelligence
When organizations are adopting SOAR security tools, one of the most important aspects to consider is how to integrate threat intelligence into the tool. This will help SOC teams make more informed decisions about alerts and incident investigations.
Aside from integrating threat intelligence into the tool, organizations must also ensure that the tool offers a variety of features. These features include easy-to-use and flexible platforms, easy collaboration, and pre-built integrations.
In order to streamline the incident response process, it is essential to incorporate automated actions into the tool. The technology can take over repetitive tasks and free up analysts’ time to focus on other high-priority tasks.
When organizations integrate threat intelligence into the tool, it helps them differentiate normal alerts from suspicious ones. The brightness can also provide context to incidents. With context, it is easier to understand the severity of an alert. It can also reduce the number of false positives.
The biggest challenge for SOCs is the time and workforce required to respond to every alert. In many cases, it can take hours or days to analyze an alert.
By using a SOAR platform, analysts can spend less time on repetitive processes and more on strategic assignments. Additionally, SOAR automates many of the security tasks. Analysts can build playbooks that configure the system to perform specific tasks. For example, they can set up a tool that checks the usernames on a critical list.
