Cybersecurity automation is the machine-based implementation of security processes that can programmatically detect, analyze, and remediate threats without much manual intervention. This capability is a part of the Security Orchestration, Automation, and Response (SOAR) technology. From incident detection to response, security automation can be employed to timely manage and execute tasks. It eliminates the shortcomings of security teams who make manual efforts, helping them focus on more important tasks such as performing in-depth analysis and making informed decisions.
Why Do Organizations Need Security Automation?
Security teams employ a cybersecurity automation platform to detect threats and respond automatically. An advanced security automation platform can streamline incident response processes, enable customization of playbooks, and support integration with other security tools. They enable security teams to either create customized playbooks or choose from in-built ones, allowing them to sieve data and make better decisions. Playbooks drive threat or incident response, ensuring streamlined and standardized security operations. Moreover, SOAR platforms can easily integrate with other security tools, including firewalls, SIEMs, and endpoint products.
Besides, security automation has several use cases such as:
Often burdened with repetitive and laborious tasks, security teams fail to detect potential threats. Cybersecurity automation helps security teams centralize and integrate existing tools to provide a holistic view of threat data. These insights provide a clear picture of the threat domain without having to look for threat information in different tools.
Manually collecting threat information across an entire IT environment is time-consuming. Cybersecurity automation allows security teams to leverage the recent threat intelligence and quickly respond to threats in real-time, minimizing risks.
Improved Incident Response
Endpoint alerts can be overwhelming. Cybersecurity automation platforms can help in triaging endpoint alerts by enriching data. This manages all the security alerts, helping organizations prevent incidents from becoming major cyberattacks.
Benefits of SOAR Automation
No Alert Fatigue
Alert fatigue can prove to be challenging for security teams, making it difficult for them to thrive in this evolving threat ecosystem. When security teams are burdened with alerts and grapple to differentiate between actual threats and false positives, SOAR automation can help.
Reduced Human Error
By leveraging a SOAR platform, security teams can eliminate manual intervention in security operations, reducing the chances of error. Moreover, a SOAR solution improves the accuracy and consistency of threat data and alert investigations.
Higher Operational Efficiency
By adopting a SOAR solution, security teams can invest more time on in-depth analysis and strategic security operations, improving operational efficiency thereby, yielding higher return on investments (ROIs).
When security operations are manually performed, they can be time-consuming and more prone to human error. This stands true if security teams leverage different tools for incident detection, analysis, and response. They need robust SOAR solutions that can help them tackle the complex threat environment. By using a SOAR platform, security teams can quickly implement security processes across their entire IT environment.