Worldwide Market Share for Security Orchestration & Automation (SOAR)

Continuous technological advancements are expanding the attack surfaces of organizations, with the potential consequences of successful cyberattacks being highly destructive. Conventional security tools like firewalls and antivirus software have become inadequate, prompting organizations to adopt multi-layered security systems. These systems are fortified through regular testing, cybersecurity defense updates, and employee education on safe online practices. To bolster their security infrastructure, organizations are turning to SOAR (Security Orchestration, Automation, and Response) tools and processes. SOAR seamlessly integrates with various tools within an organization's existing tech stack, such as SIEM, threat intelligence platforms, firewalls, vulnerability scanners, and endpoint protection products, to aggregate threat data that supports security operations, threat intelligence analysis, and incident response activities. Employing automation and orchestration as their foundation, SOAR solutions execute a series of predefined actions outlined in playbooks to streamline incident response. The automation capabilities of SOAR platforms significantly reduce manual labor for tasks that don't require human intervention. The demand for SOAR platforms is on the rise due to the surge in remote work and the subsequent increase in cybercrime. Implementing a SOAR platform is imperative to enhance security infrastructure and safeguard critical organizational assets, including networks, servers, users, and devices, from cyber threats. The future of SOAR lies in security automation solutions that offer flexibility and vendor neutrality, enabling it to expand its range of applications.

According to Quadrant Knowledge Solutions, SOAR is a software platform that combines the key functionalities of security solutions such as incident response, threat intelligence, and security orchestration and automation to identify, analyze, and mitigate known or unknown cyber threats across network infrastructure. SOAR achieves threat response by aggregating security alert data from various disparate systems, including SIEM, threat intelligence platforms, firewalls, intrusion detection systems, vulnerability scanners, endpoint protection products, UEBA, and IDS/IPS. A SOAR platform simplifies security operations by automating manual processes like log collection and threat detection. The platform also leverages human expertise and machine learning to analyze data and prioritize incident response actions, reducing the workload of SOC teams, enhancing incident response times against cyber threats, and optimizing internal security and SOC operations.

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The integration of low-code technology into SOAR platforms facilitates the effortless creation of playbooks through drag-and-drop functionality, enabling the automation of repetitive tasks and the triggering of response actions. This functionality is powered by a decoupled orchestration layer that connects the SOAR platform with an organization's existing SOC tools. The result is a more efficient and consistent incident response process, making low-code SOAR platforms a valuable asset in today's cybersecurity landscape. Another emerging trend in the SOAR market is the integration of ChatGPT with SOAR, which can enhance incident response times and reduce the workload on analysts by providing valuable context and insights into security incidents. Through natural language processing and automation, security teams can mitigate burnout and streamline investigations. This integration can be applied in a malware investigation to establish context, inform incident response efforts, and gather contextual information about the attack. Cyber attackers are increasingly using AI and machine learning for sophisticated attacks. To counter this, organizations are utilizing AI and ML-powered SOAR frameworks to automate workflows and coordinate multiple security technologies. SOAR can analyze threat intelligence, create "adversary playbooks," identify attack patterns, and proactively intervene to disrupt threats, fostering a more intelligent and proactive cybersecurity environment.