As Cybersecurity Awareness Month in the US is quickly approaching in October, it’s a salient reminder of the importance of Security Operations Centers (SOCs) for detecting, analyzing, and responding to threats quickly and accurately. Persistent’s SOC Copilot, powered by Generative AI (GenAI), offers a solution designed to improve SOC efficiency through four key features: MISP (Malware Information Sharing Platform) integration, Knowledge Graphs for CMDB (Configuration Management Databases), automated reporting, and unified threat intelligence. These capabilities help SOCs cut down the time spent searching for threat intelligence by 30%, improve threat detection by 25%, and reduce report creation time for security events, audits, and ISO compliance by 50%. Let’s take a deeper look at this offering’s capabilities.
Boosting SOC Efficiency with Generative AI
The SOC Copilot utilizes GenAI to collect, analyze, and synthesize vast amounts of threat intelligence data from multiple sources. By applying natural language processing and machine learning algorithms, GenAI enables SOCs to quickly identify actionable insights, detect patterns, and correlate common vulnerabilities and exposures (CVEs) and Indicators of Compromise (IOCs) across different attack surfaces.
One of the biggest challenges for SOCs is the ability to piece together fragmented data from various sources to form a complete picture of an attack. The SOC Copilot excels in this task by connecting disparate data points and identifying hidden patterns, allowing analysts to respond quickly and accurately to potential threats. This reduces the time spent searching for relevant information and enhances the overall speed of incident triage.
MISP Integration: Improving Collaborative Threat Intelligence
A key feature of SOC Copilot is its integration with MISP, a tool that helps organizations share and stay informed about new and emerging threats. By integrating MISP, the SOC Copilot gives SOCs access to a larger set of threat data, allowing them to incorporate it into their investigations and threat analysis processes. Security teams can use natural language queries to retrieve the most relevant threat data in real time, prioritize risks and take quicker action. This enhanced capability ensures that SOCs can quickly identify emerging threats and mitigate their impact with minimal disruption.
The integration not only increases the efficiency of intelligence-sharing but also strengthens SOCs’ threat detection and response capabilities. By combining MISP’s collaborative power with SOC Copilot’s advanced analytics, security teams can detect sophisticated threats and reduce the time it takes to address complex incidents.
Enhancing Threat Detection with Knowledge Graphs and CMDB Integration
One of the standout features of Persistent’s SOC Copilot is its use of Knowledge Graphs (KGs) in combination with CMDBs. Traditional CMDBs struggle to capture the complex relationships between network assets. Knowledge Graphs, however, are better at representing these complex connections and provide a clearer view of an organization’s security posture.
SOC Copilot’s Threat Knowledge Graph links vulnerabilities to specific assets within an IT infrastructure by ingesting data from tools like Nmap, Nessus, and Nikto,among others. This allows SOCs to visualize the connections between assets and vulnerabilities and identify critical points where threats could enter. This comprehensive approach helps in preparing better mitigation plans and enables security teams to trace the spread of an attack. During investigations, the Knowledge Graph assists SOC teams in tracing the root cause of an incident by linking compromised assets to indicators of compromise and allows for more accurate responses and prevents future attacks.
Automating Incident Reports and Compliance Documentation
Persistent’s SOC Copilot significantly reduces the time and effort required to draft incident response reports and handle compliance documentation. One of the most time-consuming aspects of security operations is generating detailed reports that cover the entire scope of an attack, the affected systems, and recommended remediation actions.
With the SOC Copilot, security teams can automate the generation of incident reports, alerts, and internal communications, reducing the manual effort by 50%. These reports include detailed analysis of attack vectors, impacted assets, and necessary remediation steps.
In addition to incident reports, the SOC Copilot helps with security audits and compliance reporting, making it easier for organizations to adhere to regulatory requirements. By automating reporting processes, SOCs can reduce the burden on analysts and ensure that their reports are comprehensive, accurate, and completed on time.
Persistent’s SOC Copilot provides SOCs with a powerful tool that combines MISP integration, Knowledge Graphs, automated reporting, and unified threat intelligence to streamline security operations and enhance threat detection and response. These features reduce the time spent on manual tasks, improve SOCs’ threat response, and make compliance processes much easier.
By leveraging GenAI, SOC Copilot enables SOCs to connect disparate data, reveal hidden patterns, and automate key processes, ensuring efficient and effective cybersecurity operations. As cyber threats grow more complex, the SOC Copilot’s ability to integrate collaborative intelligence, visualize complex relationships, and predict emerging threats equips SOCs with the critical tools they need to protect their organizations.
By integrating these advanced features, Persistent’s SOC Copilot not only optimizes current security operations but also prepares SOCs for future challenges. This offering ensures strong protection against constantly evolving cyber threats, improving mean time to detect (MTTD) by up to 30% and mean time to respond (MTTR) by up to 20%.
Persistent SOC Copilot Key Benefits:
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