How to Use the SOCRadar MCP Server
How to Use the SOCRadar MCP Server
The SOCRadar MCP Server is designed to empower AI assistants with direct access to enterprise-grade cybersecurity intelligence. Once integrated, the assistant can perform complex investigations, generate reports, and interact with live threat data using simple natural language prompts.
Automating Threat Investigations with Natural Language
Security analysts, CISOs, and SOC teams can interact with the SOCRadar MCP Server by asking AI assistants to perform tasks such as:
- Investigating emerging CVEs
- Generating real-time threat summaries
- Analyzing actor behaviors
- Tracking exposed credentials
- Generating executive briefings
The assistant interprets your query, connects to SOCRadar’s intelligence modules, and returns enriched, actionable results.
Example Use Case: Investigating an Actively Exploited CVE
Scenario: A new remote code execution vulnerability in Microsoft SharePoint (CVE-2025-53770) is suspected to be part of an ongoing exploitation campaign. Your goal is to understand the severity, public attention, available exploits, and threat actor involvement.
The Ask:
“Give me all threat intelligence available on CVE-2025-53770 from SOCRadar’s MCP Server.”
What Happens:
- The AI agent searches the Vulnerability Intelligence and Cyber Threat Intelligence modules
- It performs multiple parallel lookups: vulnerability details, exploit availability, trending status, and broader threat context
- It compiles and returns a summary including risk rating, CVSS, attack vectors, exploitation stats, and observed actor discussions
A prompt asking the assistant to retrieve all available intelligence for CVE-2025-53770 using SOCRadar’s Cyber Threat Intelligence and Vulnerability Intelligence modules.
A part of the final result for CVE-2025-53770, showing high CVSS score, number of exploits, public chatter, trending status, and complete vulnerability context.
Why MCP Workflow Beats Manual Lookups
Using SOCRadar MCP, the same lookup takes seconds compared to manual browsing across multiple threat intel sources.
Traditional Method:
- Open multiple dashboards
- Search CVE databases
- Check dark web mentions manually
- Piece together threat context
With MCP Server:
- One prompt → consolidated results
- AI agent handles orchestration
- Enriched, up-to-date context across all modules