Volexity Demonstrates AI-Assisted Incident Triage and Forensics with Volcano MCP

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Summary

Volexity demonstrates using Volcano’s MCP integration to analyze a VM infected with a UTA0560 exploit chain, annotate artifacts, create IOCs, and schedule endpoint collections for follow-up.

Key points

  • Researchers recreated a UTA0560 Chrome and Windows zero-day exploit-chain infection in a virtual machine, then used Surge Collect Pro to capture memory, registry hives, event logs, and other forensic artifacts.
  • Volcano’s built-in IOCs identified memory-only components, persistence, and process or privilege anomalies; threat-intelligence feeds also flagged malicious infrastructure.
  • Using an MCP-connected AI client, analysts queried the sample, labeled artifacts associated with UTA0560 and GRIMWEDGE, and created additional IOCs for future evidence.
  • The article reports finding GRIMWEDGE-encoded JavaScript and proof in free memory, which it says standard EDR and antivirus tools cannot access.
  • Volcano Endpoint demonstrations used IOC-triggered results to schedule an expanded collection of browser files and memory from a Windows server.

Article Details

Topic
Using Volexity Volcano and its MCP server for AI-assisted incident response, forensic analysis, and threat detection

Indicators of compromise

TypeIndicatorContext
HOSTNAMEcloud[.]shinewrist[.]netMalicious hostname identified by Volexity Threat Intel and detected in event logs and command-line activity.
URLhxxps[:]//cloud[.]shinewrist[.]net/foo/Files1.htmlSpecific URL on the identified malicious hostname, seeded in a browser to trigger a Volcano IOC.

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