Picus Proposes Four-Agent AI Workflow for Breach-and-Attack Simulation

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Summary

Picus argues that AI-accelerated attacks widen the gap with manual defense workflows and describes a four-agent BAS approach for turning threat intelligence into safe simulations, evidence-based remediation, and re-testing in minutes.

Key points

  • The article argues that LLM-enabled attackers can automate steps such as network mapping and credential dumping, while defenders’ manual handoffs slow threat response.
  • A scenario attributed to Picus CTO Volkan Ertürk describes a Fortinet misconfiguration used to reach 2,500 organizations across 106 countries in under an hour; the article provides no incident-specific corroboration.
  • Picus’s proposed BAS workflow uses Researcher, Red Teamer, Simulator, and Coordinator agents to move from threat intelligence to remediation.
  • The Researcher structures threat intelligence; the Red Teamer matches it to safety-checked atomic tests and builds attack recipes and blueprints.
  • The Simulator runs tests across endpoint, cloud, network, SIEM, and EDR defenses, producing evidence of detection or blocking; Picus claims 90%+ MITRE ATT&CK coverage.
  • The Coordinator can create tickets, trigger SOAR playbooks, and recommend vendor-specific mitigations, with human review or automated deployment and re-simulation to check fixes.
  • The article recommends starting with a controlled pilot use case, then moving successful workflows to production with defined metrics.

Article Details

Topic
Using generative AI agents to accelerate breach and attack simulation (BAS), security control validation, and remediation.

MITRE ATT&CK

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