Cyberattacks cost the global economy an estimated $10.5 trillion annually. Enterprise SOCs receive over 100,000 alerts daily, 70% go uninvestigated, and 3.5 million security positions remain unfilled worldwide. Attackers exploit every one of those gaps.

Traditional platforms match known patterns and run fixed playbooks. They cannot predict what an attacker will do next, verify if that prediction holds in your specific environment, or assess whether a defensive action causes more damage than the attack itself. The result is a slow, inconsistent response at exactly the wrong moment.

This session presents AgentSOC, a framework that closes all three gaps in a single autonomous cycle. It reasons across multiple attack hypotheses, validates each against real network topology and access structure, and selects the response that best balances threat containment with business impact.

Attendees will walk away with a concrete understanding of where current automation fails, how agentic reasoning changes the defender equation, and what responsible closed-loop SOC design looks like in practice.