Attackers log in and move fast. See how Mitiga’s AI-native Cloud Detection & Response feeds Torq’s Autonomous SOC engine to drive closed loop detection, investigation, and remediation across cloud, SaaS, identity, and AI.
Cloud intrusions rarely look like “breaking in.” Attackers are logging in with stolen credentials, abusing SaaS integrations, and moving across cloud and AI infrastructure at machine speed. Meanwhile, SOC teams are drowning in alerts, stitching together fragmented data, and reacting too late to prevent impact.
Now there’s an AI SOC that actually closes the loop.
In this joint session, Mitiga and Torq unveil a real-time, end-to-end AI SOC architecture that detects, investigates, and neutralizes active threats autonomously. Powered by a deep Cloud Security Data Lake.
What you’ll see live
High-fidelity detections with full context: Mitiga’s agentless platform detects attacker behaviors and builds a single attack timeline in seconds to minutes.
Hyperautomation driven by deep forensic data: a Cloud Security Data Lake that retains up to 1,000+ days of normalized log storage – for forensic depth that doesn’t blink.
Closed-loop automation: Mitiga detects and decodes the attack, with alerts that trigger Torq workflows. Torq pulls enrichment and attack context, then orchestrates autonomous response. Together, they eliminate the gap between "alert fired" and "threat contained."
Autonomous case handling at scale: Torq HyperSOC combines a Multi‑Agent System and Hyperautomation engine to triage, investigate, and monitor SOC responses at machine speed.
The manual investigation and response bottleneck just disappeared.
What you'll walk away with
• A practical blueprint for autonomous cloud threat operations built on a Cloud Security Data Lake
• Real-world examples of of how forensic context + automated remediation stop attacks in minutes, not hours.
• Understanding of where human analysts still matter. And where machines should take over
• A path to transforming your SOC into a machine-speed operation that scales with cloud complexity
When attacks move in minutes, your defense needs to move in seconds.