Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

IDC, Gartner, and Cyber Research Analyst Francis Odum validate Torq HyperSOC-2o for establishing the important building blocks for achieving the autonomous SOC. The autonomous SOC is here. It is no longer a distant reality, it’s not a pipe dream, and it’s certainly not just another cybersecurity buzzword.

Breach speed is rising. Attackers are growing more evasive. And the reality is clear—manual incident response can no longer keep pace. Security teams are overwhelmed by alerts, context-switching, and delayed visibility. The time it takes to investigate, triage, and respond can leave critical gaps for attackers to exploit.

In today's security and IT landscape, the workflows that power your operations are not merely convenient tools—they're essential infrastructure. When a phishing detection workflow fails or an access control process malfunctions, the consequences can be severe: security incidents remain undetected, response times suffer, and organizational risk escalates significantly. This reality creates a paradox for teams.

A risk register is a GRC tool used by teams to identify, assess, and manage various risks within an organization. It acts as a centralized repository and looks at the impact and probability of a risk to prioritize its management. In cyber security, a risk register helps maintain compliance with various standards like the ISO 27001 Information Security Management System (ISMS), NIST SP800-30 Guide for Conducting Risk Assessments, or the new European NIS 2 directive.

The era of static playbooks and reactive security is over. A new generation of AI-driven security operations is emerging — one that combines cloud-native scale with intelligent, agentic automation to redefine how Security Operations Centers (SOCs) work. As CEO of Torq, I’ve had a front-row seat to this transformation. In speaking with countless CISOs and analysts, one theme rings loud and clear: We can’t fight modern threats with yesterday’s tools.