The Rise of AI in Security Operations
Security operations centers (SOCs) are undergoing a fundamental transformation as artificial intelligence moves from experimental tool to operational necessity. Analysts at major organizations are now leveraging AI to investigate and respond to threats more effectively, as the volume and complexity of attacks continue to overwhelm traditional manual processes. Leaders from Booking Holdings and Walmart Global Tech emphasize that AI deployment at machine speed, while keeping humans in the loop for critical decisions, is essential for staying ahead of AI powered attackers.
Recent funding rounds reflect this shift, with Tenex securing $250 million in Series B funding to expand its AI driven SOC platform. The company plans to hire hundreds of engineers to improve alert coverage, automate response, and reduce attacker dwell time. Meanwhile, the 2026 Unit 42 Global Incident Response Report reveals that threat actors are now using AI to accelerate the attack lifecycle, leaving legacy SOCs hampered by disconnected tools and manual workflows struggling to keep pace.
Bridging Security Gaps with Advanced SOC Practices
Despite technological advances, familiar security gaps continue to lead to breaches. In the Anatomy of a Breach series, experts from Equifax, Rapid7, and DXC Technology examine why visibility failures, governance weaknesses, and identity driven attacks persist. The discussions cover decision making under pressure, business impact assessment, and overcoming the challenges of containment and recovery during chaotic incident response scenarios.
Industry research from Cyderes and Google Cloud, surveying over 180 security leaders, highlights the convergence of identity and security operations. The findings show that high performing SOC teams are shifting from reactive response to proactive risk reduction by addressing noise, blind spots, and staffing shortages. Cyber deception is emerging as a precision tool for building SOC confidence, with high fidelity alerting grounded in observed attacker behavior providing clarity that traditional detection tools often cannot deliver.
Source: Healthcareinfosecurity
