Despite major investment in CNAPP, CSPM, CWPP, and related cloud security tools, organizations struggle to detect and contain cloud threats with the speed today’s environments demand. Fragmented telemetry, disconnected workflows and an overreliance on posture data have widened the gap between cloud teams and SOC operations.
In new analysis from Frost & Sullivan, the growth consulting and market research firm explains how a unified Code-to-Cloud-to-SOC model eliminates these barriers and strengthens real-time threat response.
What Research Shows
Frost & Sullivan’s analysis underscores how legacy SOC structures and posture-centric tooling fall short in cloud-native environments. Cloud-native application detection and response (CNADR) emerges as the operational centerpiece, correlating identity, configuration, and runtime activity into explainable attack narratives that guide fast, confident action.
Readers gain:
A clear view of the architectural and operational gaps slowing detection and response
Insight into why cloud telemetry overwhelms traditional SOC tools
A detailed understanding of how unified SecOps improves decision-making
Practical guidance for moving from posture noise to validated threats
A model for accelerating containment through integrated, context-rich workflows
Explore Frost & Sullivan’s full perspective on how cloud security evolves from fragmented visibility to real-time, threat-driven operations.
