To minimize the effort required to write detections when integrating Google Cloud services with SecOps, which action should you take?

• A. Ingest Cloud Armor logs via Cloud Logging.
• B. Integrate SCC into SecOps to ingest logs originating from Google Cloud services.
• C. Deploy Bindplane agents on VMs for endpoint visibility.
• D. Use GTI for threat group behavior and hunting.

Answer: (B)

The key idea is to feed your SecOps workflow with cloud-native signals through a centralized integration rather than piecemeal, service-by-service log handling. Integrating Security Command Center (SCC) into your SecOps pipeline lets you ingest logs and findings originating from Google Cloud services in a normalized, consistent way. SCC already aggregates security signals, asset inventory, and findings from across Google Cloud, so your SecOps platform can consume these signals with fewer mapping changes and less custom parsing. This means you benefit from built-in detections, predefined workflows, and a unified view of cloud security events, which dramatically lowers the effort needed to write and tune detections.

In contrast, pulling in logs through other paths—like ingesting Cloud Armor logs directly via Cloud Logging—often requires separate pipelines, custom parsers, and manual rule-writing to achieve the same level of visibility, which increases maintenance and reduces consistency. Using BindPlane agents targets endpoint visibility on VMs and is more about on-prem or hybrid scenarios, adding deployment overhead without the same cloud-wide signal consolidation. Relying on threat intelligence feeds for hunting is valuable for proactive investigation, but it doesn’t address the foundational need to centralize and normalize cloud signals to minimize detection engineering.

So, integrating SCC into SecOps to ingest logs from Google Cloud services provides the most efficient path to reducing detection-writing effort while maximizing visibility.