Runtime threat visibility in Splunk: what IAM teams miss

TL;DR: Runtime detections, audit events, and enforcement context from cloud native workloads can now stream into the SOC’s existing workflow, closing a telemetry gap that otherwise forces analysts to pivot tools during incident response, according to Aqua Security. The deeper issue is that runtime visibility still breaks when security data is split across systems, especially where workload behaviour, compliance failures, and identity signals need to be investigated together.

NHIMG editorial — what this means for NHI practitioners

Questions worth separating out

Q: How should security teams handle runtime workload evidence in their SIEM?

A: They should route runtime detections, enforcement actions, and forensic artefacts into the same investigation path as identity, endpoint, and network telemetry.

Q: Why does runtime visibility matter more than static posture data during investigations?

A: Because runtime data shows what happened in production at the point of execution.

Q: What do security teams get wrong about cloud native telemetry integration?

A: They often treat integration as a logging task instead of a governance decision.

Practitioner guidance

• Define the runtime events that must reach the SOC Map blocked processes, drift detections, malware findings, process lineage, and compliance failures to the investigation and audit workflows that depend on them.
• Separate compliance evidence from detection noise Route failed benchmarks, non-compliant images, and vulnerability scan failures into long-term reporting workflows so they are not lost among operational alerts.
• Test the collector and token path before production use Verify that the HTTP Event Collector endpoint, service token, and environment-specific port are configured correctly, then confirm that filtered events arrive with the expected fields and timestamps.

What's in the full announcement

Aqua Security's full article covers the operational detail this post intentionally leaves for the source:

• Step-by-step Splunk HTTP Event Collector setup, including token creation and environment-specific port handling
• The exact Aqua Administration menu path for configuring log management and forwarding filters
• How the optional Aqua Security App populates Splunk dashboards from streamed runtime events
• The specific event categories Aqua recommends forwarding for audit, investigation, and compliance use cases

👉 Read Aqua Security's guide to streaming runtime threat data into Splunk →

Runtime threat visibility in Splunk: what IAM teams miss?

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