Wave 13 · Cloud Security, Compliance, & Device Governance Vendor-neutral detection coverage proof Synthetic surface + control exports

Detection coverage that stays operator-readable.

This control plane turns SecOps coverage data into one buyer-readable surface: telemetry health, control coverage, automation readiness, stale incidents, and the response packets needed before SOC drift, audits, or trust posture slip.

Overview Detection Lane Coverage Gaps Incident Posture Verification Docs

Verification

operator-safe claims only

verification 1

The dashboard is backed by a real offline detection-coverage analyzer and CLI, not static copy alone.

This surface is built to stay honest about offline exports, synthetic sample data, and real SecOps detection posture.

verification 2

Surfaces and gaps are synthetic sample data only; no live tenant tokens, customer events, or production incidents are published.

This surface is built to stay honest about offline exports, synthetic sample data, and real SecOps detection posture.

verification 3

The control plane keeps telemetry reach, rule coverage, automation, and incident posture visible for SecOps stakeholders.

This surface is built to stay honest about offline exports, synthetic sample data, and real SecOps detection posture.

verification 4

This surface demonstrates vendor-neutral detection coverage, not a single-tool keyword page.

This surface is built to stay honest about offline exports, synthetic sample data, and real SecOps detection posture.

verification 5

It complements Defender, Sentinel, Entra, Intune, M365 retention, AWS security, and GCP proof with a reusable SecOps coverage primitive.

This surface is built to stay honest about offline exports, synthetic sample data, and real SecOps detection posture.