Kinetic Gain · Detection Gap Coverage Lab
synthetic coverage surfaces · incident packets
vendor-neutral secops · detection engineering · soc coverage
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.

OverviewDetection LaneCoverage GapsIncident PostureVerificationDocs

Operator Snapshot

connector health · rule coverage · incident posture
2
surfaces
Synthetic detection surfaces across global and regional scopes.
1
healthy surfaces
Surfaces currently carrying healthy detection coverage.
6
gaps
Coverage gaps across identity, endpoint, collaboration, and incident posture.
3
high gaps
High-severity coverage findings needing the fastest operator path.
1
automation gaps
Workspaces or incident flows still missing healthy playbook automation.
5
stale active gaps
Findings that have remained open longer than the incident SLA.

Why operators care

soc coverage · incident evidence · recruiter signal
containment first
Route the coverage gap before trust slips

Restore degraded telemetry, close privileged identity coverage gaps, repair collaboration ingestion, and stabilize incident automation before calling detection posture healthy.

operator evidence
Turn coverage exports into control-plane proof

Every lane stays tied to owner, detection focus, surface health, and the next concrete operator move.

recruiter signal
Show real SecOps depth

This is real detection-coverage and incident-operations proof, not generic cloud-security copy.

detection-gap-coverage-lab · synthetic sample data only
routes: / · /detection-lane · /coverage-gaps · /incident-posture · /verification · /docs