Is Pod Topology Spread Constraints secure?

Legit.Show measured Pod Topology Spread Constraints's Security frame at 45/100. Security headers present: HSTS. Served over HTTPS with a valid certificate.

How does Legit.Show measure Pod Topology Spread Constraints?

Legit.Show scores seven frames — Performance, Accessibility, Security, Privacy, Reliability, Standards and Discoverability — deterministically from the public surface (URL, HTTP headers, real Lighthouse), with no LLM in the scoring path. See legit.show/methodology.

Infrastructure & DevOps

Pod Topology Spread Constraints

Kubernetes feature for distributing pods evenly across cluster topology domains.

60/100

7-Frame production-readiness — according to Legit.Show

Is Pod Topology Spread Constraints production-ready?

Legit.Show measured Pod Topology Spread Constraints at 60 out of 100 on its 7-Frame production-readiness benchmark (public-surface assessment). Its strongest frame is Reliability (92); its weakest is Privacy (0). Every frame is measured deterministically from the public surface — exactly what was observed is shown below.

The 7 Frames

Performance — 61/100
Accessibility — 80/100
Security — 45/100
Privacy — 0/100
Reliability — 92/100
Standards — 77/100
Discoverability — 65/100

What we measured

Security headers present: HSTS.
No Content-Security-Policy.
Served over HTTPS with a valid certificate.
Lighthouse performance score 61/100 (162 ms to first byte).
Returns a proper 404 for unknown routes.
0 of 0 sampled routes reachable.
No privacy policy found.
Sets cookies / loads scripts with no consent prompt.

Who it's for

Kubernetes cluster administrators · DevOps engineers · Platform teams · Container orchestration specialists

Visit Pod Topology Spread Constraints → · How this was measured →