This might sound harsh, but many SREs will agree.
During an incident, nobody is calmly staring at dashboards.
Engineers are usually running:
kubectl logs
kubectl describe
kubectl get events
Why?
Because dashboards mostly show metrics, not context.
A typical dashboard tells you:
✅ CPU usage
✅ Memory usage
✅ Request rate
But incidents require answers like:
• What changed before the incident?
• Which deployment triggered instability?
• Which dependency started failing first?
• Which node or pod became unhealthy?
• What events happened right before the outage?
Most dashboards answer “what is happening.”
But during incidents, SREs need to know:
“why it is happening.”
That’s the difference between monitoring and operational intelligence.
How KubeHA Helps
Instead of forcing engineers to jump between tools, KubeHA correlates signals automatically across:
• Kubernetes events
• deployment changes
• pod restart patterns
• logs and metrics
• cluster activity timeline
So during an incident you can see insights like:
“Latency increased after deployment v3.2. Pod restarts increased on node-2. Memory usage crossed limits before the crash.”
This drastically reduces manual investigation time and helps SREs reach the root cause faster.
Because during incidents, the real problem isn’t lack of dashboards.
It’s lack of correlated context.
👉 To learn more about Kubernetes incident investigation and operational intelligence, follow KubeHA(https://linkedin.com/showcase/kubeha-ara/).
Book a demo today at https://kubeha.com/schedule-a-meet/
Read More: https://kubeha.com/most-sre-dashboards-are-useless-during-incidents/
Experience KubeHA today: www.KubeHA.com
KubeHA’s introduction, https://www.youtube.com/watch?v=PyzTQPLGaD0
Top comments (2)
Dashboard is good for observability purpose. When it comes to debugging, mostly logs, metrics, traces, events, changes and other dynamic information like cpu/memory usage, etc. are needed.
KubeHA provides great help here!