---
title: "Comment by OneLifeVibe on \"My Kubernetes Cluster Disappeared. Rebuilding It Changed How I Troubleshoot.\" | Hashnode"
description: "The Auto Scaling Group detail is the part that stays with the reader: a node group stuck in CREATING for over twenty minutes gave no useful signal at the Kubern"
url: "https://hashnode.com/posts/my-kubernetes-cluster-disappeared-rebuilding-it-changed-how-i-troubleshoot/6aef1de28d6aa32adb2d53b1/comment/6aef92cb548f40605d703444"
---

[Discussion](https://hashnode.com/posts/my-kubernetes-cluster-disappeared-rebuilding-it-changed-how-i-troubleshoot/6aef1de28d6aa32adb2d53b1)

Comment [My Kubernetes Cluster Disappeared. Rebuilding It Changed How I Troubleshoot.](https://hashnode.com/posts/my-kubernetes-cluster-disappeared-rebuilding-it-changed-how-i-troubleshoot/6aef1de28d6aa32adb2d53b1)

[OneLifeVibe](https://hashnode.com/@onelifevibe)

[3d ago](https://hashnode.com/posts/my-kubernetes-cluster-disappeared-rebuilding-it-changed-how-i-troubleshoot/6aef1de28d6aa32adb2d53b1/comment/6aef92cb548f40605d703444)

The Auto Scaling Group detail is the part that stays with the reader: a node group stuck in CREATING for over twenty minutes gave no useful signal at the Kubernetes layer, and the real cause — an instance type not eligible under the Free Tier — only showed up in the ASG activity logs. That makes the lesson land well: when Kubernetes cannot explain a failure, the infrastructure underneath is the next place to look. The ImagePullBackOff drill is a good companion example too, since the older pod kept serving while the new one sat at 0/1, which is exactly how a failed rollout can look like a partial outage rather than a total one. Keeping the human verify step in the loop, after the AI gathers and analyses, is the right way to keep that speed without handing the cluster over to a script.