If you try to list namespaces or check cluster-wide resources, you will get the namespaces is forbidden error message, which is what you wanted to achieve by running it per namespace. Then the dashboard view combines these visual elements to then be shared via browser to provide real-time analytical views. Kubernetes best practices: Specifying Namespaces in YAML - Google Cloud It is important to note that AKS is a free service and Microsoft aims to achieve at least 99.5% availability for the Kubernetes API server on the master node side. The filter at the top of the namespace list provides a quick way to filter and display your namespace resources. Copy the token and enter it into the token field on the Kubernetes dashboard login page. Click the "Create index pattern" button. My guess is the pods are crashing for some reason. Kubernetes Dashboard | Kubernetes Admin GUI | Kubernetes ... - Jhooq NAME. root@host:~# kubectl get service -n kubernetes-dashboard | grep dashboard dashboard-metrics-scraper ClusterIP 10.96.25.69 <none> 8000/TCP 27m kubernetes-dashboard NodePort 10.98.129.73 <none> 443:30741/TCP 27m root@host:~#. The default namespace is used to hold the default set of pods, services, and . Namespace and other resources get recreated immediately and dashboards keeps running: $ sudo kubectl get namespaces NAME STATUS AGE default Active 8d kube-node-lease Active 8d kube-public Active 8d kube-system Active 8d kubernetes-dashboard Active 1s 2. Hopefully you can guide me here. The kubectl apply command downloads the recommended.yaml file and invokes the instructions within to set up each component for the dashboard. The dashboard can display all workloads running in the cluster. So, it's just another resource for Kubernetes to manage. apiVersion: v1 kind: Pod metadata: name: mypod namespace: test labels: name: mypod spec: containers: - name: mypod image: nginx. Following are some of the important functionalities of a Namespace in Kubernetes − Namespaces help pod-to-pod communication using the same namespace. K8dash also interacts with Metrics Server, allowing you to see CPU/RAM use in real-time. Following the commands below expects you to have Kubernetes and Kubectl setup, and at least know a little bit of the CLI. 1. kubernetes-dashboard is a service file which provides dash-board functionality, to edit this we need to edit dashboard service and change service " type " from ClusterIP to NodePort: [root@kubeXXXX]# kubectl -n kube-system edit service kubernetes-dashboard .