Raspberry-Pi-Kubernetes-Cluster | Part 1 : Building a Kubernetes `` Intelligent Edge Device

The following naming conventions are enforced in the installation scripts:.
The Kubernetes Master will be named k8smaster.local
The Kubernetes Nodes will be named k8snode1..n
Ensure the Raspberry Pi to be configured as a Kubernetes Master is:.
Connected by Ethernet to the Network Switch, and the Network Switch is power on.
The WiFi Router is in range and powered on.
If rebuilding the Kubernetes Master then disconnect existing Kubernetes Nodes from the Network Switch as they can interfere with Kubernetes Master initialization.
Ensure the k8smaster and all the Raspberry Pis that will be configured are powered on and connected to the Network Switch. The DHCP Server running on the k8smaster will allocate an IP Addresses to the Raspberry Pis to become the Kubernetes nodes.
The Kubernetes Cluster runs isolated on the Network Switch and operates on subnet 192.168.100.0/24. A static route needs to be configured either on the Network Router or on your computer to define the entry point (gateway) into the Cluster subnet (192.168.100.0/24). The gateway IP Address is allocated by your Network Router to the Kubernetes Master WiFi adapter. In the above example, the Gateway address is 192.168.0.55. Most Network Routers allow you to configure a static route. The following is an example configured on a Linksys Router.
The Kubernetes Cluster runs isolated on the Network Switch and operates on subnet 192.168.100.0/24.
A static route needs to be configured either on the Network Router or on your computer to define the entry point (gateway) into the Cluster subnet (192.168.100.0/24).
The gateway IP Address is allocated by your Network Router to the Kubernetes Master WiFi adapter. In the above example, the Gateway address is 192.168.0.55.