![]() ![]() ![]() The spirit of the article to use low-end equipment only and utilize existing components as much as possible. Using a proxy server would require dedicated network equipment that accepts connections from the Internet and proxy to kubernetes nodes. There are several ways to do that: Network address translation(NAT), different proxy servers(such as HAProxy, nginx, envoy and many others). Internet Gateway - hardware and software system intended to provide network connectivity from the public internet segment to a private network at the Transport Layer( OSI model Layer 4). To make things clear I need to give it a definition that would perfectly fit this article. Introducing the Internet GatewayĪn Internet Gateway term could mean anything. It’s not possible to solve that issue with only one component, so several things will be used: an internet gateway, dynamic DNS, content delivery network. The main goal is to create an infrastructure that allows accessing applications in kubernetes using the Internet.Įventually, it will serve the same purposes as AWS Elastic Load Balancer, GCP Load Balancer, Azure Load Balancer, and any load balancer in cloud infrastructures. In part 1, I provisioned kubernetes nodes, set up the cluster, and ran test application. In this part, I’ll create an Internet-facing network for the kubernetes cluster. ![]() This is the second part of Building a kubernetes cluster on Raspberry Pi and low-end equipment article. Building a kubernetes cluster on Raspberry Pi and low-end equipment.
0 Comments
Leave a Reply. |