In my most recent post, we took a look at how Cluster API is utilized in TKG. Note that this post refers to the Tanzu Kubernetes Grid (TKG) multi-cloud version, sometimes referred to as TKGm. I will use this naming convention to refer to the multi-cloud TKG in this post, so that it is differentiated from other TKG products in the Tanzu portfolio. In this post, we will take a closer look at a new feature in TKG v1.3, namely the fact that it now supports the NSX ALB – Advanced Load Balancer (formerly known as AVI Vantage) – to…
In this post, I am going to take a look at Cluster API, and then take a look at some of the changes made to TKG v.1.3.1. TKG uses Cluster API extensively to create workload Kubernetes clusters, so we will be able to apply what we see from the first part of this post to TKG in the second part. There is already an extensive amount of information and documentation available on Cluster API, so I am not going to cover every aspect of it here. This link will take you to the Cluster API concepts, which discusses all the…
A common question I get in relation to VMware Tanzu Kubernetes Grid (TKG) is whether or not it supports vSAN File Service, and specifically the read-write-many (RWX) feature for container volumes. To address this question, we need to make a distinction into how TKG is being provisioned. There is the multi-cloud version of TKG, which can run on vSphere, AWS or Azure, and are deployed from a TKG manager. Then there is the embedded TKG edition where ‘workload clusters’ are deployed in Namespaces via vSphere with Tanzu / VCF with Tanzu. To answer the question about whether or not TKG…
In this post, I am going to outline the steps involved to successfully deploy a Tanzu Kubernetes Grid (TKG) management cluster and workload clusters in an internet restricted environment. [Note: since first writing this article, we appear to have standardized on TGKm – TKG multi-cloud – for this product. This is often referred to as an air-gapped environment. Note that for part of this exercise, a virtual machine will need to be connected to the internet in order to pull down the images requires for TKG. Once these have been downloaded and pushed up to our local Harbor container image…
Over the thanksgiving break, I took the opportunity to look at the steps required to deploying Tanzu Kubernetes Grid (TKGm) in an air-gapped or internet-restricted environment. The first step to achieving this was to deploy the Harbor Container Image Registry locally in my own environment. While I’ve written about Harbor quite a bit in the early days, I haven’t looked at it in earnest recently, so it was good to revisit it and see what changed. In this post, I’ll walk through the steps involved, and point you to few scripts that I developed to speed up the process. At…
In a previous video, we looked at the steps involved in enabling vSphere with Tanzu / Workload Management. That video concluded with the creation of a vSphere Namespace. In this video, we will demonstrate how to login to the namespace, how to create a Tanzu Kubernetes Grid (TKG) ‘guest’ cluster via a simple manifest / YAML file, and then how to change contexts so that a developer can work in the context of the new TKG guest cluster. This video accompanies a more detailed write-up on deploying a TKG guest cluster in vSphere with Tanzu.
In this video, we will look at the steps involved in vSphere 7.0U1 to enable vSphere with Tanzu / Workload Management. The process will look at how different this is to VCF with Tanzu, which leverages NSX-T for networking functionality. Here we show what properties need to be provided to successfully enabled vSphere with Tanzu when a HA-Proxy is providing the Load Balancer / Virtual Server functionality for both the Supervisor control plane API server, as well as the Tanzu Kubernetes Grid ‘guest’ clusters API servers. The demonstration will complete with the creation of our first Namespace. This video accompanies…