That’s because your services are not ready. You should start to see your data plane proxy coming in the GUI, but they’ll still be offline. When you check out your Kubernetes namespaces, you should see the new app. Whenever you create a service in Kuma, you can annotate the namespace to instruct Kuma to inject the sidecar proxy automatically. The simple Kuma sample application I’ll connect for this tutorial allows us to increase a counter on Redis. You can also have hybrid multi-cloud containers and virtual machines. With multi-zone mode, you can support multiple zones that are either Kubernetes or VM environments within one cluster. For example, you can deploy Kuma in a multi-zone mode. There are many other ways you can deploy Kuma. In my example, I have a standalone deployment of Kuma, which means that I’m going to be running using one cluster. All of this comes out of the box with Kuma. You should also have a built-in CLI, HTTP API and GUI for the service mesh platform. Now you should have your Kubernetes resources if you’re running Kuma on Kubernetes. kumactl consumes that same HTTP API to retrieve this information.
You can also use the kumactl CLI to explore the status of the resources. This GUI is on top of the same HTTP API mentioned above. If you go to http: //localhost:5681/gui, you can see the GUI that comes out of the box with Kuma. That means your company can have one deployment of Kuma and as many compartmentalized meshes as you want. Kuma also exposes an HTTP API, which you can use to explore the state of the resources, including all the meshes that you have running on the system. $ kubectl port- forward svc/ kuma- control- plane - n kuma- system 5681 : 5681 Your port 5681 should be empty right now. Once Kuma is up and running, you can port-forward the GUI that Kuma provides to take a quick look at your service mesh status. So if there is something that Envoy can do, but Kuma does not fit in a native policy, that means that you can still have access to the entire Envoy ecosystem by using the proxy template configuration. If there is a policy that Kuma doesn’t support natively, then you can use the proxy template policy to go low level and change the underlying Envoy configuration. Kuma abstracts away all the most common use cases into native policies that you can use. Kuma supports Envoy as the data plane proxy technology, but it doesn’t require Envoy expertise. Within my example kuma- system namespace, I have one service and one part that’s the control plane. Out of the box, this will create a new namespace in Kubernetes called kuma- system. By doing that, you’re effectively installing the control plane. You can then pipe this information inside of Kubernetes.
#Mesh enabler to metric install
In this tutorial, we will use kumactl to install the Kuma control plane.
Kuma supports many installation methods on both Kubernetes, VMs and other environments. I also recommend having an empty Kubernetes cluster running on minikube.
Once you’ve downloaded Kuma, you should have access to kumactl, which is the built-in CLI that Kuma provides on every download. For this tutorial, I used macOS as my environment. Start by downloading Kuma to your preferred environment. Provide a platform to deliver zero trust security and OPA Turn connectivity into electricity with Kong Meshīuild more performant and reliable load balancing via service mesh Supercharge your Istio clusters with the leading API gateway. Rapidly design, publish and consume APIs and services Pay-as-you-go from startup friendly to enterprise scaleĪccelerate your journey into microservicesĮmpower teams to provide security, governance and compliance Single platform for end-to-end connectivity Get information tailored to your use caseĮxtend with powerful plugins and fresh themes Powerful extensions and easy integrations
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