Upbound, Managed Control Planes Explained
Upbound is democratizing the best kept secret in cloud computing ā the control plane ā giving platform engineers centralized control and developers the freedom of self service.
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From analyzing various use cases for Upbound to diving into Crossplane and other CNCF projects, these videos are highly valuable for any devops or platform engineer.
Upbound is democratizing the best kept secret in cloud computing ā the control plane ā giving platform engineers centralized control and developers the freedom of self service.
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What do we get if we combine Crossplane with KubeVela? ā¬ā¬ā¬ā¬ā¬ā¬ š Additional Info š ā¬ā¬ā¬ā¬ā¬ā¬ ā” Gist with the commands: https://gist.github.com/6d40ff0847a41f1d1607f4df73cd5bad š¬ Crossplane - GitOps-bas
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Join @hasheddan for an experimental demo of running Upbound's multi-tenant control plane platform on kcp! Interested in trying out this experience for yourself? Sign up for Upbound's private preview h
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Learn how to use ytt to simplify Crossplane compositions.
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How do we manage resources spread across multiple clouds? How do we rise above clouds with Crossplane and Upbound?
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Reducing the need of other cloud-native tools if we move the complexity to servers and clusters with Crossplane.
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How to leverage the extensibility of Crossplane and Flux features to apply GitOps not only to applications running in Kubernetes but to everything (infrastructure, services, applications, etc).
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We can use Crossplane Compositions to combine all sorts of resources and expose them as new resource definitions to everyone.
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Wouldn't it be great if every cluster we create is "GitOps-ready"? For something like that to happen, we'd need to create a Kubernetes cluster, install Argo CD, Flux, or Rancher Fleet, configure Names
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Here's how Crossplane can help to manage everything our applications might need.
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With the introduction of the Terrajet project, Crossplane now has 100% coverage for the major cloud provider, with many more to come.
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We use Crossplane to create Kubernetes clusters, yet we need a Kubernetes cluster to run Crossplane.
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Crossplane compositions can be used to manage any type of resources, and that includes Kubernetes applications as well. ā¬ā¬ā¬ā¬ā¬ā¬ š Additional Info š ā¬ā¬ā¬ā¬ā¬ā¬ ā” Gist with the commands: https://gist.gith
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Crossplane allows you to define your own composite resources (XRs) and compositions, then package them up to be easily distributed as OCI images. ā¬ā¬ā¬ā¬ā¬ā¬ š Additional Info š ā¬ā¬ā¬ā¬ā¬ā¬ ā” Gist with the c
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rossplane compositions enable us to combine third party services within clusters from the get-go.
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By leveraging Kubernetes, Crossplane enables us to manage infrastructure in the same way as we are managing applications, including drift detection and reconciliation.
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We can use Crossplane Composites to manage infrastructure, services, and applications.
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If we combine both (Flux and Crossplane), we can apply GitOps principles to infrastructure.
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Upbound is the company behind the open source project, Crossplane. Our mission is to enable a new era of infrastructure management that is automated, reliable, efficient and empowers application teams
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