Pulumi Crosswalk for Kubernetes

Pulumi Crosswalk for Kubernetes is production-ready Kubernetes for teams. Work together to deliver Kubernetes to any cloud, AWS, Azure, Google Cloud, or private.

If you are just getting started with Pulumi and Kubernetes, the Get Started guide is a better place to start.

Playbooks for Kubernetes

Manage production-ready infrastructure leveraging hosted Kubernetes offerings such as Amazon Elastic Kubernetes Service (EKS), Azure Kubernetes Service (AKS), or Google Kubernetes Engine (GKE).

Discover solutions to the hardest Kubernetes problems to avoid mitigating pitfalls around infrastructure, security, governance, reliablity, and maintainability of the cluster, it’s workloads, and underlying resources.

Get started with the playbooks to manage Kubernetes in production with your team.

Making Kubernetes Accessible to Everyone

Pulumi exposes 100% of the Kubernetes API in pulumi/kubernetes, which means you use modern programming practices to reduce YAML/JSON complexity, repetition, and encapsulate workloads effectively.

Through the new Crosswalk library extensions, the authorship experience has improved to make the API more accessible and approachable to operators and developers.

By reducing the Kubernetes API syntax used, including sane defaults where possible, and maintaining idiomatic Kubernetes, it is easier to work with the API and deploy resources. Crosswalk revamps the Kubernetes API resource composition, but produces the exact semantic API output type. The ability to drop into and inject a given API type’s raw spec is maintained through out.

Get started with pulumi/kubernetesx to manage Kubernetes workloads using constructs built for everyone.

Query for Kubernetes

Maintaining and understanding Kubernetes clusters requires coordination and delivery of continuous changes. The API surface area is complex and highly disjointed when you want to make sense of what is taking place in the cluster, and why it is occuring.

Common choices for these assessments include a mix of kubectl and client-go, and require the user to form manual joins across resources, and perform a reactive series of queries to understand what is taking place.

To gain detailed insights, we’ve released a new tool called Pulumi Query that helps you understand your clusters passively or in real-time. By exposing Kubernetes through a library of streaming queries, it becomes easy to write apps that can tail API resources, discover distinct versions of a given Pod, or even inform you of which Services are publicly exposed to the Internet.

Get started with pulumi/query to understand Kubernetes clusters and workloads through a new lens.

Join the Community

With Pulumi’s unique approach to open source infrastructure as code, you’ll focus more on code and business logic, and less on resource templates, YAML or DSL configuration languages.

Leverage Pulumi’s collection of open source tools, Kubernetes frameworks, continuous delivery integrations, and playbooks to help you deliver production-ready Kubernetes.

Join the Pulumi team and thousands of practioners in our Community Slack for questions and support, follow us on Twitter for our latest news, and subscribe to our YouTube channel to access educational content.

Frequently Asked Questions (FAQ)

See the FAQ for more details.