![]() While Podman is great for its effectiveness in a development environment, it’s also a perfect solution to run pods (and other Kubernetes constructs) in a production environment, where simplicity and security are the primary needs. This dual approach not only positions Podman as a versatile tool for managing containers but also as a fairly practical platform for developing and testing Kubernetes applications, bridging the gap between local development environments and large-scale Kubernetes deployments. In fact, even the name "Podman" is derived from POD Manager, and in this context, POD refers to the concept of pods in Kubernetes (the smallest deployable unit in Kubernetes).Īs a result, Podman's design philosophy was to handle pods just as it handles containers, in a way that is consistent with Kubernetes architectures. With Podman Desktop, developers benefit from a graphical user interface to easily manage and interact with containers from Windows, macOS, and Linux.įrom its inception, Podman was designed with a keen awareness of the Kubernetes ecosystem and its prevalent role in the container orchestration landscape. Podman is a daemonless container engine for managing and running OCI containers on your Linux system. Interacting with your workload and inspecting your applications. ![]() Setting up a Kubernetes Local environment using Kind or minikube extensions.This article provides a quick overview of the Kubernetes capabilities offered in Podman Desktop. It also provides a structured environment for developers to work with Kubernetes in a comprehensive way to progressively grow their skills. This approach brings predictability in deployments as it minimizes problems and saves time and resources. Podman Desktop simplifies the transition from development to production by adopting production standards early on, ensuring workloads meet production criteria from the start.
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