![]() ![]() Any platform that supports Docker can use it as the container system.You will also need a container or virtual machine manager, something that may vary depending on what platform you’re running: 2GB of free memory - that is, 2GB of RAM you can spare above and beyond the system’s normal workload requirements.Hardware-assisted virtualization is not required but useful. At least two CPUs (e.g., a processor with two or more hardware threads). ![]() Minikube runs on all three major operating systems (although at this point only on x86-64 hardware), and requires a system with internet connectivity and the following specs: If you’re looking for a base tutorial for Kubernetes, you’ll find some good options here. Please note: This article assumes you already understand the basics of Kubernetes and have worked with it to some degree. It works cross-platform (Linux, Mac, Windows), supports all of Kubernetes’s container runtimes, and can be extended to add more of Kubernetes's advanced functionality. Minikube is an incarnation of Kubernetes, fully API-compatible with its big brother edition, but designed to run on local hardware - a developer’s desktop or notebook. How can one get a handle on Kubernetes without setting up an entire hardware cluster? That’s easier said than done with an application as large, powerful, and complex as Kubernetes, the software that underpins modern container-based application deployments at scale. The best way to get your legs with any software application is to jump right in. ![]()
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