Editors: Amit Dsouza, Frederick Kautz, Kristin
Martin, Abigail McCarthy, Natali Vlatko Announcing the release of
Kubernetes v1.30:Uwubernetes, the cutest release! Similar to
previous releases, the release of Kubernetes v1.30 introduces new
stable, beta, and alpha features.The consistent delivery of
top-notch releases underscores the strength of our development
cycle and the vibrant support from our community. This release
consists of 45 enhancements.Of those enhancements, 17 have
graduated to Stable, 18 are entering Beta, and 10 have graduated to
Alpha.
Author:Frederico Muñoz (SAS Institute) This is
the third interview of a SIG Architecture Spotlight series that
will cover the different subprojects.We will cover SIG Architecture:Code Organization. In
this SIG Architecture spotlight I talked with Madhav
Jivrajan (VMware), a member of the Code Organization
subproject.
Introducing the Code Organization subproject
Frederico (FSM):Hello Madhav, thank you for your availability.Could you start by telling us a bit about yourself, your role and how you got involved in Kubernetes?Author:Andrei Kvapil (Ænix)
Approaching the most interesting phase, this article delves into running Kubernetes within Kubernetes.Technologies such as Kamaji and Cluster API are highlighted, along with their integration with KubeVirt.
Previous discussions have covered preparing Kubernetes on bare metal and how to turn Kubernetes into virtual machines management system.This article concludes the series by explaining how, using all of the above, you can build a full-fledged managed Kubernetes and run virtual Kubernetes clusters with just a click.
First up, let's dive into the Cluster API.
Author:Andrei Kvapil (Ænix) Continuing our series
of posts on how to build your own cloud using just the Kubernetes
ecosystem.In the previous article, we explained how we prepare a
basic Kubernetes distribution based on Talos Linux and Flux CD.In
this article, we'll show you a few various virtualization
technologies in Kubernetes and prepare everything need to run
virtual machines in Kubernetes, primarily storage and networking.
We will talk about technologies such as KubeVirt, LINSTOR, and
Kube-OVN. But first, let's explain what virtual machines are needed
Authors: Jay Vyas (Tesla), Amim Knabben
(Broadcom), and Tatenda Zifudzi (AWS) Since Windows support graduated to stable with Kubernetes 1.14 in
2019, the capability to run Windows workloads has been much
appreciated by the end user community.The level of and availability
of Windows workload support has consistently been a major
differentiator for Kubernetes distributions used by large
enterprises.However, with more Windows workloads being migrated to
Kubernetes and new Windows features being continuously released, it
became challenging to test Windows worker nodes in an effective and
standardized way. The Kubernetes
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