Development operations, CI/CD, and automation
The new conversion formula streamlines the transition from cgroup v1 CPU shares to cgroup v2 CPU weight, improving CPU priority allocation and optimizing resource management for better performance.
This guide walks you through configuring a local environment to experiment with Gateway API on kind, enabling hands-on learning and testing of core concepts.
Cluster API facilitates effective Kubernetes cluster lifecycle management by enabling users and platform teams to specify their desired cluster state while using controllers to ensure ongoing alignment with that state.
Kubernetes v1.35 introduces an allowList feature for the exec plugin, allowing users to restrict the execution of arbitrary executables, including shell scripts, enhancing overall security and control within kubeconfigs.
The PersistentVolume node affinity API, established in Kubernetes v1.10, allows for nuanced control over volume accessibility among nodes in a cluster. The latest upgrade in v1.35 introduces improvements to enhance its functionality.
Kubernetes v1.35 introduces improvements to how service account tokens are handled for CSI drivers, building on the TokenRequests feature to streamline token usage and enhance security during operations.
The latest Kubernetes v1.35 release enhances the management of mixed node environments by allowing extended toleration operators that support numeric comparisons. This update enables platform teams to better balance costs and reliability across on-demand and spot/preemptible nodes, ensuring critical workloads run efficiently.
Kubernetes 1.35 brings a highly anticipated feature that allows for a complete in-place restart of Pods, improving resource management and operational efficiency. This enhancement streamlines workflows for developers and system administrators alike.
Kubernetes 1.35 introduces enhanced debugging capabilities through versioned z-pages APIs, allowing users to more effectively analyze the runtime state and configuration of control plane components.
The latest Kubernetes update optimizes the scheduling process by enabling workload-aware scheduling, allowing users to manage large workloads more effectively by considering all Pods collectively rather than individually, enhancing overall system efficiency.
The v1.35 release of Kubernetes introduces the stable kubelet configuration drop-in directory, enhancing kubelet configuration management efficiency and enabling easier customizations for users.
This article emphasizes the importance of upgrading to etcd v3.5.26 or newer prior to transitioning to v3.6, which safeguards against the presence of zombie cluster members and maintains cluster stability.
Kubernetes 1.35 advances the In-Place Pod Resize feature, initially introduced over six years ago, to stable status, enhancing vertical scaling capabilities for improved resource management.
Kubernetes v1.35 marks the General Availability of the external Job controller feature via .spec.managedBy, enabling enhanced management and responsibility for external task orchestration.
Editors: Aakanksha Bhende, Arujjwal Negi, Chad M. Crowell, Graziano Casto, Swathi Rao. The latest Kubernetes v1.35 update brings a variety of new stable, beta, and alpha features that enhance usability and expand operational capabilities for developers and IT teams.
With the imminent release of Kubernetes v1.35, the project is set to enhance its functionality. Anticipated changes include deprecations and replacements aimed at boosting overall performance and user experience.
Effective configuration management in Kubernetes is critical to ensure reliable workloads. Even minor errors like a missing quote or incorrect API version can lead to significant operational issues, highlighting the importance of precision in every YAML file.
In an effort to enhance ecosystem safety and security, Kubernetes SIG Network and the Security Response Committee are set to retire Ingress NGINX, transitioning to a maintenance phase that focuses on stable alternatives for users.
Kubernetes offers immense potential, but it can also pose challenges. My early experiences with container orchestration led to numerous errors, which helped me identify key pitfalls and practical strategies for smoother deployments.
The article encapsulates the achievements and methodologies of the now-dissolved Policy Working Group, providing a clearer understanding of collaborative efforts in technology development and operational strategies.