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This article walks you through configuring containerd image pull acceleration using crictl, ctr, and nerdctl, provides a curated list of accelerated registry mirrors, shows exact command‑line examples, and demonstrates how to verify that the acceleration is effective, helping you speed up container workflows.
Starting with Kubernetes v1.24 the built‑in dockershim is removed, requiring users to switch to a CRI‑compatible runtime such as containerd or CRI‑O—or install cri‑dockerd for Docker compatibility—while updating scripts, logs, and tooling, and using crictl or ctr for debugging and managing containers and pods.
This article explains how containerd works as a high‑level container runtime and demonstrates practical usage of its three command‑line clients—ctr, nerdctl, and crictl—for pulling images, managing containers, debugging Kubernetes pods, and performing low‑level runtime operations.
This guide explains what containerd is, how to manage images and containers with its command‑line clients ctr, nerdctl, and crictl, and provides practical examples of pulling, running, inspecting, and cleaning up containers in a Linux environment.
This guide explains how to switch a Kubernetes cluster’s container runtime from Docker to containerd, including node maintenance, configuration changes, restarting services, verifying the runtime, installing and using crictl for container management, and comparing CLI tools, with detailed command examples.
This guide explains how to safely switch a Kubernetes cluster's container runtime from Docker to containerd by putting nodes into maintenance mode, updating configuration files, restarting services, verifying the change, and then using crictl for efficient container and pod management, including command comparisons and log handling.
This article explains what containerd is, compares it with Docker, describes Kubernetes' CRI support, and provides step‑by‑step commands for using containerd via crictl, showing that migrating from Docker to containerd is simple and resource‑efficient.