Configuring wifi via cloud-config
This section describe examples on how to deploy Kairos with WiFi
This section describe examples on how to deploy Kairos with WiFi
This section describes how to use Virtual Box to boot Kairos in “Trusted boot” mode
This section describe examples on how to deploy Kairos with k3s as a multi-node cluster
This section describe examples on how to deploy Kairos with k3s as a single-node cluster
This section contains instructions how to deploy Kairos with a High Available control-plane for K3s
This section describe examples on how to use AuroraBoot and Kairos bundles to create ISOs for airgapped installs
This section describe examples on how to use a Kairos bundle to deploy MetalLB on top of K3s
This section describe examples on how to enable kdump in Kairos derivatives
This section describes an example on how to create a custom derivative with the Keylime agent
This section describe examples on how to deploy Kairos with k3s and LocalAI
This section describe examples on how to deploy Kairos with k3s and MetalLB
This section describes a method to run stages with k3s.
Core images serve as the foundation for creating downstream images or as an installer for deploying other images during the installation process. In this guide, we’ll take a closer look at using Kairos core images as an installer to deploy other container images.
This bundle configures Intel AMT devices during Kairos installation.
Full end to end example to bootstrap a self-coordinated cluster with Kairos and AuroraBoot
Kairos makes it easy to configure automatic High Availability (HA) in your cluster by using cloud-config. With just a few simple steps, you can have a fully-functioning HA setup in your cluster.
This guide walks through the process of deploying a highly-available, P2P self-coordinated k3s cluster with KubeVIP, which provides a high available Elastic IP for the control plane.
Install Kairos with p2p support, on a multi-node cluster
This documentation page provides instructions on how to install Kairos with P2P support on a single-node cluster