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ConfigsJul 14, 2026·3 min de lecture

Incus — Powerful System Container and Virtual Machine Manager

Incus is a modern system container and virtual machine manager forked from LXD. It provides a unified CLI and REST API for managing Linux containers and VMs with image-based workflows, clustering, live migration, and fine-grained resource controls.

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Cet actif peut être installé après choix du runtime, vérification du plan et exécution de la commande adaptée.

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Type
Skill
Installation
Single
Confiance
Confiance : Established
Point d'entrée
Incus
Commande d'installation directe
npx -y tokrepo@latest install d4b824fe-7f83-11f1-9bc6-00163e2b0d79 --target codex

À exécuter après confirmation du plan en dry-run.

Introduction

Incus is a community-maintained fork of Canonical's LXD, managed under the Linux Containers project. It provides full system containers and virtual machines through a single tool, combining the density of containers with the isolation of VMs under one consistent API.

What Incus Does

  • Manages both system containers (LXC) and QEMU-based virtual machines
  • Provides image-based workflows with a public image server
  • Supports clustering for distributing instances across multiple hosts
  • Enables live migration of running containers and VMs
  • Offers fine-grained resource limits for CPU, memory, disk, and network

Architecture Overview

Incus runs as a daemon exposing a REST API. The CLI (incus) communicates with this API to manage instances. Containers use LXC with kernel namespaces and cgroups. VMs use QEMU/KVM with virtio devices. Both instance types share the same storage, network, and profile abstractions, allowing unified management.

Self-Hosting & Configuration

  • Install from distro packages (Zabbly repo for Debian/Ubuntu) or build from Go source
  • Run incus admin init to configure storage pool, network bridge, and clustering
  • Use profiles to define reusable configurations for CPU, memory, and devices
  • Configure storage backends: ZFS, Btrfs, LVM, or directory
  • Set up clustering by joining additional nodes to the leader

Key Features

  • Unified management of containers and VMs through one tool
  • Built-in image server with pre-built images for 30+ Linux distributions
  • Clustering with automatic instance placement and failure recovery
  • Snapshot and backup support with scheduled automatic snapshots
  • Project-based multi-tenancy for isolating workloads and users

Comparison with Similar Tools

  • LXD — Incus is the community fork after Canonical moved LXD to a CLA model; feature-equivalent with independent governance
  • Docker — application containers; Incus provides full system containers with init, SSH, and multi-process support
  • Proxmox VE — hypervisor with web UI; Incus is CLI/API-first and lighter weight
  • libvirt/virsh — lower-level VM management; Incus adds container support and a modern REST API

FAQ

Q: What is the difference between Incus and LXD? A: Incus is a community fork of LXD maintained by the Linux Containers project. It diverged after Canonical changed LXD's licensing. Functionally they are similar, with Incus adding community-driven features.

Q: Can I migrate from LXD to Incus? A: Yes. The Incus project provides a lxd-to-incus migration tool that converts LXD installations in place.

Q: Does Incus replace Docker? A: They serve different purposes. Docker runs application containers (one process). Incus runs system containers (full OS) and VMs. They can complement each other.

Q: What storage backends are supported? A: ZFS, Btrfs, LVM, Ceph, and plain directory. ZFS and Btrfs offer the best snapshot and copy-on-write performance.

Sources

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