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Incus alternatives

Incus brings system containers, application containers, and virtual machines under one manager. Containers and VMs can share storage and networking, while snapshots, backup and recovery, migration, configurable pools and networks, and resource controls cover ongoing operations. Command-line, REST API, and third-party management are available, with Linux distribution images published daily. Incus is free Apache-licensed software, using a Linux daemon and clients for Windows and macOS.

  1. 1

    Docker Desktop

    Free plan LinuxMacWeb+1

    Developers needing an integrated desktop container workflow — Docker Desktop bundles Engine, CLI, Compose, Build, Kubernetes, debugging, and extensions, unlike Incus's instance-management focus.

    Free plan Visit site
  2. 2

    Apptainer

    Free plan APILinuxMac+2

    Shared systems and high-performance computing — Apptainer creates immutable single-file SIF images with encryption, signing, GPU support, and host-resource access rather than Incus's VM manager.

    7.6 Free plan Visit site
  3. 3

    BuildKit

    Free plan APILinuxMac+2

    Repeatable source-to-artifact image builds — BuildKit focuses on cached, concurrent builds and exports artifacts in several formats, while Incus manages running instances.

    7.6 Free plan Visit site
  4. 4

    containerd

    Free plan LinuxSelf-hostedWindows

    Embedding a container runtime in larger systems — containerd handles image transfer, storage, execution, and supervision but leaves networking to higher-level systems, unlike Incus's broader manager.

    7.4 Free plan Visit site
  5. 5

    LXD

    Free plan APILinuxSelf-hosted+1

    Web-managed Linux containers and virtual machines — LXD combines KVM virtual machines and LXC system containers with an official web UI, alongside CLI and REST management.

    7.2 Free plan Visit site
  6. 6

    Podman

    Free plan APILinuxMac+2

    Daemonless, rootless container and pod workflows — Podman emphasizes daemonless rootless containers, pods, image workflows, and Kubernetes YAML, rather than Incus's shared VM infrastructure.

    7.1 Free plan Visit site
  7. 7

    Apple container

    Free plan MacSelf-hosted

    Apple silicon container development on macOS — Apple container runs each Linux container inside a lightweight virtual machine and integrates with macOS services, unlike Incus's Linux daemon.

    7.4 Free plan Visit site
  8. 8

    Buildah

    Free plan APILinuxSelf-hosted
    7.4 Free plan Visit site
  9. 9

    Charliecloud

    Free plan LinuxSelf-hosted
    7.2 Free plan Visit site
  10. 10

    crun

    Free plan LinuxSelf-hosted
    7.2 Free plan Visit site
  11. 11

    Enroot

    Free plan LinuxSelf-hosted
    7.1 Free plan Visit site
  12. 12

    gVisor

    Free plan LinuxSelf-hosted
    7.1 Free plan Visit site
  13. 13

    Inclavare Containers

    Free plan LinuxSelf-hosted
    7.1 Free plan Visit site
  14. 14

    LXC

    Free plan APILinuxSelf-hosted
    7.1 Free plan Visit site
  15. 15

    AppJail

    Free plan Self-hosted
    7.0 Free plan Visit site
  16. 16

    CRI-O

    Free plan APILinuxSelf-hosted
    7.0 Free plan Visit site
  17. 17

    Kata Containers

    Free plan LinuxSelf-hosted
    7.0 Free plan Visit site
  18. 18

    balenaEngine

    Free plan Linux
    6.9 Free plan Visit site
  19. 19

    Moby

    Free plan APILinuxMac+2
    6.9 Free plan Visit site
  20. 20

    OpenVZ

    Free plan LinuxSelf-hosted
    6.8 Free plan Visit site
  21. 21

    SingularityCE

    Free plan LinuxSelf-hosted
    6.7 Free plan Visit site
  22. 22

    Sysbox

    Free plan LinuxSelf-hosted
    6.7 Free plan Visit site
  23. 23

    PouchContainer

    Free plan APILinuxSelf-hosted
    6.6 Free plan Visit site
  24. 24

    Shifter

    Free plan APILinuxSelf-hosted
    6.6 Open source Visit site
  25. 25

    systemd-nspawn

    Free plan LinuxSelf-hosted
    6.6 Free plan Visit site

Readers may still want a different emphasis. The daemon runs on Linux, and access to its Unix socket grants full control, so deployment and trust boundaries matter. Alternatives range from desktop-oriented development tools and rootless container engines to single-file HPC images, build-focused systems, and runtimes intended for embedding. Compare whether you need Incus's combined VM and container management, shared infrastructure, migration and recovery features, or instead prefer web or desktop control, specialized image formats, local Kubernetes, image-building workflows, or narrower runtime responsibilities. Host operating systems, interfaces, and security models should guide the switch.

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