Learning Artix Linux - History, Background & Why You Need It

#Introduction

Before we practice any commands, we need to know where Artix comes from and why it exists. Episode 1 takes you through the history of this distro: from the Arch community that rejected systemd, the birth of the Arch-OpenRC project, to the community's decision to carry that idea forward as an independent project named Artix Linux.

Understanding this background is not just trivia. Artix's philosophy — full control, minimalism, and freedom of choice — shapes almost every technical decision you'll meet in the next 22 episodes. You'll understand why there are four init systems, why packages have service subpackages, and why the repos are laid out the way they are.

#Origins: From Arch-OpenRC to Artix

#2012: The Birth

Artix Linux was born in 2012 as the continuation of Arch-OpenRC and Manjaro-OpenRC, two projects that provided Arch and Manjaro with the OpenRC init. When those projects were abandoned, users who still wanted to run Arch without systemd decided to take over. Instead of keeping the "fork" status, they created an independent distro with its own identity.

When first released, Artix only offered OpenRC — which at the time was a fork of Gentoo's original OpenRC because it needed adjustments for the Arch style. Over time, init support expanded to runit, then s6, and finally dinit. Today all four inits are considered equally and fully supported.

#The "Init-Pick-and-Choose" Spirit

The feature that most distinguishes Artix from other distros is its "pick-and-choose" approach to the init system. You choose the init when you boot the ISO, and the entire system follows that choice — services run according to that init's conventions. No single init is forced on everyone.

This isn't just a gimmick. Each init has different strengths: OpenRC is familiar and SysV-like, runit is simple and lightweight with automatic logging, s6 is modern with a remotely manageable supervision tree, and dinit is small with a clear dependency model. The choice is in your hands, not the vendor's.

#Why Artix Is Needed

#Rolling Release and Compatible Repositories

Artix inherits the rolling release model from Arch: there are no release version numbers, and the system is updated continuously with the latest packages. Users already comfortable with pacman -Syu and Arch's update speed don't need to relearn anything. The kernel and libraries stay fresh, as long as you update your system regularly.

Another advantage is repository compatibility. Most Arch packages run on Artix because both share the same base. The difference lies in the service layer: packages in the Artix repos are built without systemd and provide service subpackages such as paket-openrc, paket-runit, paket-s6, and paket-dinit.

#Full Control Over Init

Without systemd, you're free to decide how the system boots. You can read each init script one by one, understand the start order, and change it to suit your needs. For sysadmins who want to know exactly what runs on their machines, this kind of transparency is invaluable.

This control also means you choose which service handles login sessions (elogind), which device manager manages hardware (eudev), and how logs are handled. systemd components are replaced one by one, as we'll break down in episode 18.

#A Fully Readable System

One of Artix's greatest values is its readability. Everything that runs at boot is a text file you can read line by line. For OpenRC, init scripts live in /etc/init.d/; for dinit, services are in /etc/dinit.d/; for runit, they're in /etc/runit/sv/. There's no black box binary hiding anything.

When a problem arises, you don't rely on journalctl alone. You can read the script that runs the daemon directly, inspect its dependencies, and trace the start order in an accountable way. This is the skill that makes many sysadmins feel at home.

#An Active Community and systemd-Free Packages

Artix is supported by an active community that cares about modern GNU/Linux issues. The wiki at wiki.artixlinux.org is well documented, and developers keep every repo package runnable on all four inits. Service subpackages are always kept in sync with the releases of their main packages.

Verifying the "no systemd" claim is easy. Once your Artix system is installed, check PID 1:

ps -p 1 -o comm=
readlink /sbin/init

The output of ps -p 1 -o comm= will show openrc-init, runit-init, s6-svscan, or dinit depending on your choice — not systemd. This is the most direct proof that you're running a non-systemd system.

#Development and Current State

#Latest ISO and XLibre

As of writing this series, Artix released its latest ISO on April 3, 2026 with kernel 6.19. One important change is the adoption of XLibre, an open-source X server implementation, as the default X server replacing classic Xorg. For those of you still using X11 applications, this transition is nearly imperceptible.

#AURIS and the Road Ahead

On April 28, 2026, the community released AURIS — short for Artix Linux User Repository of Init Scripts. AURIS is a repository providing official init scripts for popular AUR applications, so users don't need to write service scripts themselves. This repo gets a dedicated deep dive in episode 15.

This shows Artix's direction: staying compatible with the Arch ecosystem while building a healthy service layer of its own. With all four inits maturing and AURIS growing, Artix becomes easier to adopt for workstations and servers alike.

#Tracking Development

All release news, ISO announcements, and major changes are published at artixlinux.org/news. You can also follow the development repositories at gitlab.artixlinux.org to watch developer activity firsthand:

curl -s https://artixlinux.org/news.php | head -n 40

The curl -s https://artixlinux.org/news.php command pulls the latest news page straight to your terminal. Reading it regularly means you won't be surprised when a new ISO or repo change is announced.

#Why You Should Learn Artix

#Perspective: More Than a Distro

Learning Artix trains you to understand the layers that modern distros usually hide. You're forced to read init scripts, understand inter-service dependencies, and troubleshoot when a service fails to start. These skills are portable: once you understand OpenRC, learning runit or s6 is much faster.

For Arch or Manjaro users considering a switch, Artix is a comfortable choice because all your pacman habits still apply. For sysadmins managing many servers, the control and lightweight nature of a non-systemd system often adds value in resource-constrained environments.

#Context: Part of the Non-Systemd Ecosystem

Artix is also part of a larger movement. Arch itself was once the subject of community debate over systemd, and many of its derivatives chose a different path. Understanding Artix's position on this map — alongside Void, Alpine, Devuan, and Obarun — helps you judge when a non-systemd distro is worth using.

A thorough cross-distro comparison will be covered in episode 22, including each one's strengths and weaknesses. For now, just understand that choosing Artix isn't a strange choice: it sits on the same path as several long-lived projects.

#Honesty About Trade-offs

Artix is also honest about the consequences: some enterprise software that assumes systemd will require extra effort, and the number of packages in the galaxy repo is smaller than community in Arch. We'll discuss mitigations and alternatives in episode 22. The decision to use Artix should be based on need, not just trend.

#Conclusion

Episode 1 explained that Artix was born in 2012 as the successor to Arch-OpenRC, grew into Arch without systemd with four init choices, and keeps evolving with the latest ISO and the AURIS repository. The spirit of full control and rolling release are its most fundamental traits.

Key takeaways:

• Artix was born in 2012 as the continuation of Arch-OpenRC and Manjaro-OpenRC.
• It started with OpenRC only; today it supports OpenRC, runit, s6, and dinit.
• Its philosophy: Arch without systemd with a user-chosen init.
• Rolling release and repos compatible with the Arch ecosystem.
• Packages are built without systemd, with service subpackages per init.
• The latest ISO 2026-04-03 uses XLibre; AURIS was released April 28, 2026.

In the next episode, episode 2, we'll cover core concepts and the main architecture of Artix — how the Arch kernel and userland work together with a non-systemd init, the components that replace systemd's role, and the structure of the base, world, and galaxy repositories.