Ryoku is built on Arch Linux, but it is not just Arch with a different desktop: Ryoku supplies a preconfigured Wayland desktop, guided installer, and its own system-management workflow. Arch starts with a minimal base that you assemble and configure. Choose Ryoku if you want its defaults and accept a public-beta project; choose Arch if you want to build your system from the ground up or need more flexibility over the starting environment.
What are Ryoku and Arch Linux?
Ryoku describes itself as a hand-built Linux distribution based on Arch. Its desktop is a Wayland session using Hyprland or niri, with a custom Quickshell-based shell. The installer, desktop, and system definition are developed as part of the project rather than supplied as a collection of unrelated setup instructions. Ryoku’s site identifies it as a public beta; its status and current version can change as development continues.
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Arch Linux is an independently developed, general-purpose x86-64 distribution. It provides a minimal base, and users choose and configure the desktop, services, and applications they want. Arch uses Pacman for package management, follows a rolling-release model, and supports community-maintained build scripts through the Arch User Repository (AUR).
How do they differ in practice?
| Decision | Ryoku | Arch Linux |
|---|---|---|
| Starting point | A complete, opinionated desktop distribution with a guided installer. Ryoku project overview | A minimal base that users build into their chosen system. Arch About page |
| Desktop | Wayland with Hyprland or niri and a custom Quickshell shell. Ryoku project overview | No single desktop is prescribed; users select their own environment. Arch About page |
| Configuration | Documents a reproducible system definition and a project-specific control CLI. Ryoku system overview | Users select and configure components; Arch says most system configuration is done using the shell and text files. Arch About page |
| Updates and recovery | The ryoku CLI documents update, rollback, snapshot, status, and materialize actions; Ryoku says it snapshots before package and AUR updates. Ryoku system overview |
Users maintain the system through ongoing package upgrades under Arch’s rolling-release model. Arch About page |
| Project maturity and support | Public beta; the project says it is led by one maintainer in spare time, with contributors. Ryoku project overview | An established upstream distribution with official documentation, forums, and mailing lists. Arch About page |
These are differences in defaults and project scope, not proof that one distribution is faster, safer, or more reliable. The official materials cited here do not provide independent comparative measurements.
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What hardware and firmware does Ryoku require?
Ryoku’s project documentation specifies x86-64 and UEFI; it does not document a 32-bit build or legacy BIOS installation path. Its Limine bootloader is unsigned, so Secure Boot must be disabled unless you enroll your own keys. Ryoku’s repository lists a minimum of 4 GB of RAM and 32 GB of storage, recommends 8 GB of RAM and an SSD of at least 64 GB, and its homepage describes 16 GB of RAM as comfortable. These are Ryoku’s own requirements and guidance, not independently tested thresholds.
Arch is the more direct option if your machine does not meet Ryoku’s documented x86-64 and UEFI constraints. Arch’s minimal-base approach also leaves the desktop and system configuration to you rather than imposing Ryoku’s chosen setup.
What should you know before installing Ryoku?
Ryoku offers a signed ISO that you write to a USB drive, then install with its guided installer. Its documentation also describes converting an existing Arch installation in place. Before installing—especially alongside Windows—read the current installation and hardware notes: installation changes storage and boot configuration.
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Outbyte PC Repair FREERepair Windows errors before they cause bigger problemsFix Now →Outbyte Driver Updater FREEFix the driver behind crashes, sound loss and screen glitchesFind Drivers →- Ryoku’s installation notes specify a 2 GiB boot partition and a 20 GiB root partition floor, plus swap.
- Make room for the required partitions before starting the installation.
- Check the notes for Windows Fast Startup and BitLocker precautions before changing a dual-boot system.
Partition layouts and installer requirements may change as Ryoku develops, so follow the project’s current instructions rather than treating the figures above as a guarantee that every disk layout will work.
Independent reader supportYour contribution helps us test, update, and keep practical guides available for everyone.Which one should you use?
Choose Ryoku if you want a ready-made system
- You want its included Wayland desktop and prefer a guided installation over assembling a desktop from a minimal base.
- You want to use Ryoku’s system definition and documented update, snapshot, and rollback workflow.
- Your hardware meets the project’s documented requirements, and you are comfortable adopting software that is still in public beta.
Choose Arch Linux if you want to build your environment
- You want to select the desktop and system components yourself from the start.
- You are comfortable configuring your system through the shell and text files.
- You need an option outside Ryoku’s documented x86-64 and UEFI installation constraints.
The practical trade-off is how much setup you want to do and how much you value Ryoku’s particular defaults. Ryoku reduces the initial assembly work by supplying a coherent desktop and its own management tools; Arch leaves those choices to the user. Neither is a universal winner, and the available official material does not establish a performance advantage for either one.
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