Pixel OS

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Pixel OS

Pixel OS is Midori AI’s family of container-first Linux distributions designed for development and AI/ML workloads.

  • PixelArch OS: Arch Linux-based, lightweight, and Docker-optimized.
  • PixelGen OS: Gentoo Linux-based, source-built, performance-focused, and highly customizable.

Subsections of Pixel OS

PixelArch OS

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PixelArch OS: A Docker-Optimized Arch Linux Distribution

PixelArch OS is a lightweight and efficient Arch Linux distribution designed for containerized environments. It provides a streamlined platform for developing, deploying, and managing Docker-based workflows.

Key Features:

  • Arch-Based: Built on the foundation of Arch Linux, known for its flexibility and extensive package selection.
  • Docker-Optimized: Tailored for efficient Docker usage, allowing for seamless integration with your containerized workflows.
  • Frequent Updates: Regularly receives security and performance updates, ensuring a secure and up-to-date environment.
  • Package Management: Utilizes the powerful yay package manager alongside the traditional pacman, providing a flexible and efficient way to manage software packages.
  • Minimal Footprint: Designed to be lightweight and resource-efficient, ideal for running in Docker containers.

PixelArch Flavors: A Tiered Approach

PixelArch is offered in nine layers, with each flavor building on the previous one. The package lists below show what each tier adds.

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Level 1: Quartz

The foundation: a minimal base system providing a clean slate for your specific needs.

Level 2: Obsidian

Adds the core utility layer:

  • curl
  • wget
  • tar
  • xz
  • zip
  • unzip
  • tree
  • nano
  • lolcat

Level 3: Lapis

Adds the shell and terminal workflow layer:

  • zsh
  • fish
  • tmux
  • bash-completion
  • zsh-completions
  • starship

Level 4: Amethyst

Adds the editor, search, and container workflow layer:

  • neovim
  • ripgrep
  • jq
  • fastfetch
  • docker
  • docker-compose

Level 5: Citrine

Adds the Python and build tooling layer:

  • python
  • python-pip
  • python-pyfiglet
  • python-virtualenv
  • uv
  • gcc

Level 6: Topaz

Adds the Node.js layer:

  • nodejs
  • npm
  • nvm
  • bun

Level 7: Sapphire

Adds the Rust and compatibility layer:

  • rust
  • wine
  • xorg-server-xvfb

Level 8: Ruby

Adds the remote access, privacy, and text browsing layer:

  • openssh
  • tmate
  • tor
  • torsocks
  • torbrowser-launcher
  • lynx

Level 9: Emerald

Adds the LLM agents and developer CLI layer:

  • gemini-cli
  • claude-code
  • openai-codex
  • github-copilot-cli
  • github-cli

Getting Started

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  • Step 1. Setup the OS (distrobox create -i lunamidori5/pixelarch:quartz -n PixelArch --root)
  • Step 2. Enter the OS (distrobox enter PixelArch --root)
  • Step 1. Setup the OS (distrobox create -i lunamidori5/pixelarch:obsidian -n PixelArch --root)
  • Step 2. Enter the OS (distrobox enter PixelArch --root)
  • Step 1. Setup the OS (distrobox create -i lunamidori5/pixelarch:lapis -n PixelArch --root)
  • Step 2. Enter the OS (distrobox enter PixelArch --root)
  • Step 1. Setup the OS (distrobox create -i lunamidori5/pixelarch:amethyst -n PixelArch --root)
  • Step 2. Enter the OS (distrobox enter PixelArch --root)
  • Step 1. Setup the OS (distrobox create -i lunamidori5/pixelarch:citrine -n PixelArch --root)
  • Step 2. Enter the OS (distrobox enter PixelArch --root)
  • Step 1. Setup the OS (distrobox create -i lunamidori5/pixelarch:topaz -n PixelArch --root)
  • Step 2. Enter the OS (distrobox enter PixelArch --root)
  • Step 1. Setup the OS (distrobox create -i lunamidori5/pixelarch:sapphire -n PixelArch --root)
  • Step 2. Enter the OS (distrobox enter PixelArch --root)
  • Step 1. Setup the OS (distrobox create -i lunamidori5/pixelarch:ruby -n PixelArch --root)
  • Step 2. Enter the OS (distrobox enter PixelArch --root)
  • Step 1. Setup the OS (distrobox create -i lunamidori5/pixelarch:emerald -n PixelArch --root)
  • Step 2. Enter the OS (distrobox enter PixelArch --root)

1. Create a docker-compose.yaml

Pick a flavor and create a docker-compose.yaml with the matching image tag:

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services:
  pixelarch-os:
    image: lunamidori5/pixelarch:quartz
    tty: true
    restart: always
    privileged: false
    command: ["sleep", "infinity"]
services:
  pixelarch-os:
    image: lunamidori5/pixelarch:obsidian
    tty: true
    restart: always
    privileged: false
    command: ["sleep", "infinity"]
services:
  pixelarch-os:
    image: lunamidori5/pixelarch:lapis
    tty: true
    restart: always
    privileged: false
    command: ["sleep", "infinity"]
services:
  pixelarch-os:
    image: lunamidori5/pixelarch:amethyst
    tty: true
    restart: always
    privileged: true
    command: ["sleep", "infinity"]
    volumes:
      - /var/run/docker.sock:/var/run/docker.sock
services:
  pixelarch-os:
    image: lunamidori5/pixelarch:citrine
    tty: true
    restart: always
    privileged: true
    command: ["sleep", "infinity"]
    volumes:
      - /var/run/docker.sock:/var/run/docker.sock
services:
  pixelarch-os:
    image: lunamidori5/pixelarch:topaz
    tty: true
    restart: always
    privileged: true
    command: ["sleep", "infinity"]
    volumes:
      - /var/run/docker.sock:/var/run/docker.sock
services:
  pixelarch-os:
    image: lunamidori5/pixelarch:sapphire
    tty: true
    restart: always
    privileged: true
    command: ["sleep", "infinity"]
    volumes:
      - /var/run/docker.sock:/var/run/docker.sock
services:
  pixelarch-os:
    image: lunamidori5/pixelarch:ruby
    tty: true
    restart: always
    privileged: true
    command: ["sleep", "infinity"]
    volumes:
      - /var/run/docker.sock:/var/run/docker.sock
services:
  pixelarch-os:
    image: lunamidori5/pixelarch:emerald
    tty: true
    restart: always
    privileged: true
    command: ["sleep", "infinity"]
    volumes:
      - /var/run/docker.sock:/var/run/docker.sock

2. Start the container in detached mode

docker compose up -d

3. Access the container shell

docker compose exec pixelarch-os /bin/bash

Midori AI recommends switching to Linux instead of Windows. If you still want to use PixelArch in WSL2, follow the steps below. No Windows-specific support is provided.

1. Setup the docker image

docker run -t --name wsl_export lunamidori5/pixelarch:quartz ls /

2. Export the PixelArch filesystem from docker

docker export wsl_export > /mnt/c/temp/pixelarch.tar

3. Clean up the docker image

docker rm wsl_export

4. Import PixelArch into WSL

cd C:\\temp
mkdir E:\\wslDistroStorage\\pixelarch
wsl --import Pixelarch E:\\wslDistroStorage\\pixelarch .\\pixelarch.tar

1. Use PixelArch shell

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docker run -it --rm lunamidori5/pixelarch:quartz /bin/bash
docker run -it --rm lunamidori5/pixelarch:obsidian /bin/bash
docker run -it --rm lunamidori5/pixelarch:lapis /bin/bash
docker run -it --rm lunamidori5/pixelarch:amethyst /bin/bash
docker run -it --rm lunamidori5/pixelarch:citrine /bin/bash
docker run -it --rm lunamidori5/pixelarch:topaz /bin/bash
docker run -it --rm lunamidori5/pixelarch:sapphire /bin/bash
docker run -it --rm lunamidori5/pixelarch:ruby /bin/bash
docker run -it --rm lunamidori5/pixelarch:emerald /bin/bash

Package Management

Use the yay package manager to install and update software:

yay -Syu <package_name>

Example:

yay -Syu vim

This will install or update the vim text editor.

Note:

  • Replace <package_name> with the actual name of the package you want to install or update.
  • The -Syu flag performs a full system update, including package updates and dependencies.

Support and Assistance

If you encounter any issues or require further assistance, please feel free to reach out through the following channels:

PixelGen OS

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PixelGen OS: A Docker-Optimized Gentoo Linux Distribution

PixelGen OS is a Gentoo Linux-based operating system designed for advanced users who want maximum performance and customization in containerized environments. It leverages Gentoo’s source-based package management within Docker containers, providing flexible, optimized builds for specialized workloads.

Key Features:

  • Gentoo-Based: Built on Gentoo Linux for deep system customization.
  • Source-Based Compilation: Compile packages with your preferred CFLAGS, USE flags, and optimization settings.
  • Docker-Optimized: Designed for consistent container deployments while keeping Gentoo’s flexibility.
  • Portage Package Manager: Uses Portage (emerge) for fine-grained dependency and build control.
  • Pacaptr Compatibility Layer: Includes pacaptr for yay/pacman-style command aliases to ease transitions.
  • Performance-Focused: Ships with an opinionated make.conf you can tune for your target hardware.

Getting Started

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1. Create a docker-compose.yaml

services:
  pixelgen-os:
    image: lunamidori5/pixelgen
    tty: true
    restart: always
    privileged: true
    command: ["sleep", "infinity"]

2. Start the container in detached mode

docker compose up -d

3. Access the container shell

docker compose exec pixelgen-os /bin/bash

1. Clone the repository

git clone https://github.com/lunamidori5/Midori-AI-Pixelarch-OS.git

2. Build the PixelGen image

cd Midori-AI-Pixelarch-OS/pixelgen_os
docker build -t pixelgen -f gentoo_dockerfile .

3. Run the image

docker run -it --rm pixelgen /bin/bash

Package Management

Use the yay package manager to install and update software:

yay -Syu <package_name>

Example:

yay -Syu vim

This will install or update the vim text editor.

  • Replace <package_name> with the actual name of the package you want to install or update.
  • The -Syu flag performs a full system update, including package updates and dependencies.

Support and Assistance

If you encounter any issues or require further assistance, please feel free to reach out through the following channels: