[Guide] OpenFydeOS Kernel 6.6 - Brunch! 🥞

Open source
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Replace the kernel does solve the sound card problem in FYDEOS21.
I see the system move from AVS to SOF and the sound got drivers running.
But the android subsytem lost internet. Any solutions?

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The next evolution of FydeOS should be: One system, four worlds: Linux, Windows, Android, and Amiga (AROS) coexist without heavy virtualization. Add a Cocoa/GNUstep layer for developers.

  • On-demand activation: Install only what you need, maintaining optimal performance.
  • Maximum compatibility: Apps from virtually any Linux distribution work thanks to Flatpak and containers.
  • Cocoa/GNUstep development layer: Develop Objective-C and OpenStep applications in parallel with macOS.
  • Secure updates: Automatic rollback and verification of each layer.
  • User-friendly and customizable UI: Classic desktop style with its own identity.
    :computer: Layers:
  • Core: Chromium OS-based kernel, hardware manager, graphics compositor, GPU/audio drivers, security and update system, always active
  • Linux Base (Debian + Flatpak): Complete Linux system, apt for base packages, Flatpak for universal apps, optional Distrobox for other distributions, can be activated or installed minimally
  • Windows (Wine): Runs Windows 7–10 apps without a VM, with access to GPU, audio, and shared files, can be activated on demand
  • Amiga (AROS Hosted): Classic Amiga apps and historical preservation, integrated into the host, can be activated on demand.
  • Amiga (AROS Hosted): Classic Amiga apps and historical preservation, integrated into the host, can be activated on demand. - Android (Waydroid/AOSP): Native Android apps, GPU/audio acceleration, on-demand activation
  • Cocoa/GNUstep: Objective-C/OpenStep development environment, conceptually compatible with macOS, on-demand activation
    :desktop_computer: Compatibility and performance
  • Linux Apps: Almost all, thanks to Debian + Flatpak
  • Windows Apps: Win32 and Win64 with Wine
  • Android Apps: Modern apps, games, and mobile tools
  • Amiga Apps: AROS hosted
  • Cocoa Apps: Objective-C / GNUstep, development parallel to macOS.
    :desktop_computer: Compatibility and Performance
  • Linux Apps: Almost all, thanks to Debian + Flatpak
  • Windows Apps: Win32 and Win64 with Wine
  • Android Apps: Modern apps, games, and mobile tools
  • Amiga Apps: AROS hosted
  • Cocoa Apps: Objective-C / GNUstep, development parallel to macOS
    All this WITHOUT virtual machines, using lightweight containers and native kernel isolation.
    :wrench: Modular and Secure Design
  • Each layer can be updated independently
  • Minimal installation available for limited hardware
  • Automatic rollback if an update fails (Avoiding “Don’t panic” errors and cumbersome console restores that don’t always work)
  • Internal partitions: EXT4/Btrfs for kernel and layers, exFAT for file sharing with Windows/macOS
  • GPU/audio/input resource sharing as needed
    :star2: Compatibility Overview
  • Linux: Debian, Ubuntu, Fedora, Arch, openSUSE via Flatpak
  • Windows: Win32, Win64, professional apps, games (Wine)
  • Android: Mobile apps and modern games
  • Amiga: Classic Amiga apps and demos (AROS hosted)
  • Cocoa: Objective-C/OpenStep development, apps portable to macOS
    :bulb: Value Proposition for the User
  • Access to all modern and retro environments under a single system
  • Avoid slow or expensive virtualization
  • Secure updates and rollbacks
  • Flexible use: lightweight or full stack, depending on your needs
  • A solid and open-source foundation for developers and enthusiasts.
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