Friendly Kobold

A desktop app for running Large Language Models locally.

Core Features

• Run LLMs locally with an intuitive interface powered by KoboldCpp
• Cross-platform desktop app - Native support for Windows, macOS, and Linux (including Wayland)
• Automatic updates - Download and keep your KoboldCpp binary up-to-date effortlessly
• Smart process management - Prevents runaway background processes and system resource waste
• Optimized performance - Automatically unpacks binaries for faster operation and reduced memory usage
• Image generation support - Built-in presets for Flux and Chroma image generation workflows
• Adaptive theming - Light, dark, and system theme modes that automatically follow your OS preferences
• Privacy-focused - Everything runs locally on your machine, no data sent to external servers

Installation

Pre-built Binaries

Download the latest release for your platform from the GitHub Releases page:

• Windows: Friendly Kobold Portable X.X.X.exe (portable executable)
• Windows: Friendly Kobold Setup X.X.X.exe (installer executable - recommended for CLI mode)
• macOS: Friendly Kobold-X.X.X.dmg (disk image)
• Linux: Friendly Kobold-X.X.X.AppImage (portable application)

Linux - AUR (Arch Linux)

For Arch Linux users, install from the AUR using your preferred AUR helper:

# Using yay
yay -S friendly-kobold

# Using paru
paru -S friendly-kobold

# Manual installation
git clone https://aur.archlinux.org/friendly-kobold.git
cd friendly-kobold
makepkg -si

The AUR package automatically handles installation, desktop integration, and system updates. This is the ideal way to run Friendly Kobold on Linux.

Screenshots

Download & Setup

Model Launch Configuration

Terminal Output

Text Generation

Image Generation

Windows ROCm Support

There is ROCm Windows support maintained by YellowRoseCx in a separate fork. Unfortunately it does not properly support unpacking, which would greatly diminish its performance and provide a poor UX when used alongside this app. For Friendly Kobold to work with this fork, this issue must be fixed first.

Future features

Not all koboldcpp features have currently been ported over to the UI. As a workaround one may use the "Additional arguments" on the "Advanced" tab of the launcher to provide additional command line arguments if you know them.

CLI Mode

The --cli argument allows you to use the Friendly Kobold binary as a proxy to the downloaded KoboldCpp binary. This enables you to run KoboldCpp from the command line using the same binary that the GUI has downloaded.

Considerations

You might want to run CLI Mode if you're looking to use a different frontend, such as SillyTavern or OpenWebUI, than the ones bundled (eg. KoboldAI Lite, Stable UI) with KoboldCpp AND you're looking to minimize any resource utilization of this app. Note that at the time of this writing, Friendly Kobold takes about ~200MB of RAM and ~100MB of VRAM for its Chromium-based UI.

Usage

Linux/macOS:

# Basic usage - launch KoboldCpp with no arguments
./friendly-kobold --cli

# Pass arguments to KoboldCpp
./friendly-kobold --cli --help
./friendly-kobold --cli --port 5001 --model /path/to/model.gguf

# Any KoboldCpp arguments are supported
./friendly-kobold --cli --model /path/to/model.gguf --port 5001 --host 0.0.0.0 --multiuser 2

Windows:

CLI mode will only work correctly on Windows if you install Friendly Kobold using the Setup.exe from the github releases. Otherwise there is currently a technical limitation with the Windows portable .exe which will cause it to not display the terminal output correctly nor will it be killable through the standard terminal (Ctrl+C) commands.

For Local Dev

Prerequisites

• Volta - JavaScript tool manager (installs correct Node.js + Yarn versions automatically)

Setup

1. Install Volta (if not already installed):

   curl https://get.volta.sh | bash
   

2. Clone the repository

3. Install dependencies (Volta will auto-install the correct Node.js and Yarn versions):

   yarn
   

4. Start the development server:

   yarn dev
   

Future considerations

It would make a lot of sense to transition this project to Tauri from Electron. The app size should drop from ~110MB to ~10MB; however, users on obsolete OSes (with outdated WebViews) will very likely encounter issues. In addition, I would need to learn Rust to rewrite the BE (Electron main code), but at least we can re-use all the React code. The app would be much smaller, faster and memory efficient, but not work for some users. I think it's a worthy tradeoff.

License

AGPL v3 License - see LICENSE file for details