Kartoza Hyprland Desktop Configuration

A standalone NixOS flake for configuring Hyprland desktop environment with Kartoza theming and customizations.

Overview

This flake provides a complete Hyprland desktop environment configuration that can be imported into any NixOS flake. It includes:

Hyprland compositor with window animations and effects
Waybar status bar with modular configuration and working taskbar
Workspace Management: Named workspaces with fuzzel-based switcher
Nwggrid and nwgpanel application launcher
Mako notification daemon with Kartoza theming and custom sound
Fuzzel and other utilities
Complete theming and styling
GNOME Keyring integration with SSH and GPG support
Floating windows by default with optional tiling mode
Secure clipboard management with clipse encryption and fuzzel interface
Desktop zoom functionality for accessibility and presentations
Screen recording with multi-monitor support and audio
Emoji picker with fuzzel search interface
On-screen key display for tutorials and presentations

Usage

Step 1: Add Flake Input

Add this flake as an input to your NixOS configuration:

{
  inputs = {
    hyprland-desktop.url = "github:kartoza/nix-hyprland-desktop";
    # ... other inputs
  };
}

Step 2: Import and Enable Module

Import the module and enable it in your NixOS configuration:

{
  imports = [
    hyprland-desktop.nixosModules.default
    # ... other modules
  ];

  # Enable Kartoza Hyprland Desktop with one line!
  kartoza.hyprland-desktop.enable = true;
}

Step 3: Configure Display Manager (CRITICAL)

IMPORTANT: You must configure your display manager to start Hyprland with the correct configuration file. The module configures greetd as the display manager, but you need to set the initial session command in your user configuration:

{
  # Configure greetd to auto-login with Hyprland
  services.greetd = {
    enable = true;
    settings = {
      default_session = {
        command = "${pkgs.greetd.tuigreet}/bin/tuigreet --time --cmd 'Hyprland --config /etc/xdg/hypr/hyprland.conf'";
        user = "greeter";
      };
      
      # Optional: Auto-login for a specific user
      initial_session = {
        command = "Hyprland --config /etc/xdg/hypr/hyprland.conf";
        user = "your-username";  # Replace with your actual username
      };
    };
  };
}

Critical Parameter:

--config /etc/xdg/hypr/hyprland.conf - Ensures Hyprland uses the module's configuration

Without this parameter, Hyprland will use default configs and the desktop environment may not work correctly.

Step 4: Rebuild System

After configuration, rebuild your system:

sudo nixos-rebuild switch --flake .#your-hostname

Configuration Options

{
  kartoza.hyprland-desktop = {
    enable = true;
    iconTheme = "Papirus";              # Icon theme (default: "Papirus")
    gtkTheme = "Adwaita";               # GTK theme (default: "Adwaita")
    darkTheme = true;                   # Use dark theme (default: true)
    fractionalScaling = 1.25;           # Default scaling factor (default: 1.0)
    qtTheme = "gnome";                  # Qt platform theme (default: "gnome")
    cursorTheme = "Vanilla-DMZ";        # Cursor theme (default: "Vanilla-DMZ")
    cursorSize = 24;                    # Cursor size in pixels (default: 24)
    
    # Per-display scaling overrides
    displayScaling = {
      "eDP-1" = 1.5;    # Laptop screen at 150%
      "DP-9" = 1.0;     # External monitor at 100%
    };
    
    # Keyboard layout configuration
    keyboardLayouts = [ "us" "pt" ];       # Default: US English, Portuguese
    # keyboardLayouts = [ "us" "de" "fr" ]; # Example: US, German, French
    # keyboardLayouts = [ "us" "es" ];      # Example: US, Spanish
    
    # Wallpaper configuration
    wallpaper = "/etc/kartoza-wallpaper.png";          # Default: Kartoza wallpaper
    # wallpaper = "/home/user/Pictures/my-wallpaper.jpg"; # Example: Custom wallpaper
  };
}

Keyboard Layout Configuration

The module provides intelligent keyboard layout management with configurable options:

Features

Multiple Layout Support: Configure any number of keyboard layouts
Smart Toggle: Alt+Shift switches between layouts automatically
Waybar Integration: Shows current layout with proper display names
Auto-Detection: Waybar script reads layouts from Hyprland configuration
Display Name Mapping: Converts layout codes to readable names (us→EN, de→DE, fr→FR, pt→PT, etc.)

Configuration Examples

# Default configuration (US English + Portuguese)
kartoza.hyprland-desktop = {
  enable = true;
  keyboardLayouts = [ "us" "pt" ];
};

# European configuration (US English + German + French)
kartoza.hyprland-desktop = {
  enable = true;
  keyboardLayouts = [ "us" "de" "fr" ];
};

# Spanish configuration
kartoza.hyprland-desktop = {
  enable = true;
  keyboardLayouts = [ "us" "es" ];
};

# Multi-language setup
kartoza.hyprland-desktop = {
  enable = true;
  keyboardLayouts = [ "us" "de" "fr" "it" "pt" ];
};

How It Works

Module Configuration: The keyboardLayouts option generates the Hyprland configuration
Hyprland Setup: Layouts are configured in kb_layout with Alt+Shift toggle (grp:alt_shift_toggle)
Waybar Display: The keyboard layout script reads the Hyprland config and shows the current layout
Toggle Methods:
- Hardware: Press Alt+Shift to cycle through layouts
- GUI: Click the keyboard layout widget in Waybar

Supported Layout Codes

The module supports standard XKB layout codes:

Code	Language	Display Name
`us`	US English	EN
`pt`	Portuguese	PT
`de`	German	DE
`fr`	French	FR
`es`	Spanish	ES
`it`	Italian	IT
`ru`	Russian	RU
`pl`	Polish	PL
`nl`	Dutch	NL
`se`	Swedish	SE
`no`	Norwegian	NO
`dk`	Danish	DK
`fi`	Finnish	FI

For other layouts, the script will display the uppercase layout code (e.g., cz → CZ).

Testing in VM

The test VM is configured with US, German, and French layouts to demonstrate the feature:

./run-vm.sh
# In the VM: Press Alt+Shift to cycle between US, German, French layouts
# Check the Waybar keyboard layout widget for current layout display

Wallpaper Configuration

The module provides unified wallpaper management for both desktop background and lock screen:

Features

Unified Wallpaper: Same image used for desktop background and swaylock
Configurable Path: Override with any image file path
Lock Screen Styling: Swaylock displays wallpaper with beautiful Kartoza-themed overlay
Effects: Lock screen includes blur, vignette, clock, and caps lock indicator
Smart Scaling: Automatically scales wallpaper to fit screen resolution

Configuration Examples

# Default configuration (uses Kartoza wallpaper)
kartoza.hyprland-desktop = {
  enable = true;
  wallpaper = "/etc/kartoza-wallpaper.png"; # Default
};

# Custom wallpaper configuration
kartoza.hyprland-desktop = {
  enable = true;
  wallpaper = "/home/user/Pictures/my-wallpaper.jpg";
};

# Network wallpaper (downloaded separately)
kartoza.hyprland-desktop = {
  enable = true;
  wallpaper = "/usr/share/backgrounds/nature.jpg";
};

Supported Image Formats

Swaylock and swww support common image formats:

PNG (.png)
JPEG (.jpg, .jpeg)
BMP (.bmp)
WEBP (.webp)

Lock Screen Features

The swaylock configuration includes:

Clock Display: Shows current time and date
Keyboard Layout: Shows current layout indicator
Kartoza Theme: Blue and orange color scheme matching desktop
Visual Effects: Blur effect on wallpaper, vignette overlay
Security Features: Caps lock indicator, wrong password feedback
Accessibility: Large, readable fonts and clear visual indicators

Testing Wallpaper

To test the wallpaper configuration:

# Test desktop wallpaper change
swww img /path/to/your/wallpaper.jpg

# Test lock screen wallpaper (Ctrl+Alt+L to lock)
swaylock -c /etc/xdg/swaylock/config

Notification Daemon

The module uses Mako as the notification daemon, providing lightweight desktop notifications with Kartoza theming.

Features

Lightweight and minimal resource usage
Simple popup notifications with action button support
Custom Kartoza branding and color scheme
Custom notification sound
Configuration via XDG config directories

Customizing Notifications

Mako configuration can be customized by copying the system config to your home directory:

# Override Mako configuration
cp /etc/xdg/mako/kartoza ~/.config/mako/config
# Edit ~/.config/mako/config

# Override notification sound
mkdir -p ~/.config/mako/sounds
cp your-custom-sound.wav ~/.config/mako/sounds/notification.wav

Workspace Management

The module provides a comprehensive workspace management system with named workspaces and fuzzel-based switching.

Features

Named Workspaces: Each workspace has a meaningful name (Browser, Chat, Terminal, etc.)
Fuzzel Integration: Beautiful graphical workspace selector with fuzzel
Waybar Widget: Clickable workspace indicator in status bar with working taskbar
Window Management: Click taskbar icons to focus windows, middle-click to close
Keyboard Shortcuts: Multiple ways to switch workspaces
Change Tracking: Automatic logging when switching workspaces using hyprctl
User Customizable: Override workspace names easily
Floating Mode: Windows spawn in floating mode by default (Super+F to toggle tiling)

Default Workspace Layout

The system provides a 3×3 workspace grid with meaningful default names:

┌─────────────┬─────────────┬─────────────┐
│ 1: Browser  │ 2: Chat     │ 3: Terminal │
├─────────────┼─────────────┼─────────────┤
│ 4: Project1 │ 5: Project2 │ 6: Media    │
├─────────────┼─────────────┼─────────────┤
│ 7: Documents│ 8: Games    │ 9: System   │
└─────────────┴─────────────┴─────────────┘

Usage

Keyboard Shortcuts

Super + S - Open fuzzel workspace switcher (primary method)
Super + 1-9 - Switch directly to workspace 1-9
Super + Shift + 1-9 - Move current window to workspace 1-9
Ctrl + Super + Arrow Keys - Navigate workspace grid
Super + Shift + Ctrl + Arrows - Move window in workspace grid

Waybar Integration

The waybar displays a workspace widget showing:

Current workspace number and name (e.g., "2: Chat")
Click to open fuzzel workspace switcher
Auto-updates when workspace changes
Styled with Kartoza theme colors

Managing Workspace Names

# Show current workspace
workspace-names.sh current

# List all workspace names  
workspace-names.sh list

# Rename a workspace
workspace-names.sh set 1 "Web Browser"
workspace-names.sh set 4 "Development"

# Get specific workspace name
workspace-names.sh get 2

Customization

Custom Workspace Names

Override the default workspace names by copying and editing the configuration:

# Copy system config to user directory
mkdir -p ~/.config/hypr
cp /etc/xdg/hypr/workspace-names.conf ~/.config/hypr/

# Edit workspace names (format: workspace_number=workspace_name)
cat >> ~/.config/hypr/workspace-names.conf << EOF
0=My Browser
1=Slack & Teams
2=Terminal Work
3=Main Project
4=Side Project
5=Entertainment
6=File Management
7=Gaming
8=System Admin
EOF

Adding Workspace Change Hooks

The system calls workspace-changed.sh whenever workspace changes. You can override this script to add custom actions:

# Copy and customize the workspace change hook
cp /etc/xdg/hypr/scripts/workspace-changed.sh ~/.config/hypr/scripts/

# Edit to add your custom logic:
# - Change wallpaper per workspace
# - Start/stop applications
# - Adjust system settings
# - etc.

Behind the Scenes

The workspace management system consists of:

workspace-switcher.sh - Fuzzel-based workspace selector
workspace-names.sh - Name management utility
workspace-changed.sh - Change trigger hook
workspace-display.sh - Waybar widget script
workspace-names.conf - Name mappings configuration

All scripts support XDG user overrides and follow the same override patterns as other configuration files.

Productivity & Accessibility Tools

The module includes several integrated tools for productivity and accessibility, all using fuzzel interfaces with consistent Kartoza theming:

Secure Clipboard Manager

Keybinding: Super + , (comma)
Technology: clipse + fuzzel integration
Features:
- Encrypted clipboard history storage
- Beautiful fuzzel interface with numbered entries
- Preview of clipboard content with newline indicators
- Secure storage protects sensitive data

Emoji Picker

Keybinding: Super + . (period)
Technology: fuzzel + comprehensive emoji database
Features:
- Searchable emoji database with descriptions
- Types emoji at cursor and copies to clipboard
- Fuzzel interface with consistent theming
- Supports all Unicode emoji categories

Screen Recording

Keybinding: Ctrl + 6
Technology: wf-recorder with Hyprland integration
Features:
- Toggle recording on/off with single keybind
- Multi-monitor support (records focused monitor)
- Audio recording included
- High-quality H.264 encoding
- Saves to ~/Videos/Screencasts/ with timestamped names
- Visual notifications for recording status

Desktop Zoom (Accessibility)

Keybindings:
- Super + Shift + Scroll Up - Zoom in
- Super + Shift + Scroll Down - Zoom out
- Super + Shift + Z - Reset zoom to 1x
Technology: Hyprland cursor zoom feature
Features:
- Real-time desktop magnification like Wayfire
- Perfect for accessibility needs
- Great for screencasts and presentations
- Smooth zoom transitions
- No performance impact when not zooming

On-Screen Key Display

Keybinding: Ctrl + Super + K
Technology: wshowkeys with Kartoza theming
Features:
- Shows pressed keys on screen
- Perfect for tutorials and presentations
- Kartoza color scheme integration
- Toggle on/off functionality
- Customizable position and appearance

Usage Examples

# Show clipboard history
Super + ,

# Insert emoji at cursor
Super + .

# Start/stop screen recording  
Ctrl + 6

# Zoom in for accessibility/presentations
Super + Shift + Scroll Up

# Show keys for tutorial recording
Ctrl + Super + K

Customization

All tools respect XDG configuration overrides. You can customize:

# Customize clipboard settings
cp /etc/xdg/hypr/scripts/clipboard.sh ~/.config/hypr/scripts/
# Edit ~/.config/hypr/scripts/clipboard.sh

# Customize emoji picker
cp /etc/xdg/fuzzel/fuzzel-emoji ~/.config/fuzzel/
# Edit ~/.config/fuzzel/fuzzel-emoji

# Customize wshowkeys appearance
cp /etc/xdg/hypr/scripts/wshowkeys-toggle.sh ~/.config/hypr/scripts/
# Edit font, colors, position in ~/.config/hypr/scripts/wshowkeys-toggle.sh

Customizing Dotfiles

This module deploys configuration files to /etc/xdg/ for system-wide availability. Users can override these configurations by creating local dotfiles in their home directories.

Override Priority

Configuration files are loaded in this order (highest to lowest priority):

User home directory: ~/.config/hypr/, ~/.config/waybar/, etc.
System XDG config: /etc/xdg/hypr/, /etc/xdg/waybar/, etc. (this module)
Application defaults: Built-in application defaults

How to Override System Dotfiles

Method 1: Copy and Modify (Recommended)

Copy the system configurations to your home directory and modify them:

# Copy hyprland config for customization
mkdir -p ~/.config/hypr
cp /etc/xdg/hypr/hyprland.conf ~/.config/hypr/
# Edit ~/.config/hypr/hyprland.conf as needed

# Copy waybar config for customization  
mkdir -p ~/.config/waybar
cp /etc/xdg/waybar/config ~/.config/waybar/
cp /etc/xdg/waybar/style.css ~/.config/waybar/
# Edit ~/.config/waybar/ files as needed

# Copy mako config for customization
mkdir -p ~/.config/mako  
cp /etc/xdg/mako/kartoza ~/.config/mako/config
# Edit ~/.config/mako/config as needed

Method 2: Selective Overrides

You can override specific applications without copying entire configurations:

Hyprland: Create ~/.config/hypr/hyprland.conf with your custom configuration. You can include the system config and add overrides, or replace it entirely.

Waybar: Create ~/.config/waybar/ with your own config and style.css. For modular waybar configs, you can also copy the config.d/ directory and modify specific modules.

Mako: Create ~/.config/mako/config with your notification preferences.

Method 3: Environment-Specific Configurations

For different environments (work, home, etc.), you can customize Hyprland configuration:

# In ~/.config/hypr/hyprland.conf

# Include the system config as base
source=/etc/xdg/hypr/hyprland.conf

# Override specific settings
general {
    layout = master  # Use master layout instead of dwindle
}

# Add custom keybinds
bind = $mainMod, T, exec, alacritty  # Use alacritty instead of kitty

# Override window rules
windowrulev2 = tile, class:.*  # Tile all windows by default instead of floating

Method 4: Waybar Modular Override

For waybar specifically, you can override individual modules:

# Copy the modular config system
mkdir -p ~/.config/waybar/config.d
cp -r /etc/xdg/waybar/config.d/* ~/.config/waybar/config.d/

# Modify specific modules
echo '{
  "custom/my-widget": {
    "format": "My Custom Widget",
    "on-click": "my-command"
  }
}' > ~/.config/waybar/config.d/99-my-custom-widget.json

# Rebuild the config (run this after making changes)
cd ~/.config/waybar
/etc/xdg/waybar/build-config.sh

# Restart waybar to apply changes
killall waybar
waybar &

Important Notes

Backup your changes: User configurations are not managed by Nix, so back them up separately
System updates: When this module is updated, you may want to compare your local configs with the new system configs
Script paths: If you copy scripts, update their paths in your local configs to point to your home directory
Restarting services: After changing configs, restart the relevant applications (waybar, mako, etc.)

Dependencies

None! This module is completely self-contained and doesn't require any external configuration.

Structure

modules/hyprland-desktop.nix - Main NixOS module
dotfiles/ - Configuration files for Hyprland and related applications
resources/ - Images and other static resources

Development

Local Development Setup

Enter development shell:

nix develop

Format code:

nix fmt

Testing with QEMU VM

You can test the desktop environment in a VM without affecting your main system:

# Run the test VM (builds automatically)
./run-vm.sh

# Or run directly:
nix run .#nixosConfigurations.vm-test.config.system.build.vm

The VM includes:

4GB RAM, 4 CPU cores, 8GB disk
Auto-login as testuser (password: test)
Full Hyprland desktop with all components including working taskbar
Hardware-accelerated graphics (1920x1080)
Basic applications for testing (Firefox, file manager, terminal)
Floating windows by default with tiling mode available (Super+F)

Testing Changes on Existing NixOS Systems

If you're running a NixOS system that already imports this flake, you can test local changes before committing:

Method 1: Local Path Override (Recommended for Development)

In your main system flake, temporarily override the hyprland-desktop input to point to your local development copy:

{
  inputs = {
    hyprland-desktop.url = "path:/path/to/your/local/nix-hyprland-desktop";
    # Or use a relative path if your system flake is in a parent directory:
    # hyprland-desktop.url = "path:./nix-hyprland-desktop";
    # ... other inputs
  };
}

Then rebuild your system:

sudo nixos-rebuild switch --flake .#your-hostname

Method 2: Update Flake Input After Remote Changes

If you've pushed changes to the remote repository:

# In your system flake directory, update only this flake
nix flake lock --update-input hyprland-desktop

# Then rebuild
sudo nixos-rebuild switch --flake .#your-hostname

Method 3: Branch Testing

Create a branch with your changes and test it:

# In this repository
git checkout -b feature/my-changes
git add . && git commit -m "Test changes"

# In your system flake, temporarily change the input
# hyprland-desktop.url = "github:kartoza/nix-hyprland-desktop/feature/my-changes";

Method 4: Quick Waybar Configuration Testing

For rapid waybar configuration testing without full system rebuilds:

cd /path/to/nix-hyprland-desktop/dotfiles/waybar

# Build the modular config
./build-config.sh

# Test waybar with your changes (creates temporary second instance)
waybar -c config -s style.css --log-level debug

This method is useful for CSS styling and layout changes, but won't reflect module-level changes.

Deploying Changes

For Development/Testing Systems

Make changes in this repository
Use local path override method above
Test with sudo nixos-rebuild switch

For Production Deployment

Commit and push changes to a branch
Test the branch using Method 3 above
Create a pull request and merge to main
Update your system flake to use the new commit:
```
nix flake lock --update-input hyprland-desktop
```
Deploy with sudo nixos-rebuild switch

Configuration Deployment to User Home

After system rebuild, configuration files are available system-wide in /etc. To deploy them to user home directories:

deploy-hyprland-configs

This is useful when users want to customize configurations locally.

Security & Authentication

SSH and GPG Key Management

This configuration provides seamless integration between SSH/GPG keys and the GNOME Keyring:

Features

Automatic unlock: GPG keys become available when you unlock your keychain at login
SSH agent integration: SSH keys stored in GNOME Keyring are automatically available
GUI password prompts: Uses pinentry-gnome3 for secure password entry
Session persistence: Keys remain unlocked for the duration of your session

How It Works

At Login: PAM automatically unlocks GNOME Keyring using your login password
GPG Integration: The GPG agent connects to the keyring and uses GUI prompts for passwords
SSH Integration: SSH agent socket is exposed via SSH_AUTH_SOCK environment variable

Manual Keyring Management

If you need to manually unlock your keyring (e.g., after screen lock):

unlock-keyring

This script will:

Check if GNOME Keyring is running
Prompt for your password if the keyring is locked
Connect the GPG agent to the newly unlocked keyring
Display status notifications

Adding SSH Keys

To add SSH keys to the keyring:

ssh-add ~/.ssh/your_private_key

Adding GPG Keys

GPG keys are automatically detected when stored in ~/.gnupg/. The configuration includes:

Keyserver: Uses hkps://keys.openpgp.org for key retrieval
Caching: Keys are cached for 8 hours (28800 seconds)
Auto-retrieval: Automatically downloads missing public keys when needed

Configuration Files

The system automatically creates GPG configuration files in your home directory:

~/.gnupg/gpg-agent.conf: GPG agent configuration with GUI pinentry
~/.gnupg/gpg.conf: Basic GPG settings with keyserver configuration

These files are created automatically by the deploy-hyprland-configs script if they don't already exist.

Troubleshooting

GPG keys not accessible:

# Check GPG agent status
gpg-connect-agent 'keyinfo --list' /bye

# Restart GPG agent if needed
gpg-connect-agent killagent /bye
gpg-connect-agent /bye

SSH keys not loading:

# Check SSH agent
echo $SSH_AUTH_SOCK
ssh-add -l

# If keyring SSH agent isn't working, check:
pgrep gnome-keyring-daemon

Keyring not unlocking:

Ensure your user password matches your keyring password
The keyring password is typically set to your login password during first login
Use seahorse (GNOME Passwords and Keys) to manage keyring passwords if needed

Name		Name	Last commit message	Last commit date
Latest commit History 80 Commits
.claude		.claude
dotfiles		dotfiles
modules		modules
resources		resources
scripts		scripts
utils		utils
.gitignore		.gitignore
CLAUDE.md		CLAUDE.md
README.md		README.md
flake.lock		flake.lock
flake.nix		flake.nix
hyprland-cheatsheet-1.png		hyprland-cheatsheet-1.png
hyprland-cheatsheet.odt		hyprland-cheatsheet.odt
hyprland-cheatsheet.pdf		hyprland-cheatsheet.pdf
hyprland-cheatsheet.png		hyprland-cheatsheet.png
hyprland-keybinds-cheat-sheet.md		hyprland-keybinds-cheat-sheet.md
run-vm.sh		run-vm.sh
screenshot.png		screenshot.png
vm-test.nix		vm-test.nix

kartoza/nix-wayfire-desktop

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Kartoza Hyprland Desktop Configuration

Overview

Usage

Step 1: Add Flake Input

Step 2: Import and Enable Module

Step 3: Configure Display Manager (CRITICAL)

Step 4: Rebuild System

Configuration Options

Keyboard Layout Configuration

Features

Configuration Examples

How It Works

Supported Layout Codes

Testing in VM

Wallpaper Configuration

Features

Configuration Examples

Supported Image Formats

Lock Screen Features

Testing Wallpaper

Notification Daemon

Features

Customizing Notifications

Workspace Management

Features

Default Workspace Layout

Usage

Keyboard Shortcuts

Waybar Integration

Managing Workspace Names

Customization

Custom Workspace Names

Adding Workspace Change Hooks

Behind the Scenes

Productivity & Accessibility Tools

Secure Clipboard Manager

Emoji Picker

Screen Recording

Desktop Zoom (Accessibility)

On-Screen Key Display

Usage Examples

Customization

Customizing Dotfiles

Override Priority

How to Override System Dotfiles

Method 1: Copy and Modify (Recommended)

Method 2: Selective Overrides

Method 3: Environment-Specific Configurations

Method 4: Waybar Modular Override

Important Notes

Dependencies

Structure

Development

Local Development Setup

Testing with QEMU VM

Testing Changes on Existing NixOS Systems

Method 1: Local Path Override (Recommended for Development)

Method 2: Update Flake Input After Remote Changes

Method 3: Branch Testing

Method 4: Quick Waybar Configuration Testing

Deploying Changes

For Development/Testing Systems

For Production Deployment

Configuration Deployment to User Home

Security & Authentication

SSH and GPG Key Management

Features

How It Works

Manual Keyring Management

Adding SSH Keys

Adding GPG Keys

Configuration Files

Troubleshooting

About

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