deskbrid

mcp-name: io.github.coe0718/deskbrid

📖 Documentation | API Reference | Architecture | v1.0.0 Release Notes

The HAL your Linux desktop agents are missing.

Deskbrid is a single Rust binary that auto-detects your desktop environment and wraps it into a JSON-over-Unix-socket protocol. GNOME, Hyprland, KDE, COSMIC, Sway, Niri, Wayfire, Labwc, Cinnamon, MATE — one daemon, one protocol, one binary.

# Human
deskbrid windows list
deskbrid clipboard read

# Agent (same socket)
{"action": "windows.list"}  →  [{"title": "VS Code", "app_id": "code", ...}]

Table of Contents

• Why Deskbrid

• Supported Desktops

• Installation

• Quick Start

• Features

• Protocol

• Python Client

• MCP Integration

Related MCP server: Wayland MCP Server

Why Deskbrid

Every major AI lab is racing to ship desktop agents. AppleScript gives macOS agents native control. Windows has UI Automation. Linux has xdotool — which breaks on Wayland, the default display protocol for every major distro.

Deskbrid fills that gap. It auto-detects your compositor and loads the right backend — GNOME (Mutter RemoteDesktop DBus), Hyprland (hyprctl + ydotool + grim), KDE (KWin D-Bus + ydotool + spectacle), wlroots-style compositors, or shared X11. Same binary, same protocol, same socket.

Dashboard

Deskbrid ships with a built-in web dashboard at localhost:20129 — system info, monitors, windows, network, audio, clipboard, and an audit log of agent actions, all live:

🔴 Live Demo →

Supported Desktops

Honest coverage: Deskbrid works well on GNOME, KDE, Hyprland, and Sway — tested on real hardware (Turtle, a 2014 Haswell laptop). The other seven backends have code but zero runtime verification. Even within core backends, support is uneven: Hyprland lacks windows.minimize and monitor.set_primary, COSMIC lacks window move/resize and tiling, Labwc lacks move/resize, minimize, tile, and primary monitor control. Stubbed actions (ui.tree.get, ui.element.click, bluetooth.pair) return "not supported." This is broad but partial Linux desktop automation, not universal cross-desktop control. See the full DE Test Matrix for per-action, per-compositor detail.

Installation

One-liner install (recommended):

bash <(curl -fsSL https://deskbrid.patchhive.dev/install.sh)

Auto-detects your distro and desktop environment, installs dependencies, sets up uinput, and downloads the binary.

Manual installation:

Download the latest release tarball from the releases page:

ARCH=$(uname -m)
case "$ARCH" in x86_64) ARCH="x86_64-unknown-linux-gnu";; aarch64|arm64) ARCH="aarch64-unknown-linux-gnu";; esac
curl -LO "https://github.com/coe0718/deskbrid/releases/latest/download/deskbrid-${ARCH}.tar.gz"
curl -LO "https://github.com/coe0718/deskbrid/releases/latest/download/deskbrid-${ARCH}.tar.gz.sha256"
sha256sum -c "deskbrid-${ARCH}.tar.gz.sha256"
tar -xzf "deskbrid-${ARCH}.tar.gz"
sudo mv deskbrid /usr/local/bin/
chmod +x /usr/local/bin/deskbrid

Or build from source:

git clone https://github.com/coe0718/deskbrid
cd deskbrid
cargo build --release
sudo cp target/release/deskbrid /usr/local/bin/

Desktop Setup

GNOME:

sudo apt install -y grim wl-clipboard python3-gi gstreamer1.0-tools gstreamer1.0-pipewire
deskbrid setup

Hyprland (and other standalone Wayland compositors — Sway, Niri, Wayfire, Labwc):

sudo pacman -S grim wl-clipboard ydotool
echo 'KERNEL=="uinput", GROUP="input", MODE="0660"' | sudo tee /etc/udev/rules.d/99-input.rules
sudo usermod -aG input $USER

⚠️ Standalone Wayland compositors don't ship a notification daemon. Deskbrid's notify send will hang without one. Install dunst, mako, or swaync and add it to your compositor's autostart.

KDE Plasma:

sudo apt install spectacle imagemagick wl-clipboard ydotool

Quick Start

deskbrid daemon &

deskbrid windows list          # List open windows
deskbrid clipboard read        # Read clipboard
deskbrid screenshot            # Take screenshot
deskbrid system info           # Get system info
deskbrid windows focus --app code  # Focus VS Code
deskbrid input keyboard type "Hello!"  # Type text

Features

Windows & Workspaces

Input & Clipboard

Screenshots & Media

System & Services

Network & Bluetooth

Protocol

Deskbrid uses JSON-over-Unix-socket. See PROTOCOL.md for the complete specification.

→ {"action": "windows.list"}
← {"type": "response", "status": "ok", "data": [{"title": "VS Code", ...}]}

→ {"action": "windows.focus", "window_id": "code"}
← {"type": "response", "status": "ok"}

Events

Subscribe to real-time updates:

{"action": "subscribe", "events": ["file.*"]}

Python Client

from deskbrid import Deskbrid

client = Deskbrid()

# List and focus VS Code
windows = client.windows_list()
code_window = next((w for w in windows if w.app_id == 'code'), None)
if code_window:
    client.focus_window(app_id='code')
    client.type_text("Fixed the bug!\n")

# Subscribe to events
@client.on("file.*")
def on_file_change(event):
    print(f"File changed: {event['path']}")

MCP Integration

Deskbrid exposes a full Model Context Protocol server for AI coding tools:

deskbrid mcp

Hermes Agent (built-in skill)

Deskbrid ships with a Hermes skill for one-command setup. In any Hermes session:

/deskbrid-hermes-mcp

Or from the terminal:

hermes mcp add deskbrid --command "deskbrid mcp"
hermes mcp test deskbrid
# → ✓ deskbrid: connected

After a session restart (/reset), the agent gains 100+ Linux desktop control tools.

Claude Desktop

~/.config/Claude/claude_desktop_config.json:

{
  "mcpServers": {
    "deskbrid": {
      "command": "/usr/local/bin/deskbrid",
      "args": ["mcp"]
    }
  }
}

Codex / Cursor / any MCP client

Configure the MCP server with command deskbrid mcp — the protocol is standard JSON-RPC over stdio.

Available MCP tools (100+ across 20 categories): windows, input, clipboard, screenshots, system, AT-SPI accessibility, terminal PTY, files, audio, network, MPRIS, print, notifications, keyring, rules, confirmation, agent messaging, search, macros, capabilities.

Compared to Alternatives

License

MIT

How This Started

Deskbrid began with Tuck — an autonomous agent that needed to control a real Linux desktop. When the community asked for Hyprland support, Tuck asked Jeremy for a bare Arch Linux box with SSH and sudo. He installed Hyprland himself and built the backend from inside the environment he just configured.

The first working demo was a Telegram message: Tuck focused a window and typed "Hello from the other side" in under 60 seconds. That moment — an agent controlling a real desktop through a Unix socket — became Deskbrid. It's built for agents first: same protocol for humans on the CLI, same socket for AIs, one binary that works everywhere.