Hyprland is a dynamic tiling Wayland compositor that doesn't sacrifice on its looks. It offers a highly customizable and modern desktop experience for Linux systems with beautiful animations, dynamic tiling, and advanced features while maintaining performance.
Allows the server to render presence manifestations (highlights and persistent presences) as overlays on Hyprland via the Vulkan daemon, using wlr-layer-shell/wlr-screencopy.
Enables agents to put sensory stimuli directly into the user's UI through typed, policy-gated actions such as highlighting on-screen content, spawning persistent audio-visual presences, and holding reference artifacts.
6
45 npm
1
MIT
Why this server?
Allows AI agents to control Hyprland workspaces, windows, mouse, keyboard, and take screenshots via MCP.
An MCP server for Hyprland that enables AI agents to control workspaces, windows, mouse, keyboard, and take screenshots on a Wayland desktop.
14
382 PyPI
36
MIT
Why this server?
Provides desktop control for Hyprland, enabling AI agents to interact with windows, workspaces, input (pointer/keyboard), screenshots, and application launching through Hyprland IPC.
Enables AI agents to control Hyprland desktops via MCP, including pointer/keyboard input, screenshots, launching apps, and natural-language window targeting using a local decision model.
14
1
MIT
Why this server?
Provides access to Quickshell's Hyprland-specific QML type documentation (such as HyprlandMonitor and HyprlandWorkspace) and searchable real-world implementation patterns for building Hyprland shells, including workspaces, bars, OSD, IPC, and multi-monitor setups.
Gives AI assistants live, grounded access to official Quickshell documentation, examples, and real-world configs, resolving versions dynamically and citing sources.
15
184 PyPI
MIT
Why this server?
Enables screen capture and input control for the Hyprland tiling Wayland compositor.
Enables AI assistants to automate Wayland desktop environments through screenshot analysis, mouse control, and keyboard input simulation. It supports visual context via VLM providers like Gemini and OpenRouter to perform complex, multi-step desktop actions.
10
67 PyPI
15
GPL 3.0
Why this server?
Provides desktop automation for Hyprland, including screenshots, OCR, mouse and keyboard input, window and workspace management, clipboard access, and app launching.
Enables AI assistants to automate Hyprland desktop environments through screenshots, mouse/keyboard input, window management, workspaces, clipboard, app launching, and OCR.
27
1
MIT
Why this server?
Provides tools for querying and controlling Hyprland windows, layouts, and workspaces: focus, swap, resize, float, fullscreen, close, move between workspaces, tiling modes, grid layouts, and preselect splits.
Enables any LLM to fully control an Omarchy Linux desktop, including themes, apps, screenshots, reminders, audio, brightness, and Hyprland window tiling, with safety guards on destructive operations.
108
1
MIT
Why this server?
Enables capture of Hyprland monitors, active windows, and arbitrary screen regions as PNG images, allowing agents to inspect visual output.
Provides agents with temporary visual capture of Hyprland/Wayland monitors, windows, or regions as PNGs, enabling visual verification and self-correction of UI and desktop tasks.
8
-
Why this server?
Allows AI agents (like Claude) to control the Hyprland window manager, including managing windows, workspaces, monitors, keybinds, notifications, screenshots, app launcher, tags, groups, cursor, blue light filter, and wallpaper.
An MCP server that lets Claude control Hyprland through hyprctl, providing tools for windows, workspaces, monitors, config, keybinds, notifications, screenshots, app launcher, tags, groups, cursor, blue light filter, wallpaper, and raw hyprctl access.
