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Home/Categories/Developer Tools/Awesome
icon of Awesome

Awesome

  • 7K stars
  • GPL-2.0
  • Active this month
  • Last commit 8 days ago

Last verified Nov 15, 2026

Run a tiling window manager for X, configured in Lua with keyboard-first layouts, tag-based workspaces, and XCB-backed low latency.

Visit websiteGitHub7K stars
Image for Awesome
TL;DR

Awesome is a framework window manager for X that replaces conventional desktop environments with a keyboard-driven, Lua-configured layout engine. Licensed under GPL-2.0, it runs on any X11 Linux or BSD system and targets developers and power users who want programmatic control over window arrangement. GNOME and KDE ship with mouse-first interfaces; Awesome starts from the keyboard and exposes a documented Lua API over every layout, keybinding, widget, and tag rule you configure.

Read the full breakdownHide the full breakdownWho it is for, how it works, trade-offs, the quick start and the FAQ
who it's for

Who Awesome is for#

Developers running terminal-heavy workflows on Linux

Awesome keeps terminals, editors, and browser windows in fixed positions according to rules defined in Lua, so the layout is consistent from session to session. Keyboard-driven focus switching means no mouse interaction is needed to rearrange windows during a coding session.

Skip if:

Users who primarily work in a single full-screen application will not benefit from tiling. A simple floating window manager or a default desktop environment is a better fit.

System administrators managing multi-monitor X11 workstations

Per-screen tag sets keep groups of monitoring tools, log tails, and dashboards organized across multiple monitors without manual arrangement. Awesome's tag model lets you switch between workstation contexts without moving individual windows.

Skip if:

If the workstation runs Wayland rather than X11, Awesome does not apply. Wayland-native tiling options such as Sway are the relevant alternatives.

Power users who want a programmable, version-controlled desktop

Awesome's Lua API makes it possible to build custom status bar widgets that read from shell commands, DBus endpoints, or Lua libraries. The configuration is a plain source file that can be tracked in git and shared across machines via dotfiles.

Skip if:

Users who want a configured-out-of-the-box experience without writing code should look at a tiling window manager with richer defaults or a full desktop environment like KDE.

the problem

The problem it solves#

Managing multiple windows across multiple monitors on a conventional desktop means constant alt-tabbing, manual resizing, and clicking to change focus. The layout resets every time you open a new application, and time spent on window logistics accumulates into a real productivity cost across a working day.

The underlying issue is that standard Linux desktop environments like GNOME and KDE were designed around pointer devices. Keyboard shortcuts exist but are grafted onto a mouse-first architecture rather than built in from the start. Developers who live in the terminal and run multiple windows simultaneously need their layout to follow consistent rules, not to be managed manually every session.

how Awesome solves it

How it solves it#

Lua configuration API

Every behavior in Awesome is configurable through a documented Lua API. Keybindings, layouts, status bar widgets, tag rules, and notification handling are all defined in `~/.config/awesome/rc.lua`. The API is fully documented at awesomewm.org/apidoc/, and an example configuration (`awesomerc.lua`) ships in the source tree.

Tag-based workspace model

Awesome uses tags instead of traditional workspaces. A window can belong to multiple tags at once, and multiple tags can be displayed on the same screen simultaneously. This lets you create flexible groupings and show cross-cutting views without moving windows between desktops, which is not possible in standard GNOME or KDE workspaces.

Asynchronous XCB library

Awesome uses XCB (the asynchronous X protocol C binding) instead of the older synchronous Xlib. XCB dispatches X requests asynchronously rather than blocking until each server response arrives, reducing latency during heavy X traffic. The project documentation notes this was the first window manager to use XCB.

Real multihead support via XRandR

Each connected monitor gets its own independent set of tags and can run a separate layout. XRandR handles display detection, so plugging in or removing a monitor is handled dynamically. Per-screen tag sets mean your laptop layout and your docked multi-monitor layout are fully independent.

Keyboard-first window management

Every window management operation in Awesome can be performed without touching the mouse: focus movement, layout changes, tag switching, moving windows between tags, and spawning applications all have configurable keybindings. The mouse still functions for users who want it, but no core operation requires it.

strengths · trade-offs

Strengths and trade-offs#

Strengths

  • GPL-2.0 license with no cloud dependencyAwesome is licensed under GPL-2.0, runs entirely locally, and has no network dependencies or telemetry. There is no cloud component, no licensing server, and no vendor to lock you in. You can run it internally for any purpose, modify the source code, and distribute your changes under the same license.
  • Mature, active project with community documentationThe repository shows over 7,000 GitHub stars, 633 forks, and a last commit in November 2026, indicating ongoing maintenance. The project provides a documented API at awesomewm.org/apidoc/, a stable release (version 4.3), and community support via OFTC IRC, Stack Overflow, and Reddit.
  • Version-controlled, auditable configurationBecause the entire desktop configuration is a Lua file, it can be tracked in git, shared across machines via dotfiles, diffed, and reviewed like any other source file. This is not possible with GNOME's or KDE's binary or database-backed configuration systems.

Trade-offs

  • -Requires writing and maintaining Lua configurationAwesome has no graphical settings panel. Getting to a working layout requires editing `rc.lua` and understanding the Lua API. New users who have not written Lua before will spend significant time reading the API documentation before the configuration does what they intend. The default `awesomerc.lua` is functional but minimal.
  • -X11-only: no Wayland supportAwesome runs on X11 (Xorg) and does not support Wayland, the modern display server that ships as the default on most major Linux distributions. Users on systems where Wayland is the default compositor need to switch to an X11 session or choose a Wayland-native tiling compositor such as Sway.
  • -464 open issues on the GitHub trackerThe project's GitHub tracker shows 464 open issues (pull requests excluded). This reflects accumulated bug reports and feature requests on a mature project; some edge cases and hardware or software combinations may require workarounds not documented in the official guides.
versus alternatives

Awesome vs alternatives#

Awesome vs Default Linux Desktop Environments

Awesome is primarily an alternative to conventional Linux desktop environments such as GNOME and KDE Plasma, which ship as defaults on Ubuntu, Fedora, and most major distributions. GNOME and KDE are designed around mouse interaction, offer graphical settings panels, and bundle application suites (file managers, settings apps, notification centers). Awesome replaces the entire window management and layout layer with a Lua-configured, keyboard-first system, with no built-in applications or graphical settings.

FeatureAwesomeGNOME / KDE Plasma
LicenseGPL-2.0GPL / LGPL (open source)
ConfigurationLua fileGraphical settings panel
Primary inputKeyboardMouse with keyboard shortcuts
Wayland supportNo (X11 only)Yes
Built-in appsNoneFile manager, settings, notifications
Learning curveHigh (requires Lua)Low to moderate

Awesome is the better choice for developers who want a consistent, reproducible desktop layout controlled entirely from the keyboard, where every behavior is Lua code they can version-control and audit. GNOME or KDE Plasma is the better fit for users who want Wayland support, a graphical configuration experience, or a workstation setup that does not require writing code.

Awesome vs Paid macOS Window Management Tools

On macOS, paid tools such as Moom ($10, one-time) and Magnet ($3.99, one-time) add tiling and snapping to the macOS window manager, which does not support tiling natively. These tools extend a proprietary commercial platform and work within the constraints macOS imposes.

Awesome operates at a lower level: it replaces the window manager entirely rather than extending a closed system, and runs on any X11 Linux or BSD system at no cost under the GPL-2.0 license. For Linux users, Awesome provides capabilities that no paid macOS tiling tool can match, including programmable layouts, custom Lua widgets, and tag-based workspaces that allow a window to belong to multiple groups at once. The constraint is platform: Awesome requires X11 Linux or BSD, while paid macOS tools work on macOS out of the box.

install · quick start

Quick start#

bash
Build and install Awesome from the source distribution tarball.

```bash
make
sudo make install
```
tech stack · detected from GitHub

What it's built on#

Languages
CLua
frequently asked

FAQ#

Does Awesome support Wayland?

No. Awesome is an X11 (Xorg) window manager and does not run on Wayland. You can run Awesome by selecting an X11 session from your display manager's login screen on most distributions. For a Wayland tiling window manager with similar concepts, Sway is the closest alternative.

How do I configure Awesome?

Create or edit ~/.config/awesome/rc.lua. An example configuration (awesomerc.lua) is included in the source tree and serves as a working starting point. The full API reference is at awesomewm.org/apidoc/. Any error messages Awesome produces are written to ~/.xsession-errors, which is the first place to check when the configuration does not behave as expected.

How do I install Awesome on Linux?

The source tree documents two paths: build from a distribution tarball with make && sudo make install, or generate a .deb or .rpm package with make package and install it with your package manager. For Arch Linux, the AUR provides an awesome-git package. Full build dependencies and options are documented at awesomewm.org/apidoc/documentation/10-building-and-testing.md.html.

What is the difference between Awesome's tags and traditional workspaces?

In traditional desktop environments, workspaces are mutually exclusive: a window lives on exactly one workspace and you view one workspace at a time. Awesome's tags work differently. A window can belong to multiple tags at once, and you can display multiple tags on the same screen simultaneously. This lets you create flexible, overlapping groupings without moving windows between desktops.

Is the Awesome window manager actively maintained?

Yes. The GitHub repository shows the last commit in November 2026 and an active issue tracker with community participation. The project has an IRC channel in #awesome on the OFTC network, a Stack Overflow tag (awesome-wm), and a subreddit. Version 4.3 is the current stable release.

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