Multiple cursors.
Multiple users.
One PC.

Turn any single-player game into local multiplayer on one PC

Turn one screen into instant local multiplayer, with no extra PCs or consoles to buy and maintain. Schools, youth clubs and gaming cafes already set it up this way.

Give each player their own mouse and keyboard, so you can share a screen and play together without a second computer.

Families jump into Roblox or Minecraft side by side, friends grind RuneScape or Path of Exile together, and retro fans run proper multiplayer through emulators like DuckStation, PCSX2 or SNES9x. It works with most titles out of the box.

Put a full crew on one simulator, each with their own cursor and controls

Put a full crew on one simulator and cut hardware cost while keeping every operator hands-on. Air-traffic-control trainers, aerospace teams and flight-sim builders already rely on it.

MouseMux reaches well beyond gaming. Air-traffic-control simulator makers, aerospace teams and professional training providers use it to put several operators on one simulator at once, each with their own cursor and controls, from tower and radar trainers to cockpit and engineering rigs.

There is also a big and growing community of flight-sim enthusiasts. A full crew can fly Microsoft Flight Simulator, DCS World or X-Plane together, each on their own controls, and solo pilots often dedicate one mouse to flying the cockpit and a second to free-look and the camera.

Bring remote operators onto one shared workstation, each with their own cursor and their own browser

Let several people, in the room or remote, work on one machine at once and share tools and IP-locked sites without buying a seat for everyone. Distributed and support teams use it every day.

Remote work does not have to mean one person in control while everyone else just watches. With MouseMux, several people can drive the same Windows PC at once, whether they are in the room or connecting from across the world.

Remote operators connect over RustDesk and each get their own cursor, your team collaborates on a shared canvas with the Screen Matrix app, and remote users can each work in their own isolated browser, even on sites locked to a single IP address.

Run a shared service counter on one PC, with whatever mix of hardware the job needs

Turn a single station into a proper two-sided service desk, where the clerk and the customer each work on one shared PC. Reception, retail and support counters run it this way.

Put a clerk and a customer on the same machine, each with their own screen, mouse and cursor, so the person behind the desk and the person in front of it can both interact at once.

MouseMux acts as the input director: it turns any input device into its own user, so unusual counter hardware just works. Barcode scanners, signature pads, foot pedals, numeric keypads, touchscreens and pens can all run side by side on a single PC, each locked to the right app.

Run macros on separate virtual cursors and keyboards while you keep working on yours

Run macros and tools on their own cursor while staff keep working, automating the repetitive parts without tying up a whole machine. Operations and QA teams use it to free up people and hardware.

Automation scripts and macros operate on their own independent cursor, so they never hijack your mouse or keyboard.

Your macro fills out forms, clicks through UI sequences, or executes repetitive platform actions on one cursor while you keep reviewing documents, logging results, or doing actual work on another.

One user, total control over every input device

Squeeze far more out of the hardware you already own. Every device gets its own acceleration, speed, buttons, wheel, conversion, lock and cursor look: a depth of per-device control no single-cursor setup comes close to. Professionals and serious power users lean on it daily.

You do not need a second person to benefit from MouseMux. Open any device's configuration and tune exactly how it behaves: choose or emulate its acceleration curve, set independent X and Y pointer speed, swap buttons and adjust double-click timing, and dial in wheel speed, direction and horizontal scrolling.

Then go further per device: convert input types (mouse to pen, pen to touch, gamepad to mouse), emulate pen pressure and touch, lock a device to a single monitor or window, attach a magnifier, replicate its actions onto extra cursors, and give it its own color, size, tags and one-click macros. The Advanced tree exposes every option MouseMux has.

Get multiple operators on one presentation machine, so nothing falls through the cracks

Run one presentation machine with several operators, so slides, demos and backup are handled live and nothing falls through the cracks. Conference, corporate and AV teams rely on it.

Let multiple people control the same presentation computer at once, each with their own mouse and keyboard.

One person advances slides while another handles demos, queues up assets, or troubleshoots issues in real time.

Whether it's a keynote, an investor meeting, a classroom lecture, or a live broadcast, your team can react independently and instantly instead of passing control back and forth through a single cursor.

Multiple operators, one shared workstation. Full parallel control over critical systems

Share one critical workstation across multiple operators, with full parallel control and none of the cost and complexity of extra hardware. Control rooms and plants run it this way.

Enable several operators to interact with the same control room workstation simultaneously, each through their own dedicated mouse and keyboard.

One operator monitors an HMI panel while another responds to alarms or adjusts process parameters, all without waiting for a turn or adding expensive hardware.

It fits naturally into manufacturing floors, power generation plants, refining and fabrication control rooms, and facility operations.

Own every inch of your screen estate when trades come down to a split second

In trading, choices come down to microseconds, and a single cursor crawling across a wall of monitors is time you do not have. Give every screen its own dedicated, tagged and colored cursor that fires the action you need on the spot. Trading desks set it up exactly like this.

Plug in a mouse for every screen and MouseMux gives each one its own pointer, locked to that monitor or window. There is no shared cursor to drag around, so the right control is always under the right hand.

Every cursor can be color-coded and given its own badge, so a glance tells you which pointer drives which screen: execution on one, the order book on another, your watchlist and positions on the others. And you can bind a cursor to macros, so a single click fires a pre-set order, closes a position or runs a whole sequence, exactly when you decide to act.