"And we talk of Christ, we rejoice in Christ, we preach of Christ, we prophesy of Christ, and we write according to our prophecies, that our children may know to what source they may look for a remission of their sins." — 2 Nephi 25:26

Glory, honor, and praise to the Lord Jesus Christ, the source of all truth, forever and ever.

Softpedia Editor's Pick: rated 5/5, Excellent.
"PadForge shines best in its incredibly vast range of supported controller types." (Softpedia's editor review)

PadForge makes any input look like any controller. Plug in a steering wheel. The game sees a PlayStation pad. Use a DualSense. The game sees an Xbox 360. Map your keyboard. The game sees a flight stick. Open a tab on your phone. That tab becomes a gamepad your PC games can use.

Free Windows app. No subscription. No paywall. No nag screens. Built on SDL3, HIDMaestro, OpenXInput, HidHide, Windows MIDI Services, HelixToolkit, WPF UI, and .NET 10.

PadForge is for sim racers running wheels in games that only understand Xbox controllers. For DualSense owners who want adaptive triggers and lightbar effects in Steam games that ignore them. For accessibility users mapping whatever hardware they can use. For anyone whose controller doesn't match what their game expects.

New in 4.0.0. A new look and a stack of new hardware. DualShock 3 controllers now work: plug one in over USB and PadForge binds it with WinUSB on the spot, or pair it over Bluetooth from the Devices page, which installs a signed BthPS3 driver on demand. Sixaxis motion, ten pressure axes, rumble, the player LED, and battery all report. Wii pointer modes turn the Wii Remote's IR camera into an on-screen pointer, with an FPS-mouse mode, aspect-corrected border modes, and a freeze that holds position when the sensor bar leaves view instead of snapping to a corner. Mouse gestures let you hold a mouse button and flick up, down, left, or right to fire an action. Stick Trim lets a stick ramp a held digital trigger into a smooth analog press. SOCD cleaning resolves opposite key presses on the Keyboard & Mouse controller with last-wins (Snap Tap), first-wins, or neutral. Guide button LED brightness dims the Xbox button on Xbox One, Elite, and Series pads over USB, and the 2015 Steam Controller's home LED, fixed or following the battery. Shift layers gain a long-press activation delay and an inactivity auto-cancel. Plus a Text Block macro action that types text a character at a time, Clone Device to copy a device's controls onto an Extended slot in one click, raw Axis N sources up to 24 axes, and a visual overhaul: Ember accent, an instrument-cluster status bar, an active-profile pill, and slot-card heat. Carrying forward from 3.5 and 3.6: Wii Bluetooth pairing, Remote Link across PCs, native wheel force feedback, MIDI in and out, and controller-speaker audio. Wiki.

Powered by HIDMaestro. One driver, 225+ device profiles.

PadForge translates a PS5 DualSense into the Xbox pad a Steam game expects. A Logitech G29 wheel into the gamepad a racing game accepts. A Saitek HOTAS into the gamepad a flight game stubbornly insists on. The game never knows the difference.

Plug a Logitech, Fanatec, or Thrustmaster wheel into a slot and PadForge drives its force feedback in the wheel's own native protocol: constant force plus spring, damper, and friction straight from the game. A dedicated Wheel tab sets rotation range in degrees, auto-center strength, and the RPM shift LEDs. A racing game that only knows how to talk to an Xbox pad now loads your wheel up with real road feel.

One mapping row can read from any number of physical inputs across any number of physical devices. Six combine modes (Strongest, Combined, Average, Either, Both, Only one) plus a drag-and-drop custom formula editor. Cross-device chords so a button on the wheel and a button on the shifter trigger one virtual press. A Primary Mode dropdown sets how the main source reads: Direct, Incremental, Invert On Hold, or Ramp. Ramp builds a stick axis from two keyboard keys. The Up key drives toward +1 and the Down key toward -1, each over an Attack time. Release ramps back to center over a Release time when Autocenter is on, or holds where you left it when off. A Reverse multiplier sets how fast it returns when you press the opposite key.

Stick Trim is a combine mode on the mapping row. Hold a digital trigger to arm it, then a stick sets how hard it presses, from a feather to full. Each row gets its own deadzone and ramp rate, and you choose whether it snaps back to zero the moment you let go. A keyboard bumper becomes a trigger you can modulate.

Assign a device to an Extended slot and click Clone Device. Every button and axis lands on the matching virtual output, straight through, with no per-input mapping. It works even when the device is assigned but unplugged, so you can set the profile up before the controller is plugged in.

Each slot can carry extra mapping tables that turn on while a button, chord, or axis fires. Six activation modes: Hold, Toggle, Latch, Cycle, Sticky, and No Button. Latch presses a layer on and leaves it on. Press it again for Base, or press a different Latch button to switch. Cycle puts a queue of layers under one control. The activator steps forward, a second Previous button steps back through the same list, and that Previous button can sit on another device. Wrap Around loops past the last layer to the first. Include Base folds the resting layer into the rotation or leaves it out. A No Button layer has no activator of its own and exists only to ride a Cycle queue. Each layer carries its own color and emoji icon, and a Win11-style flyout confirms the active layer the moment it engages.

A shift-layer button can wait for a long press. Set a hold-to-fire delay on a Toggle, Latch, or Sticky activator, and a quick tap does its normal job while a hold flips the layer. A Toggle layer can also cancel itself: leave it untouched for the time you set and it drops back to Base on its own, so you never get stranded on the wrong layer.

Reference frames (Local, Player, World). Dual-threshold smoothing. Real-world calibration. A cross-device Aim Engage button, plus a stick gate that wakes the gyro from any stick and any direction, read before the stick's own deadzone so a nudge the game ignores still arms it. Tuning saves per pad per slot, so the same pad on two slots can feel two different ways. Gyro Pitch / Yaw / Roll bind as first-class sources in the mapping table.

Two new mapping sources, Mouse Position X and Mouse Position Y, read where the desktop cursor sits on screen. Center reads zero, and distance from center pushes the stick toward its edge. (That differs from the Mouse Speed X/Y sources, which read how fast the mouse moves.) Each row using a Mouse Position source gets its own Sensitivity, from 0.1 to 5.0. At 1.0 the stick reaches full deflection when the cursor sits 10% of the screen width from center. Raise it for less cursor travel, lower it for more. A Mouse Position source can drive a stick axis, a trigger, or a button. Primary monitor only.

Hold any mouse button and flick. Up, down, left, and right each fire their own action, and a click while you hold fires a fifth. Bind a flick to a button press, a macro, or a shift layer. A three-button mouse turns into a small command pad.

Press two opposite keys together and SOCD cleaning decides what the Keyboard & Mouse controller reports. Last-wins (Snap Tap) takes the key you pressed most recently, first-wins holds the one you pressed first, and neutral cancels both. It runs across every key you've mapped, so left/right and up/down both stay clean.

PadForge passes Xbox impulse trigger data straight to the assigned physical Xbox One, Elite, or Series pad. The same data routes to DualSense as Adaptive Trigger Vibration so a DualSense playing Forza buzzes the triggers in step with an Xbox One pad doing the same. Plus audio-bass-driven trigger rumble and a constant trigger force that resumes when the game stops.

Seven adaptive trigger modes with a live preview that draws the resistance curve as you drag. Fifteen lightbar modes, six of them tied to your system audio (three Audio Pulse variants, three Audio Bands variants). The DualSense lights and triggers light up in games that have never heard of a DualSense.

PadForge sets the Guide button LED brightness on an Xbox One, Elite, or Series pad over USB, and the home LED on the 2015 Steam Controller. Pick a fixed level or let it track the battery, so the button dims as the charge drops. A macro action changes it mid-game.

The DualSense and DualShock 4 have a speaker built into the pad, and PadForge can drive it. Mirror a Windows audio output to the pad, or send a slot's macro sounds straight to it. The DualSense plays over USB or Bluetooth. The DualShock 4 plays over Bluetooth. Each speaker-capable pad gets its own per-slot Audio tab, with a source picker and a master volume. Controllers with haptic actuators instead of a speaker (Joy-Con, Switch Pro, the Steam Controller, the Steam Deck, and the Steam Controller 2026) play the same macro sounds as a vibrating tone, so beeps and short cues come through the grip. A Wii Remote plays them through its own speaker.

A Touchpad tab on every slot whose source carries a touchpad surface (DualSense, DualSense Edge, DS4, Web Controller, on-screen Touchpad Overlay, Windows Precision Touchpad). Map a finger to mouse X/Y with per-axis sensitivity and invert. Anchor a virtual analog stick where your finger lands. Drop a wedge-thresholded D-pad on top. The gesture stack covers 4-way and 8-way swipes, taps, longpress, pinch, rotate, two- to five-finger gestures, and shape templates (Square, Triangle, Z, Checkmark, and Circle in either direction). Every toggle saves per slot.

PadForge runs a tiny web server. Any device with a browser on your Wi-Fi can load it, pick a layout (Xbox 360, DualShock 4, or multi-touch touchpad), and play. Up to 16 phones at once, each a separate virtual pad. Touch buttons, dual analog sticks, an 8-way D-pad. Rumble feedback through the Vibration API. No app to install on the phone.

No phone handy? Turn on Touchpad Overlay from the Dashboard. A transparent on-screen touch surface pins to any monitor and drives the DS4 or DualSense touchpad directly.

Two sim racers on two wheels at once. A flight stick plus throttle plus rudder pedals as one virtual HOTAS. Mixed gamepad types in one session. Up to 16 controllers. One combo press toggles every virtual controller on or off when you need to step away.

Plug a DualShock 3 in over USB and PadForge binds it with WinUSB on the spot, no manual driver dance. To go wireless, open the Devices page and pair it over Bluetooth. PadForge installs a signed BthPS3 driver on demand, and the radio keeps working for everything else. Sixaxis motion runs through the gyro pipeline, and the ten pressure axes, rumble, the player LED, and battery all report. Unplug the pad and PadForge tears the pairing down behind it.

A Wii controller's Bluetooth PIN is six raw bytes, not a string, and it changes with which sync button you press. The Windows pairing prompt can't supply that, so PadForge runs the pairing itself. Open the Devices page, click Pair, and press the red SYNC button under the battery cover. The controller bonds, so it reconnects on any button press from then on. (Hold 1 and 2 instead for a temporary pairing that lasts the session.) The Wii Remote, Remote plus Nunchuk, Classic Controller, and Wii U Pro Controller all map as normal pads through SDL. Accelerometer and Wii Motion Plus gyro run through the gyro pipeline, so gyro-to-mouse, gyro-to-stick, and motion mapping work. Swap a Nunchuk on or off mid-session and PadForge re-identifies it without a restart. Needs a Bluetooth radio on the PC. A Wii Balance Board reports total weight and left-right / front-back lean as mapping sources.

The Wii Remote's IR camera drives an on-screen pointer, mapped to the mouse or a stick. FPS Mouse mode turns it into relative mouse-look for shooters. Border modes correct for your screen's aspect ratio so the edges line up. When the sensor bar leaves the camera's view the pointer freezes where it was instead of snapping to a corner, and you can cycle modes on the fly or bind Set Pointer Mode to a macro.

Remote Link shares devices across the PadForge PCs on your network. A controller, wheel, or HOTAS plugged into one PC shows up in another's PadForge as an ordinary mapping source, takes a slot, and drives a virtual controller the game reads as real hardware. Connect as many PCs as you like, and one shared controller can drive games on several of them at once. It runs both directions at once, and the feedback comes home: rumble, force feedback, adaptive triggers, lightbar, player LEDs, and the controller speaker all play on the physical device wherever it lives. Pair once by matching a six-digit code on both screens, then trusted PCs reconnect on their own the moment they see each other. A gamepad-only switch keeps a paired PC from ever reaching your keyboard, mouse, or macros. It finds PCs on your home network on its own, and reaches across the internet when the PCs share a VPN like ZeroTier.

The built-in DSU / Cemuhook server broadcasts gyroscope and accelerometer on UDP port 26760 so emulators can use real motion for Splatoon, Wii titles, 3DS games, and anything else that asks for it. DualSense, DualShock 4, Switch Pro, and 2026 Steam Controller sources all work out of the box.

Map sticks to Control Change messages. Map buttons to Note On / Note Off. Set velocity per slot. PadForge creates a real Windows MIDI endpoint through Windows MIDI Services that DAWs (Ableton Live, FL Studio, Reaper), VJ tools, and stage lighting apps can subscribe to. No loopMIDI bridge.

PadForge reads MIDI input devices as mapping sources too. Notes, Control Change knobs, pitch bend, and encoder dials from a MIDI keyboard or pad controller bind in the mapping table like any button or axis, so a piano key can press A and a mod wheel can pull a trigger. It rides the same Windows MIDI Services stack the virtual output uses. No bridge software.

Plug in an NFC reader (any PC/SC contactless reader, like an ACR122U) and a tag tap runs a macro. Register a tag from the Devices page: hold it on the reader, give it a name, and it is saved for good. Each tag becomes its own trigger, next to an Any NFC Tag trigger that any tag fires. Map an amiibo, a sticker, or a card to a button combo, a profile switch, or a whole action sequence.

Drop a Text Block into a macro's action sequence and it types out plain text, one character at a time, at a delay you set. Bind it to a button and a chat line, a spawn command, or a wall of config drops in without touching the keyboard.

A Nintendo Switch 2 Joy-Con has an optical sensor on its face. Set it on a desk and slide it. Two new sources, Mouse Motion X and Mouse Motion Y, drive a stick for mouse-look, a button, or the scroll wheel, each with its own Sensitivity from 0.1 to 5.0. The right Joy-Con's IR camera also reports a brightness value you can map, so covering the sensor works like a button.

The media row on a keyboard, a media remote, a headset's transport buttons: PadForge reads them as their own device with named button chips. Map Play/Pause, Mute, Volume, or Next and Previous Track to a virtual button or a macro trigger, same as any other input.

Every wireless pad that reports a battery shows its charge on the Devices page, with a charging glyph while it tops up. Set an Idle Disconnect timer and a Bluetooth controller drops its link after a few quiet minutes, so it sleeps instead of draining on the coffee table. A Disconnect Controller macro turns one off on command, from a chord or a button.

Comparison reflects each tool's shipping release as of July 2026. Verified against each project's own docs and source: x360ce v4.17.15.0 (last release Nov 2020), XOutput v3.32 (archived and deprecated Dec 2024), reWASD v9.4.0 (May 2026), ds4windowsapp/DS4Windows v3.5 (Feb 2026), and Steamworks Documentation (Action Set Layers / Activators / Mode Shifting / Input Source Modes). ⚠️ means the feature exists but is limited or unverified at the level of detail PadForge implements it.

1. Download PadForge.exe from the latest release.
2. Run it. PadForge always runs elevated, so Windows shows the UAC prompt at startup. The first launch installs HIDMaestro inside that same elevated session.
3. Click Add Controller on the Dashboard. Pick Xbox, PlayStation, Extended, MIDI, or Keyboard + Mouse.
4. On the new slot, drag a physical device onto it from the sidebar.
5. Most controllers auto-map on assign. For the rest, click Map All to walk every button in one pass, or use the Mappings tab to bind one at a time.
6. Launch your game. The game sees the virtual controller as real hardware.

Most games "just work" after step 5. If a game sees both your physical and virtual controller at once, install HidHide from Settings → Drivers to hide the physical one.

Polling rate, device count, every virtual controller slot, DSU motion server, web controller server, and driver health on one screen.

Interactive 3D model per profile. Rotate, zoom, pan. Buttons, sticks, and triggers highlight while you press them. Xbox Series profiles add a clickable Share button.

Flat schematic of the same controller, same live state. Useful on small monitors or for streaming overlays.

Record a binding by pressing a button. Pick from a dropdown of every available input (including raw HID buttons past the standard 11). Set Invert, Half-axis, or a per-mapping threshold for axis-to-button activation. A Primary Mode dropdown picks how the source reads: Direct, Incremental, Invert On Hold, or Ramp. Ramp turns an Up key and a Down key into a smooth axis, tuned by Attack, Release, Reverse, and Autocenter.

Six deadzone shapes (Scaled Radial, Radial, Axial, Hybrid, Sloped Scaled Axial, Sloped Axial). Per-axis deadzone, anti-deadzone, linear response, center calibration, and a custom sensitivity-curve editor with unlimited draggable points.

Floor and ceiling per trigger. Anti-deadzone. Sensitivity curves. Live value bars at 0.1% precision.

Per-motor strength, overall gain, motor swap. Live motor activity bars. Audio Bass Rumble captures system audio, isolates bass through a 48 dB/octave filter, and pushes it to the rumble motors. Music feels physical even when the game is silent.

Send the main rumble motors into the trigger motors, one trigger at a time. Duplicate keeps the main motor running, Redirect silences it. Each trigger has its own Source, a 0-200% Scale, and an optional button Activator. Reaches Xbox impulse triggers and DualSense Adaptive Trigger Vibration.

Native force feedback for Logitech, Fanatec, and Thrustmaster wheels: constant force plus spring, damper, and friction from the game. Set rotation range in degrees, auto-center strength, and the RPM shift LEDs. Other force-feedback wheels still work through the generic path.

Seven trigger effect modes. Off, Feedback, Weapon, Vibration, Multi-Position Feedback, Slope Feedback, Multi-Position Vibration. A live preview draws the resistance and amplitude curve while you drag Range, Strength, and Frequency. One-click GameCube preset loads parameters that mimic the click of a real GameCube trigger.

Fifteen lightbar modes including three Audio Pulse variants and three Audio Bands variants that react to system audio in real time. Three Input Reactive variants flash on button presses (Random Color, Cycle Through Palette, Base Color). Strobe is a square-wave flash at the period you set. Battery paints the bar by charge level (red at low, yellow at mid, green at full). Plus the indicator-LED card for player pattern, mute LED, and brightness.

Xbox Guide button LED brightness on an Xbox One, Elite, or Series pad over USB, and the 2015 Steam Controller's home LED. Set a fixed level or let it follow the battery.

Controller speaker output for the DualSense and DualShock 4. Pick a Windows audio output to mirror, route a slot's macro sounds to the pad, and set a master volume. DualSense over USB or Bluetooth, DualShock 4 over Bluetooth.

Per-slot touchpad tuning on any source with a touchpad surface (DualSense, DualSense Edge, DS4, Web Controller, on-screen Touchpad Overlay, Windows Precision Touchpad). Five cards: Stick / D-Pad Output (anchor-relative virtual stick + wedge D-pad), Mouse Output (per-axis sensitivity and invert), Gesture Detection (master enable + cooldown), In-Box Gestures (swipes, taps, longpress, pinch, rotate, two- to five-finger, shape templates), Custom Gestures (recorded shape templates per profile).

The Wii Remote's IR camera as an on-screen pointer. FPS-mouse mode, aspect-corrected border modes, and an off-screen freeze that holds position instead of snapping to a corner.

Combo triggers from buttons, axes, and POV directions. Action sequences with key presses, mouse moves, scroll, delays, system volume, app volume, lightbar overrides, and rumble overrides. Five fire modes (on press, on release, while held, always, custom formula). A macro toolbar duplicates a macro, copies and pastes it into another virtual controller, and pulls every macro from another controller in one step. Mouse-cursor actions snap the pointer to center (Recenter Mouse), pin it at a coordinate (Fix Mouse Position), or fence it inside a rectangle (Limit Mouse Region).

Each profile holds its own mappings, deadzones, force feedback, lighting, and macros. PadForge watches the foreground window and switches profiles automatically when a matching app gains focus. Controller-shortcut combos cycle profiles without touching the keyboard.

Map a controller stick to mouse movement. Map face buttons to WASD. The preview lights up every mapped key and mouse button in real time.

Resolve opposite key presses on the Keyboard & Mouse controller. Last-wins (Snap Tap), first-wins, or neutral, across every mapped key.

Hold a mouse button and flick up, down, left, or right. Each direction, plus a click while held, fires its own action.

Flight sticks, racing wheels, HOTAS, third-party gamepads. 225+ HIDMaestro profiles plus a Custom mode that builds a HID descriptor from scratch. Up to 8 axes, 128 buttons, 4 POV hats. Configurable VID, PID, and product string.

DualShock 4, DualSense, and DualSense Edge through HIDMaestro. Source gyro, accelerometer, touchpad, and battery passed through to the game.

Channel 1-16. Configurable CC mapping, note mapping, and velocity. Axes send Control Change. Buttons send Note On / Off. No loopMIDI required. PadForge creates its own system endpoint via Windows MIDI Services.

A MIDI keyboard or pad controller as a mapping source. Notes, Control Change, pitch bend, and encoder dials bind like buttons and axes. Same Windows MIDI Services stack as the virtual output.

Pick the virtual controller type. Buttons dim when you hit the per-type limit.

Every detected gamepad, joystick, keyboard, mouse, and touchpad as a card. Live raw axes, buttons, POV compass, gyro / accelerometer values, and touchpad finger positions for the selected device. Per-device HidHide toggle and Force Raw Joystick mode for when SDL3 guesses the gamepad layout wrong.

A PlayStation 3 pad over USB (WinUSB) or Bluetooth. Sixaxis motion, ten pressure axes, rumble, player LED, and battery all report.

Pair over Bluetooth from the Devices page. PadForge installs a signed BthPS3 driver on demand and cleans the pairing up when the pad is removed.

Sixaxis accelerometer and gyro through the gyro pipeline: gyro-to-mouse, gyro-to-stick, and the DSU motion server.

Connect a phone or tablet over Wi-Fi. Browser shows an Xbox 360 layout, a DualShock 4 layout, or a multi-touch touchpad layout with virtual sticks, D-pad, triggers, and rumble. Touch the sticks to push them. Tap to click.

Pair your PCs and share their controllers every way. A wheel on one drives a game on another, with rumble, force feedback, adaptive triggers, lightbar, player LEDs, and speaker audio returning to the physical pad. Pair each pair once with a six-digit code. Trusted PCs reconnect on their own.

Language (10 locales, live-switch with no restart). Theme (System / Light / Dark). Polling interval (1-16 ms). Auto-start at login, minimize to tray, master input-hiding toggle.

• PadForge runs elevated so it can install and manage the HIDMaestro driver. Non-elevated games still read the virtual controllers normally.
• HidHide's device hiding is global per user account, not per-game.
• MIDI input and the MIDI virtual controller both need Windows MIDI Services (Windows 11 24H2 / build 26100 or later). On older systems neither appears.

Windows 10 or 11 on x64. The .NET 10 Desktop Runtime is bundled in the single-file release, so there is nothing else to install.

PadForge installs HIDMaestro on first run. HIDMaestro is the engine that creates virtual controllers. Add a slot and HIDMaestro spins up a HID device matching the controller "shape" you picked.

Two more drivers are optional. PadForge offers to install each one only when you need its feature:

OpenXInput is bundled inside PadForge.exe. No separate install. It filters PadForge's own virtual controllers out of its own XInput view so device enumeration stays clean.

dotnet publish PadForge.App/PadForge.App.csproj -c Release

Output: PadForge.App/bin/Release/net10.0-windows10.0.26100.0/win-x64/publish/PadForge.exe

See BUILD.md for project structure, architecture notes, and developer reference. See the wiki for deeper dives into the input pipeline, virtual controller backends, settings file format, and visualization renderer.

PadForge's controller picker is the set of HIDMaestro profiles that ship with a captured HID descriptor. A few controllers are missing their captures, so they don't appear yet. If you own one of those controllers, you can capture it yourself from inside PadForge. No extra tools, no admin.

To capture and use a profile locally:

1. Create or open any Extended-type slot.
2. On the Controller page, click Imported profiles… on the Extended config bar.
3. Under Connected devices available to import, pick your plugged-in device and click Import.
4. The new profile appears in the slot's dropdown with a "(User Generated)" suffix and stays available across every Extended slot from then on.

Profiles live inside PadForge.xml and travel with your settings.

To share a captured profile upstream:

1. In the same dialog, select your imported profile under Your imported profiles.
2. Click Export… and save the JSON.
3. Open a profile contribution issue on HIDMaestro and attach the file. Once merged, the profile ships in the next HIDMaestro release for everyone.

To import a profile someone else captured:

1. Click Import from file… in the same dialog and pick the .json they sent you.

PadForge reads only the HID descriptor during capture. It does not record or forward your controller's input.

PadForge stands on these projects. Please consider supporting them directly.

Knowing PadForge is useful is reward enough. If you truly insist on donating, please donate to your charity of choice and bless humanity. If you can't think of one, consider Humanitarian Services of The Church of Jesus Christ of Latter-day Saints. Also consider donating directly to the upstream projects above. They made all of this possible.

My promise: PadForge will never become paid, freemium, or Patreon early-access paywalled. Free means free.

This project is licensed under CC BY-NC-SA 4.0 (Creative Commons Attribution-NonCommercial-ShareAlike 4.0 International).

• 3D controller models adapted from Handheld Companion (CC BY-NC-SA 4.0). Copyright (c) CasperH2O, Lesueur Benjamin, trippyone.
• 2D controller assets from Gamepad-Asset-Pack (MIT), by AL2009man.
• Original codebase forked from x360ce (MIT).
• SDL3 is licensed under the zlib License.
• HIDMaestro is licensed under the MIT License.
• WPF UI is licensed under the MIT License.
• Windows MIDI Services is licensed under the MIT License.
• HidHide is licensed under the MIT License.
• BthPS3 is licensed under the BSD 3-Clause License. Copyright (c) 2018-2026, Nefarius Software Solutions e.U. PadForge bundles the Microsoft-attestation-signed BthPS3 and BthPS3PSM driver binaries unmodified and installs them on demand for DualShock 3 Bluetooth support. Full license text in LICENSE.
• DsHidMini is licensed under the BSD 3-Clause License. Copyright (c) 2020-2025, Benjamin Höglinger-Stelzer. Protocol reference for the DualShock 3 (sixpair feature reports, Bluetooth output-report template, enable ordering, battery status map). PadForge's implementation is original C#.
• Nefarius.Utilities.DeviceManagement is licensed under the MIT License. By nefarius. Driver-store installation, device class filters, and USB hub port cycling for the DualShock 3 driver setup.
• DualShock 3 Bluetooth research also drew on ScpToolkit, sixad, and transbt (all GPL) as protocol documentation only. PadForge's pairing and reader code is original C# and contains no GPL code.
• OpenXInput ships only an upstream Microsoft-trademark disclaimer (no OSS license grant). Redistributed as-is under the same terms.
• $Q Recognizer is licensed under the BSD 3-Clause License. Copyright (c) 2018-2019, Nathan Magrofuoco, Jacob O. Wobbrock, Radu-Daniel Vatavu, and Lisa Anthony. The touchpad shape-matcher in PadForge.Engine.Touchpad.ShapeRecognizer is a C# re-derivation of the canonical JavaScript reference at depts.washington.edu/acelab/proj/dollar/qdollar.js.
• GestureSign's PointPatternAnalyzer is licensed under the BSD 3-Clause License. Copyright (c) 2016, TransposonY. The angular-margin scoring in PadForge.Engine.Touchpad.AngularMarginRecognizer is a C# re-derivation of that approach.
• Concentus is licensed under the BSD 3-Clause License (the Opus license). By Logan Stromberg, with copyrights held by Skype Limited, Xiph.Org Foundation, and other Opus contributors.
• DualSense Bluetooth speaker audio builds on research by egormanga (SAxense, MPL-2.0), awalol (dualsense-bt-haptics, MIT), and TechAntohere. PadForge's implementation is original C#.
• DualSenseY-v2 by WujekFoliarz served as the behavioral reference for USB controller audio passthrough. It publishes no license. PadForge's implementation is original C#.
• dualsense-tester is licensed under the MIT License. Copyright (c) 2023 Xuezhou Dai (daidr). Reference for the Sony Bluetooth feature-report CRC framing and vendor test commands. PadForge's implementation is original C#.
• DS4AudioStreamer is licensed under the MIT License. By nefarius. Reference for the DualShock 4 Bluetooth audio report framing. PadForge's SBC encoder is an original C# implementation from the public Bluetooth A2DP specification and contains no libsbc (GPL) code.
• ds4mac documentation is licensed under the MIT License. By khallmark. Protocol reference for DualShock 4 audio.
• NAudio is licensed under the MIT License. By Mark Heath and contributors. WASAPI loopback capture for the controller-audio mirror and the audio-bass trigger rumble.
• Bouncy Castle (bc-csharp) provides the Remote Link pairing and transport cryptography (X25519, Ed25519, ChaCha20-Poly1305). Licensed under the Bouncy Castle Licence, an adaptation of the MIT License.
• libusb is licensed under the LGPL-2.1-or-later. PadForge ships the unmodified libusb-1.0.dll beside the exe as a separately replaceable dynamic library. Source: github.com/libusb/libusb. Full license text in LICENSE.
• nipplejs is licensed under the MIT License. Copyright (c) 2014 Yoann Moinet. The Web Controller's touch joystick.
• SDL_GameControllerDB is licensed under the zlib License. PadForge's bundled gamecontrollerdb_padforge.txt extends it and keeps the source citation in its header.
• Zacksly Icon Pack is licensed under CC BY 3.0. By Zacksly (zacksly.itch.io). PadForge's stick and trigger tab icon geometry derives from it.
• xbledctl is licensed under the MIT License. By Leclowndu93150. PadForge's Xbox Guide LED writer derives its \\.\XboxGIP packet layout and device-discovery sequence from it.
• JoyShockMapper and GamepadMotionHelpers are licensed under the MIT License. By JibbSmart (Julian Smart) and Electronicks. PadForge's winding-angle steering and player/world-space gyro conversions are C# ports.
• SteamControllerSinger (by Pila, Roboron3042) and SteamHapticsSinger (by Pila, Crazy, AAGaming) are licensed under the BSD 3-Clause License. PadForge's Steam Controller haptic tone encoder reproduces their report layouts and timing math in original C#.
• hitboxer is licensed under the MIT License. By valignatev. The SOCD-cleaning mode semantics reference. PadForge's state machine is original C#.
• Wii and Xbox protocol documentation also drew on Dolphin (GPL-2.0), DS4Windows (GPL-3.0), xone and xow (GPL-2.0) as documentation only. PadForge's implementations are original C# and contain no GPL code.
• WiimoteLib (Ms-PL, by Brian Peek) and joycon-singer (no license published, by Sergey004) served as behavior documentation for the Wii IR camera, Balance Board, and Joy-Con HD rumble. Facts only, no code copied. See LICENSE for the full license text.