Sony · Filed Nov 13, 2025 · Published Oct 29, 2026

Sony Files Patent to Keep Controller Buttons Usable While You Rearrange Them

Sony Interactive Entertainment has filed a patent for a simple safety net: when you reprogram an adaptive controller, a couple of buttons stay locked to "confirm" and "cancel" so you can never trap yourself in the menu.

An accessible gaming controller with customizable buttons arranged in a ring around a center dial and a joystick. Drawing from patent filing US 2026/0335760 A1.
An accessible gaming controller with customizable buttons arranged in a ring around a center dial and a joystick.
See all 18 drawings from this filing ↓
Publication number US 2026/0335760 A1 US20260335760A1
Applicant Sony Interactive Entertainment Inc.
Filing date Nov 13, 2025
Publication date Oct 29, 2026
Inventors Yuka Mizuta, Makoto Nishida, Shoi Yonetomi, Yurika Kondo
US classification 463/37
Status when we published Waiting for an examiner (Aug 17, 2026)
Parent application is a Continuation of PCTJP2023018033 (filed 2023-05-15)
Document 20 claims

What Sony's controller edit mode actually does

Ever reassigned a button and then realized the one you needed to press next no longer does what you thought? On a normal controller that's a minor annoyance. On a controller built for people with disabilities, where every button might be set up in an unusual way, it could leave you stuck.

Sony's patent describes an edit mode that fixes this. The moment you enter it, the controller temporarily switches to a standard layout where one button at a set position means "confirm" and another means "cancel." That's true even if your everyday setup has those jobs on completely different buttons.

You then reassign buttons however you like. When you finish, your own layout takes over, and the controller flashes a light so you know which one you're editing.

From the filing · CLAIM 1
apply, in an edit mode for assigning a function desired by a user to any button, setting information in which an edit-related function enabled in the edit mode is assigned to a particular button (i) that is included in the plurality of buttons, and (ii) that is located at a predetermined position …

Translation: Special setup instructions are loaded into a specific button when you enter editing mode.

How Sony pins confirm and cancel buttons in place

The patent covers a controller with several buttons and a component the filing calls an applying section. When the controller enters an edit mode, that section loads a temporary set of settings in which edit-related functions, such as a decision function (move to the next step) and a cancel function (go back a step), are assigned to buttons at predetermined positions.

The description gives a concrete example from Sony's adaptive controller, which has a round pad of nine buttons: a center button and eight around it. In edit mode, the center button acts as confirm and one outer button acts as cancel. The filing says these come from the controller's default profile (a stored set of settings).

Those fixed buttons are not off limits. On the editing screen, you can still give them other jobs for use after you leave edit mode. The edit screen shows both your assignments and the temporary edit-mode ones, so you can see the difference.

The filing also describes some related details:

  • A light ring on the controller glows (yellow in the example) so you can tell which of several connected controllers is being edited.
  • The controller keeps the position of its analog stick (the thumb joystick) from before you entered edit mode, so steering does not suddenly flip.

Why this matters for adaptive controller users

For someone using an adaptive controller, the benefit is confidence. You can experiment with a very unusual layout, or even leave confirm and cancel unassigned, without worrying that you've broken your way back into the settings menu. The edit mode works the same way every time, regardless of what you set up before.

The filing also mentions related ideas. These include an alert if you forget to assign an essential function, a one-press toggle that acts like holding a button down, and sound cues for stick sensitivity. These are described as part of the same system, though the claims here focus on the edit mode with fixed buttons. Sony's tooling around the adaptive controller looks like a practical effort to make setup less frustrating.

This is the 25th Sony filing we've tracked in input & haptics since May, a topic that already includes applications for swappable sliding joysticks and a motorized button-pressing clip.

Editorial take

Getting locked out of your own settings is a quiet but real frustration. Someone who has rearranged every button to suit their hands suddenly can't find the control that lets them undo the change, because they moved that one too.

The fix is small and specific: one button, always in the same place, always ready to help you edit or escape. You would notice it the moment an experiment goes wrong and you need a way back.

For people who rely on custom layouts because of physical differences, that guaranteed exit matters more than it might sound. It makes the whole system feel safe to explore, which is the point of having customization in the first place.

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The drawings

18 drawing sheets from US 2026/0335760 A1 · click any drawing to enlarge

Multiple controllers connecting wirelessly to a console and TV, drawing sheet 1 from US 2026/0335760 A1
Sheet 1 Multiple controllers connecting wirelessly to a console and TV
An adjustable gamepad with buttons surrounding a thumbstick, drawing sheet 2 from US 2026/0335760 A1
Sheet 2 An adjustable gamepad with buttons surrounding a thumbstick
Wiring connecting controller inputs to the internal processor, drawing sheet 3 from US 2026/0335760 A1
Sheet 3 Wiring connecting controller inputs to the internal processor
Translating physical stick tilt into digital movement values, drawing sheet 4 from US 2026/0335760 A1
Sheet 4 Translating physical stick tilt into digital movement values
Inside the console that communicates with each connected gamepad, drawing sheet 5 from US 2026/0335760 A1
Sheet 5 Inside the console that communicates with each connected gamepad
Controller software handling button presses and saved button profiles, drawing sheet 6 from US 2026/0335760 A1
Sheet 6 Controller software handling button presses and saved button profiles
Console software managing controller orientation and custom button layouts, drawing sheet 7 from US 2026/0335760 A1
Sheet 7 Console software managing controller orientation and custom button layouts
How the console saves your customized controller settings, drawing sheet 8 from US 2026/0335760 A1
Sheet 8 How the console saves your customized controller settings
Show the other 10 sheets
Choosing which direction your controller faces on screen, drawing sheet 9 from US 2026/0335760 A1
Sheet 9 Choosing which direction your controller faces on screen
Remapping custom game actions to each physical button, drawing sheet 10 from US 2026/0335760 A1
Sheet 10 Remapping custom game actions to each physical button
Warning you when essential game controls are missing, drawing sheet 11 from US 2026/0335760 A1
Sheet 11 Warning you when essential game controls are missing
Testing thumbstick sensitivity with a playable driving demo, drawing sheet 12 from US 2026/0335760 A1
Sheet 12 Testing thumbstick sensitivity with a playable driving demo
Watching a slight stick tilt gently steer the car, drawing sheet 13 from US 2026/0335760 A1
Sheet 13 Watching a slight stick tilt gently steer the car
Pushing the thumbstick fully to turn the car sharp, drawing sheet 14 from US 2026/0335760 A1
Sheet 14 Pushing the thumbstick fully to turn the car sharp
Lowering sensitivity so small stick tilts move less, drawing sheet 15 from US 2026/0335760 A1
Sheet 15 Lowering sensitivity so small stick tilts move less
Tilting further to complete a turn at low sensitivity, drawing sheet 16 from US 2026/0335760 A1
Sheet 16 Tilting further to complete a turn at low sensitivity
Toggling button holds and showing active controls on screen, drawing sheet 17 from US 2026/0335760 A1
Sheet 17 Toggling button holds and showing active controls on screen
Calibrating the stick direction simply by tilting it toward you, drawing sheet 18 from US 2026/0335760 A1
Sheet 18 Calibrating the stick direction simply by tilting it toward you
Browse all the drawings 18 drawing sheets
Patent filing page

Source. Full patent text and figures from the official USPTO publication PDF.
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