Google · Filed Apr 3, 2025 · Published Oct 29, 2026

Google Files Patent for a Phone Camera That Coaches Low-Vision Users Through a Selfie

Google's filing describes a phone camera that buzzes, beeps and talks you into a well-framed photo, even if you can barely see the screen. It can then take the shot on its own.

A smartphone guiding a person taking a selfie to help keep their face centered in the photo. Drawing from patent filing US 2026/0343087 A1.
A smartphone guiding a person taking a selfie to help keep their face centered in the photo.
See all 13 drawings from this filing ↓
Publication number US 2026/0343087 A1 US20260343087A1
Applicant Google LLC
Filing date Apr 3, 2025
Publication date Oct 29, 2026
Inventors Lingeng Wang, Paul Samuel Kim, Dimitri de Abreu e Lima Luedemann, Seungyon Lee, Bingying Xia, Chia-Fang Lue, Ching Wen Fu, Leung Wun King, Chien-Hsin Lee, Christopher Le, Kuan-Ying Huang, Shana Nicole Sager, Seri Lee, Chung-Ko Chiu, Harrison Zachary Zafrin, Alexander Chao
US classification 348/333.02
Examiner PRABHAKHER, PRITHAM DAVID (Art Unit 2638)
Status when we published Examiner raised objections; the company can respond (Sep 14, 2026)
Parent application is a National Stage Entry of PCTUS2023034460 (filed 2023-10-04)
Document 20 claims

What Google's selfie-coaching camera actually does

A man holds his phone out at arm's length to take a selfie, but the screen is a blur. He taps the shutter and hopes his face is somewhere in the frame. The filing calls this a guessing game, and it is a common one for blind and low-vision people.

Google's patent application describes a camera that coaches you instead. As your face drifts toward the center of the frame, your phone vibrates and beeps faster and at a higher pitch, a bit like a game of hot and cold. A voice can also tell you what the camera sees, such as "1 face on the right. 1 dog on the bottom left."

Once you are centered, the phone can take the photo on its own. You don't have to hunt for the shutter button and jostle the camera. You get a cleaner shot without needing to see the screen.

From the filing · CLAIM 1
… providing at least one of haptic, audio, or visual feedback to guide the user to position the computing device so that the one or more objects of interest become positioned within a viewfinder of the camera …

Translation: The phone uses vibrations, sounds, or screen hints to help you aim the camera correctly.

How the phone tracks your face with buzzes and tones

The system starts when you open the camera. It looks for objects of interest (mainly faces, but also pets or documents) and measures how far a face sits from the center of the frame. It repeats that check every 100 to 200 milliseconds, so the feedback keeps up as you move.

Feedback comes in three forms, alone or combined:

  • Touch: the phone vibrates with more intensity or faster pulses as your face nears the center.
  • Sound: tones rise in pitch, or a voice says things like 'Move your phone slightly left and down.'
  • Sight: a dashed circle brightens near your face, a high-contrast outline wraps around you, or a ring changes color depending on whether your face is cropped, fully in view or centered.

The viewfinder is split into zones shaped like expanding circles, and the feedback changes as you cross from one zone to the next. Before the shot, a voice can announce the scene, such as '1 face on the right. 1 dog on the bottom left. Tree in background.' If faces, pets and documents all appear, faces get priority.

When everything is in place, the phone can count down and take the photo itself, which avoids the shake that comes from reaching for the shutter button.

From the filing · THE ABSTRACT
… providing real-time feedback to improve self-portrait photographs (selfies) or other images for camera users (e.g., low-vision camera users).

Translation: The technology gives instant instructions to help visually impaired users take better selfies.

Why Google's camera idea matters for low-vision users

If you can't see your phone screen well, taking a selfie, or a photo of a pet or a document, mostly comes down to luck. This filing describes a camera that replaces luck with touch and sound: vibrations that speed up as you line up, a voice that says what is in the shot, and a photo that fires on its own. The filing also says the cues help anyone who can't clearly see the viewfinder.

It is still early. The examiner's first review rejected the claims as filed, which is routine at this stage and usually followed by amendments. The background section complains that today's screen-reader help for photos is limited and slow, and this filing is Google's answer on paper. Whether it ever ships as a feature is unknown, but the target is clear: a camera you can aim by feel and sound.

This is the 948th Google filing in our Google coverage since May, adding to a run that includes pre-shoot color tuning and a floating toy wand.

Editorial take

Claim 1 is wide. It says 'objects of interest,' so it covers faces, pets, documents or anything else a phone can spot. It also covers any one of buzzing, sound or on-screen cues to steer you. Nothing in it limits the idea to selfies or to the front camera.

The one hard requirement is speech: the device must say out loud what is in the frame before it takes the picture. A camera that only vibrates would fall outside the claim as written, while a phone that vibrates and announces 'one face' would fall inside it.

The zones, the color-changing rings and the auto-capture show up only in the narrower claims further down. If claim 1 survived review as written, it would reach a lot of ground for a fairly simple recipe of guide, announce and shoot. It may well get trimmed along the way.

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The drawings

13 drawing sheets from US 2026/0343087 A1 · click any drawing to enlarge

Phone parts that power camera accessibility features, drawing sheet 1 from US 2026/0343087 A1
Sheet 1 Phone parts that power camera accessibility features
Flashing on-screen cues guide your face into the center, drawing sheet 2 from US 2026/0343087 A1
Sheet 2 Flashing on-screen cues guide your face into the center
Sound and vibration patterns confirm when a shot is ready, drawing sheet 3 from US 2026/0343087 A1
Sheet 3 Sound and vibration patterns confirm when a shot is ready
Bold outlines highlight your body against the background, drawing sheet 4 from US 2026/0343087 A1
Sheet 4 Bold outlines highlight your body against the background
Spoken descriptions list every person and pet in the shot, drawing sheet 5 from US 2026/0343087 A1
Sheet 5 Spoken descriptions list every person and pet in the shot
Circular framing zones lead you toward the camera sweet spot, drawing sheet 6 from US 2026/0343087 A1
Sheet 6 Circular framing zones lead you toward the camera sweet spot
Musical notes and buzzes change as you reach the center, drawing sheet 7 from US 2026/0343087 A1
Sheet 7 Musical notes and buzzes change as you reach the center
Color-coded rings show if your face is cut off, drawing sheet 8 from US 2026/0343087 A1
Sheet 8 Color-coded rings show if your face is cut off
Show the other 5 sheets
Rules for choosing cues based on what appears on screen, drawing sheet 9 from US 2026/0343087 A1
Sheet 9 Rules for choosing cues based on what appears on screen
Spoken instructions that tell users how to fix cut-off framing, drawing sheet 10 from US 2026/0343087 A1
Sheet 10 Spoken instructions that tell users how to fix cut-off framing
Front, side, and rear views of the guided camera phone, drawing sheet 11 from US 2026/0343087 A1
Sheet 11 Front, side, and rear views of the guided camera phone
Hardware and storage parts that run the camera guide, drawing sheet 12 from US 2026/0343087 A1
Sheet 12 Hardware and storage parts that run the camera guide
Steps the app takes from framing guidance to photo capture, drawing sheet 13 from US 2026/0343087 A1
Sheet 13 Steps the app takes from framing guidance to photo capture
Browse all the drawings 13 drawing sheets
Patent filing page

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