Google · Filed May 6, 2025 · Published Nov 12, 2026

A New Google Patent Turns Your Browsing History Into a Podcast for Your Commute

Circle a building in a photo, and this Google patent application describes an AI that turns it into a podcast with a synthetic host and guest, timed to fit your drive.

A phone prompt asking an AI to create a commute-length discussion based on articles read the night before. Drawing from patent filing US 2026/0360349 A1.
A phone prompt asking an AI to create a commute-length discussion based on articles read the night before.
See all 18 drawings from this filing ↓
Publication number US 2026/0360349 A1 US20260360349A1
Applicant Google LLC
Filing date May 6, 2025
Publication date Nov 12, 2026
Inventors Clement Dickinson Wright, Sarah Fay Smith, Daniel Paik, Rosemary Margaret La Prairie
US classification 704/251
Examiner SHAIKH, ZEESHAN MAHMOOD (Art Unit 2658)
Status when we published Examiner raised objections; the company can respond (Sep 23, 2026)
Document 20 claims

What Google's podcast-from-anything patent does

Every time you read an article you can't finish, it ends up as an open tab you never get back to. Google's filing describes a way to turn that pile into something you can listen to instead.

You tap, circle or highlight the part of a photo or article that caught your eye, or just tell your phone what you want. An AI then writes and voices a podcast about it, often with a synthetic host and a synthetic expert chatting. It also looks at things like your browsing history, your location and your calendar. If your navigation says you'll be driving for 45 minutes, the show can run about 45 minutes.

It can adjust to you, too. For a ten-year-old, the filing says, it would use simpler words and skip profanity.

From the filing · CLAIM 1
… generating, by the computing system, based on inputting the content data, context data associated with the one or more contexts, and input data associated with the one or more inputs into one or more machine-learned models, generative audio data comprising one or more synthetic language audio segments associated with the content data, the context data, and the input data …

Translation: An AI turns web content and user settings into spoken audio clips.

How the model mixes content, context and taps

The claims cover a three-part recipe. The system takes content (an image, text, audio or video), inputs (a typed or spoken prompt, or a tap, circle or swipe on part of an image) and context (the app you're in, your search history, your location, the time of day). All three go into machine-learned models (AI systems trained on large numbers of examples), which produce synthetic speech tied to what you picked.

The filing describes several add-ons:

  • Object recognition: the model can spot a building, painting or animal in a photo and build the audio around it.
  • Retrieval augmented generation (RAG): the AI searches documents and web pages for extra material that wasn't in your original content, such as a second article about the same hockey team.
  • Tone, tempo and reading level: serious or humorous, faster in the morning and slower in the evening, simpler for a child.
  • Duration: calendar or navigation data shows how much free time you have, so the audio is sized to fit.

The output can be a single narrator, a host and expert, a panel, an interview, a documentary, a news-style recap or even fiction with sound effects. The examples include a polar bear podcast, a history of a skyscraper from a skyline photo, and a documentary about a band in your playlist. The filing says any training on a person's own audio would happen only with their consent.

From the filing · THE ABSTRACT
The disclosed technology can include receiving content data associated with content. Inputs associated with the content can be received. Contexts associated with the content or the inputs can be determined.

Translation: The system collects the webpage data, user preferences, and background details before creating the podcast.

Why a commute-sized podcast could matter

If this ever reached a phone, your open tabs and half-read articles could turn into something you listen to while you drive, cook or walk. You would pick the starting point by circling part of a photo, highlighting a line of text or just asking out loud, and the length would adjust to your calendar or your route. The filing also describes tuning the voice and vocabulary for a child, and translating into your native language.

The practical question is how much of your life you will let it read. An examiner's first review rejected the claims as filed, which is routine and usually followed by amendments, so the final scope is open. The big trade is convenience against privacy: the more your searches, location and schedule feed the show, the better it fits.

Google's 59th filing in the Enterprise AI space we've tracked since May adds to a run that includes one on vibration confidence cues and one on captioning a photo region.

Editorial take

The price of this idea is your personal data. To time a podcast to your drive, the system has to read your calendar, your location, your browsing history and sometimes your voice. Each of those signals makes the show fit better, and each is something you have to hand over first.

The second cost is accuracy. A synthetic host and expert sounding confident about a skyscraper's history or a Roman helmet will be wrong sometimes, and a podcast voice gives you no footnotes to check. The filing adds outside sources through search, which helps, but its examples don't show how the facts get verified.

Still, the trade reads as worth making for a commute, where nobody wants to read a screen and a 45-minute show shaped to the trip beats scrolling. The claims are broad, so the real test is how much of your data people will let it use.

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The drawings

18 drawing sheets from US 2026/0360349 A1 · click any drawing to enlarge

How your phone and servers coordinate to create custom audio, drawing sheet 1 from US 2026/0360349 A1
Sheet 1 How your phone and servers coordinate to create custom audio
Hardware parts inside a device that create personal audio shows, drawing sheet 2 from US 2026/0360349 A1
Sheet 2 Hardware parts inside a device that create personal audio shows
Circling a picture detail to trigger an audio explanation, drawing sheet 3 from US 2026/0360349 A1
Sheet 3 Circling a picture detail to trigger an audio explanation
Requesting a custom commute podcast from your web history, drawing sheet 4 from US 2026/0360349 A1
Sheet 4 Requesting a custom commute podcast from your web history
Turning a music playlist into a spoken documentary, drawing sheet 5 from US 2026/0360349 A1
Sheet 5 Turning a music playlist into a spoken documentary
Highlighting a word to generate a spoken discussion about it, drawing sheet 6 from US 2026/0360349 A1
Sheet 6 Highlighting a word to generate a spoken discussion about it
Steps the system follows to turn content into spoken audio, drawing sheet 7 from US 2026/0360349 A1
Sheet 7 Steps the system follows to turn content into spoken audio
Matching the audio length to your available free time, drawing sheet 8 from US 2026/0360349 A1
Sheet 8 Matching the audio length to your available free time
Show the other 10 sheets
Training the AI to turn content into spoken audio, drawing sheet 9 from US 2026/0360349 A1
Sheet 9 Training the AI to turn content into spoken audio
Feeding web browsing data into the AI to generate speech, drawing sheet 10 from US 2026/0360349 A1
Sheet 10 Feeding web browsing data into the AI to generate speech
Converting web items step by step into spoken output, drawing sheet 11 from US 2026/0360349 A1
Sheet 11 Converting web items step by step into spoken output
Combining text, images, and instructions into one stream, drawing sheet 12 from US 2026/0360349 A1
Sheet 12 Combining text, images, and instructions into one stream
Developer tools used to build and refine the voice models, drawing sheet 13 from US 2026/0360349 A1
Sheet 13 Developer tools used to build and refine the voice models
Polishing the podcast generator using real listener feedback, drawing sheet 14 from US 2026/0360349 A1
Sheet 14 Polishing the podcast generator using real listener feedback
Cloud servers taking phone requests and returning audio, drawing sheet 15 from US 2026/0360349 A1
Sheet 15 Cloud servers taking phone requests and returning audio
Devices and servers communicating across the network, drawing sheet 16 from US 2026/0360349 A1
Sheet 16 Devices and servers communicating across the network
Apps running their own AI models using sensor data, drawing sheet 17 from US 2026/0360349 A1
Sheet 17 Apps running their own AI models using sensor data
Multiple apps sharing central AI models on a device, drawing sheet 18 from US 2026/0360349 A1
Sheet 18 Multiple apps sharing central AI models on a device
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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