Google · Filed Mar 11, 2025 · Published Sep 10, 2026

Google Patents an AI That Summarizes the Video Clips You Skip Over

Every time you skip ahead in a video, you lose context. Google has filed a patent for a system that catches you up on what you just skipped, automatically, before the video resumes.

A user interface for a multimedia content system shows a podcast playing and a user skipping forward in the content. Drawing from patent filing US 2026/0270535 A1.
A user interface for a multimedia content system shows a podcast playing and a user skipping forward in the content.
See all 8 drawings from this filing ↓
Publication number US 2026/0270535 A1 US20260270535A1
Applicant GOOGLE LLC
Filing date Mar 11, 2025
Publication date Sep 10, 2026
Inventors Brett Barros, Michael Ryan Dorsey
US classification 386/239
Examiner TRAN, LOI H (Art Unit 2484)
Status when we published Company responded; back with the examiner (Aug 12, 2026)
Parent application Claims priority from a provisional application 63767907 (filed 2025-03-06)
Document 20 claims

What Google's skip-transition AI actually does for viewers

When you skip ahead in a video today, the player just jumps. Whatever happened in between is gone, and you either missed something important or you have to scrub back to fill in the gap.

Google's patent describes a system that fills that gap for you. When you skip from one point in a video to another, an AI model quickly processes the content you jumped over and generates a short summary, playing it as a transition before your video resumes at the new spot.

Think of it like a 'previously on' clip that assembles itself in real time, tailored to exactly what you personally skipped. Whether you're watching a documentary, a long tutorial, or a recorded lecture, you'd always land in the right place without losing the thread.

From the filing · CLAIM 1
receiving, during playback of multimedia content at a client device of a user, an indication to skip from a current portion of the multimedia content to a different portion of the multimedia content; …

Translation: The system notices when a viewer decides to jump ahead to a new part of a video.

How the generative model processes skipped video segments

When a user triggers a skip during playback, the system captures the intermediate portion of the content: everything between where playback was and where the user wants to resume.

That segment is fed into a generative model (GM) (an AI system capable of producing new content from existing material, similar in concept to tools that write summaries or generate images). The model processes the skipped video, audio, or both, and produces a condensed summary output.

  • The system receives the skip signal from the user's device during active playback.
  • The generative model takes the skipped segment as input and produces a summary.
  • That summary is rendered at the user's device before playback resumes at the destination point.

The patent is broad about what form the summary takes: it could be a short video clip, a text overlay, an audio recap, or some combination. The key claim is that the transition is generated dynamically based on what was actually skipped, not a pre-authored chapter card.

From the filing · THE ABSTRACT
… utilizing generative model(s) (GM(s)) to summarize portion(s) of multimedia content that are skipped and causing the summarized portion(s) of the multimedia content that are skipped to be rendered as a transition …

Translation: An artificial intelligence generates a quick recap of the skipped video to bridge the gap.

What this means for how you watch long-form video

Skipping is one of the most common things viewers do, especially in long-form content like lectures, sports recaps, or serialized video. The problem is that a hard jump strips context, and backtracking is friction most people just absorb silently.

Google's steady investment in on-device AI for media makes this kind of feature a plausible near-term addition to YouTube or Google TV. For you as a viewer, the practical payoff is landing mid-video without the disorienting feeling that you missed a setup. For content creators and platforms, it could also reduce the impulse to rewind, which keeps watch time up.

That makes this Google's 80th filing in Language AI we've tracked since May, a run that includes a training fix for similar queries and a visual app recommender.

Editorial take

Jumping ahead in a long video and landing somewhere confusing is a small frustration that happens to millions of people every day, across recorded lectures, documentaries, meeting replays, and conference talks. The cumulative cost to comprehension is real, even if each individual moment of confusion feels too minor to complain about.

Google's approach matches the scale of that problem well. Instead of asking creators to write summaries or requiring the platform to pre-generate recaps for every possible skip point, the system builds a custom catch-up clip covering only what was skipped, only when someone actually skips it.

The one variable that determines whether this works is speed. A recap that takes longer to appear than the skip itself saved will feel like a punishment, not a convenience, and that latency question is where the engineering either delivers or doesn't.

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The drawings

8 drawing sheets from US 2026/0270535 A1 · click any drawing to enlarge

Multimedia content system components., drawing sheet 1 from US 2026/0270535 A1
Sheet 1 Multimedia content system components.
Multimedia content system data flow., drawing sheet 2 from US 2026/0270535 A1
Sheet 2 Multimedia content system data flow.
Steps for summarizing skipped content., drawing sheet 3 from US 2026/0270535 A1
Sheet 3 Steps for summarizing skipped content.
Podcast playback with skip interaction., drawing sheet 4 from US 2026/0270535 A1
Sheet 4 Podcast playback with skip interaction.
Podcast playback with summary., drawing sheet 5 from US 2026/0270535 A1
Sheet 5 Podcast playback with summary.
Podcast playback with rewind interaction., drawing sheet 6 from US 2026/0270535 A1
Sheet 6 Podcast playback with rewind interaction.
Podcast playback after rewind., drawing sheet 7 from US 2026/0270535 A1
Sheet 7 Podcast playback after rewind.
Computer system components., drawing sheet 8 from US 2026/0270535 A1
Sheet 8 Computer system components.
Browse all the drawings 8 drawing sheets
Patent filing page

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