claude llms computer-vision developer-tools

Claude-real-video － any LLM can watch a video

GitHub - HUANGCHIHHUNGLeo/claude-real-video: Let Claude (or any LLM) actually watch a video — scene-aware, deduplicated frames + transcript, from a URL or local file. Runs locally, MIT.

github.com

July 2, 2026

5 min read

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55/100

Summary

Claude-real-video allows Claude or any LLM to process videos by extracting scene-aware, deduplicated frames and transcripts from a URL or local file. This tool operates locally and provides a more comprehensive understanding of video content compared to traditional methods that rely on fixed frame sampling.

Key Takeaways

The claude-real-video tool allows AI models to watch videos by extracting meaningful frames and transcribing audio locally, without uploading data to the cloud.
It uses scene-change detection and deduplication to provide a more efficient selection of frames compared to fixed-interval sampling methods.
The tool supports input from both URLs and local files, and it can be installed on macOS, Windows, and Linux with Python 3.10+.
Users can customize settings such as scene-change sensitivity and maximum frame count to optimize the output for their specific needs.

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Coverage & discussions

Hacker News · github.com

Claude-real-video － any LLM can watch a video ↗

Community discussions

Hacker News discussion ↗

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Analysis ready

Community Sentiment

Mixed

Positives

The ability of Claude-real-video to extract frames at scene changes and deduplicate shots enhances its utility for video analysis, making it a significant step forward in LLM capabilities.
Users have reported accurate analysis from Claude when applied to real-world video scenarios, showcasing its practical application and effectiveness.

Concerns

The reliance on Claude for video analysis is costly in terms of token usage, suggesting that more efficient alternatives like Gemini exist for this task.
Critics point out that keyframes alone do not equate to true video understanding, highlighting limitations in Claude's ability to infer motion and object permanence.