yt-dlp-mcp
The yt-dlp-mcp tool serves as a bridge that allows AI assistants to fetch video and audio content directly from the internet. Instead of just discussing videos, an AI equipped with this server can actually access the media files from popular social platforms like YouTube, TikTok, and Facebook. It simplifies the …
About this Protocol
Use Cases
Use Case 1: Automated Content Archiving for Researchers
Problem: Researchers and journalists often need to reference video evidence or interviews from platforms like YouTube or TikTok. However, these videos can be deleted, set to private, or become inaccessible due to platform changes, leading to "link rot" in their documentation.
Solution: This MCP allows an AI assistant to immediately download and save a local copy of the media mentioned in a research thread. By integrating yt-dlp, the AI can fetch the highest quality version available and store it in a designated archive folder.
Example: A user finds a series of witness videos on TikTok related to a news event. They tell the AI, "Download all the videos from this TikTok profile and save them to my 'Investigation_2024' folder so I don't lose the metadata if they are taken down."
Use Case 2: Multi-Platform Media Repurposing for Creators
Problem: Content creators often need to repurpose their own long-form content (like YouTube streams) into short-form clips or audio-only podcasts. Manually downloading files via web-based tools is often slow and involves navigating ad-heavy websites.
Solution: With the yt-dlp-mcp, a creator can ask their AI assistant to fetch the source files directly. Since yt-dlp supports extraction of specific formats, the AI can be instructed to pull just the audio or a specific resolution required for editing.
Example: "Claude, I need to turn my latest YouTube livestream into a podcast episode. Use the yt-dlp-mcp to extract the best quality audio from [URL] and save it as an MP3 in my 'Podcasts' directory."
Use Case 3: Offline Educational Library Building
Problem: Students or professionals often travel or work in environments with restricted internet access (like planes or remote sites) where they cannot stream high-definition educational content from platforms like Facebook or YouTube.
Solution: The AI can act as a librarian, processing a list of educational URLs provided by the user and downloading them in bulk for offline viewing. This ensures the user has a curated playlist of learning materials available without needing a constant connection.
Example: A developer preparing for a coding bootcamp says, "Here is a playlist of 10 YouTube tutorials on React. Download them all at 720p resolution to my 'Study_Offline' folder before my flight tomorrow."
