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TikTok MCP

MCP Server

Integrate TikTok data into AI workflows

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Updated 12 days ago

About

A Model Context Protocol server that fetches TikTok video details, subtitles, and performs searches, enabling AI tools to analyze virality factors and engage with TikTok content.

Capabilities

Resources
Access data sources
Tools
Execute functions
Prompts
Pre-built templates
Sampling
AI model interactions

TikTok MCP Demo

The TikTok MCP bridges the gap between conversational AI and one of the world’s most dynamic social‑media platforms. By exposing a set of high‑level tools, it allows Claude and other AI assistants to fetch, analyze, and interact with TikTok content without the need for custom web scraping or API integration. This is especially valuable for developers who want to build AI‑powered marketing dashboards, content recommendation engines, or automated social media analytics tools that can tap directly into TikTok’s vast data stream.

At its core, the server offers three intuitive tools: tiktok_get_subtitle, tiktok_get_post_details, and tiktok_search. The subtitle tool pulls the spoken or captioned text from any TikTok video, automatically falling back to speech‑to‑text if no explicit language is requested. The post‑details tool returns a rich metadata bundle—including description, creator, engagement metrics, and available subtitle languages—making it straightforward to build sentiment or trend analyses. Finally, the search tool lets an AI assistant query TikTok by keyword and paginate results, providing a complete set of video attributes for each hit. These capabilities transform raw TikTok URLs into structured data that can be fed directly into downstream AI models or stored for historical analysis.

Developers benefit from the MCP’s seamless integration with Claude’s tool‑calling workflow. An assistant can ask a user for a topic, invoke tiktok_search to surface relevant videos, and then drill deeper with tiktok_get_post_details or tiktok_get_subtitle to extract context. This eliminates manual API calls, reduces latency, and keeps the user experience conversational. For example, a marketing team could ask an AI assistant to “show me top cooking videos from the last week” and receive a curated list with engagement stats, ready for inclusion in a campaign report.

Real‑world use cases abound. Content creators can quickly assess the virality potential of a script by examining engagement metrics of similar videos. Social media managers can monitor brand mentions or trending hashtags in real time, while researchers might study language usage patterns across different demographics. Because the MCP handles authentication and rate limiting behind the scenes, teams can focus on building higher‑level logic rather than wrestling with TikTok’s official API quirks.

What sets this MCP apart is its focus on context‑rich, ready‑to‑consume data. By providing subtitles in multiple languages and a comprehensive metadata payload, it supports multilingual analysis and cross‑platform insights. The integration with TikNeuron’s MCP API key system ensures secure, scalable access, while the node‑based implementation keeps it lightweight and easy to deploy in existing AI pipelines. Overall, the TikTok MCP empowers developers to unlock TikTok’s creative ecosystem directly from their AI assistants, turning fleeting video moments into actionable intelligence.