n8n DuckDuckGo Search: Extract Full Article Text

Turn DuckDuckGo search results into clean, readable article text—automatically

This n8n workflow performs a DuckDuckGo web search and extracts the full, readable article body from the top results using Mozilla Readability, so downstream automations get usable content instead of messy pages.

What this workflow does

• Manual start: You run the workflow whenever you need it (manual trigger).
• DuckDuckGo search: It performs a DuckDuckGo query with configurable search options and returns the top results.
• Fetch and extract article body: For the first few results, it loads the linked pages and extracts the main article text while removing navigation and boilerplate via Mozilla Readability.
• Add metadata: Each extracted result is enriched with page metadata including site name, author, published date, and language.
• Fault tolerance: Processing continues even if some pages fail to load, returning only the successfully extracted outputs.

Use cases

• Content research pipelines: Pull readable text from relevant web sources for later review, tagging, or storage.
• SaaS operator monitoring: Compile article text and metadata from search terms to track announcements or industry updates.
• Automation engineers: Feed extracted article bodies into follow-up workflows (e.g., summaries, indexing, or analysis) without manual copy/paste.

Technical details

• Workflow type: n8n automation workflow (manual trigger).
• Community node: Uses n8n-nodes-duckduckgo-search (MIT license).
• Installation: Requires self-hosted n8n (community nodes can’t be installed on n8n Cloud).
• Credentials: No credentials, API keys, or paid services—DuckDuckGo is queried directly.
• Extraction method: Mozilla Readability to remove boilerplate and return main article text.

Setup & customization

Install n8n-nodes-duckduckgo-search in Settings → Community nodes, then update your DuckDuckGo query and options (e.g., Max Results and Page Content Max Results). Optionally, add an AI Agent or Summariz step for downstream processing.