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Ranjan Dailata
Ranjan Dailata

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Building a Real-time Search Aggregation Workflow with Bright Data MCP, Brave Search and Google Gemini LLM

Introduction

This blog post explains how to create a Real-time Search Aggregation workflow with n8n from start to finish. It uses an MCP Client to scrape Brave Search, Google Gemini to extract structured data, and multiple channels like Webhook, Google Sheets, and Write to disk to deliver data.

In today's fast-paced digital world, getting the right information at the right time plays a key role in competitive analysis, market intelligence, and making smart choices. To build an automated search business that grows, you need both easy access to rich search data and the ability to pull it out, organize it, and share it across different platforms.

By putting together Bright Data for web scraping, Brave Search as a content source, and Gemini for data structuring, you get a search business setup that's easy to change and grow. This combo lets you gather search results from different areas like websites, pictures, videos, and news. Then, AI steps in to turn all this info into organized formats that work well for looking at, storing, and sharing.

New users of Bright Data, please make sure to sign-up here - Bright Data

N8N Template

Brave Search (Image,Video, News, All) with Bright Data MCP & Google Gemini

Download the Workflow at Brave_Search_With_BrightData

Industry Use Cases

The search aggregation platform powered by Bright Data, Brave Search, and Google Gemini is designed to serve multiple industries by providing real-time, structured, and scalable access to search result data. Below are key industry-specific applications:

Marketing

Use Case: Search trend tracking, keyword intelligence
Marketing teams and SEO strategists can monitor real-time search trends, track keyword performance across different verticals, and gain insights into emerging topics. This helps optimize campaigns, improve content targeting, and stay ahead of shifting consumer interests.

News & Media

Use Case: Real-time news aggregation for niche topics
Journalists, publishers, and content aggregators can use the system to monitor breaking news and curated updates for specific beats or localities. This enables them to surface trending stories, fact-check sources, and gather timely content for reporting or syndication.

eCommerce

Use Case: Product listing monitors across sources
Online retailers and marketplaces can track competitor product listings, pricing, and availability across various search types. This helps in dynamic pricing, inventory planning, and identifying market gaps by observing how products are presented on the web and in shopping search results.

Finance

Use Case: Competitor and market event aggregation
Financial analysts and investment firms can monitor competitors’ digital presence and aggregate market-moving events from search results, news mentions, and press releases. This aids in sentiment analysis, portfolio monitoring, and early warning systems.

Legal

Use Case: Precedent & article search from public sources
Law firms and legal researchers can leverage the platform to find relevant case law, legal precedents, or regulatory updates from public search sources. Structured results enable faster legal research and help in building stronger arguments and briefs.

Search Types

The system supports the following Brave Search result categories:

  • All: General web search results

  • Images: Image results from Brave

  • Videos: Video listings

  • News: News articles relevant to the query

Components

The search aggregation pipeline is composed of four core components, each playing a critical role in transforming raw search queries into structured, deliverable insights.

Bright Data MCP

This component acts as the scraping engine. It leverages Bright Data's Model Context Protocol (MCP) Client to retrieve raw HTML content from Brave Search based on specified queries and search types (e.g., web, images, videos, news). Using the scrape_as_html method, it ensures reliable and scalable data extraction from public-facing search results.

Brave Search

Brave Search serves as the primary content source. It offers diversified and privacy-respecting search results across multiple categories. Whether you're retrieving general web pages, image listings, video summaries, or news headlines, Brave Search provides a rich dataset for downstream processing.

Google Gemini

Once the raw HTML is scraped, Google Gemini is used to perform structured data extraction. This AI model analyzes unstructured web content and converts it into clean, structured JSON format, such as lists of search results with titles, URLs, snippets, and media attributes. This step transforms noisy HTML into usable data.

Output Handlers

The final stage involves delivering the structured data to target systems. Output handlers are responsible for persisting the data to disk, triggering webhook notifications, and pushing the content to external platforms such as Google Sheets, Webhook, Write to disk etc. This ensures that search results are easily accessible for real-time usage or archival purposes.

Extensibility

You can extend the workflow by:

  • Adding support for other search engines (Google, Bing or Yandex) via the Bright Data MCP Search Engine.

  • Enabling semantic search filtering

  • Adding analytics over structured results

Conclusion

The combined power of Bright Data for scalable web scraping, Brave Search as a privacy-respecting content source, and Google Gemini for advanced data structuring, you can:

  • Aggregate diversified web search results across categories such as web, images, news, and videos automatically and programmatically.

  • Extract structured insights from raw HTML with the help of AI, turning unstructured web content into actionable data.

  • Deliver enriched data seamlessly to downstream systems such as webhooks, Google Sheets, local storage with minimal manual intervention.

Content Credits - This blog-post contents were formatted with ChatGPT to make it more professional and produce a polished content for the targeted audience.

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