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Building AI Agents with Real-Time Web Data — Yohan Raju, Bright Data

Bright Data solutions architect Yohan Raju builds a product-research agent that combines an Amazon listing with Reddit posts, then asks Gemini to explain a purchase recommendation.

AI Engineer · 2026 featured video

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What this video shows

Raju first maps the work behind a maintained collection pipeline: page discovery, access, parsing, field validation, deduplication, delivery, and repair when a site changes. He then runs a notebook that fetches an Amazon listing and matching Reddit posts through Bright Data APIs. Gemini receives those records and returns a purchase recommendation based on the listed price, stock, ratings, and sampled discussion.

The workshop is a vendor demonstration, so it does not compare retrieval quality, coverage, cost, or compliance with independent alternatives. Google and OpenAI offer hosted search tools with citations when an agent needs broad web research. Direct site APIs can provide clearer contracts when they expose the required fields. Bright Data offers search, extraction, and browser tools through MCP, which can fit workflows that need several collection modes. Learnetto recommends choosing with a bounded test set and checking source permission, field accuracy, citation traceability, latency, and cost.

Inspect the vendor's Bright Data MCP repository for its current tools, deployment choices, license, and configuration. Compare it with Google's Gemini Search grounding documentation when citations and managed search cover the job. Use the official MCP architecture overview to separate what the protocol standardizes from what each server and host must secure.

What you will learn

  • Send current records to the model when prices, availability, openings, or public discussion can change after training.
  • Validate required fields before synthesis because a fluent recommendation can hide missing or stale inputs.
  • Keep source records and citations beside the final answer so a reviewer can inspect each material claim.
  • Compare managed search, direct APIs, and collection services on the same tasks rather than choosing from a demo alone.

How to apply this safely

  1. Create ten representative questions and list the exact fields, freshness limit, allowed sources, and evidence each answer requires.
  2. Run the same questions through a hosted search tool, any suitable first-party API, and one structured extraction service.
  3. Record field completeness, source accuracy, citation coverage, latency, request cost, access failures, and manual corrections.
  4. Give the agent read-only tools at first, retain the retrieved records, and reject answers when required evidence is missing.

Important limitations

  • Raju works for Bright Data and uses Bright Data services throughout the workshop. Learnetto did not independently reproduce the access, scale, or maintenance claims.
  • The live example samples one Amazon listing and a small set of Reddit posts. It does not test whether the posts represent buyers, whether the product identity matches across sources, or whether the recommendation stays stable across repeated runs.
  • Website terms, robots directives, privacy rules, and data licenses vary. Teams need legal and security review before collecting or retaining data, regardless of whether a vendor handles the browser or proxy layer.

Sources to check

  • Bright Data MCP Vendor-maintained source, setup instructions, tool list, and MIT license for the MCP server shown in the workshop.
  • Grounding with Google Search Google's documentation for managed web search, returned citations, supported models, and pricing behavior.
  • MCP architecture overview Protocol documentation for hosts, clients, servers, tools, resources, prompts, and transports.

Continue learning on Learnetto

AI evals guide

Test retrieval inputs, citations, final answers, latency, and cost together.