Best AI Web Scrapers for Claude Code

Find and compare the best AI Web Scrapers for Claude Code in 2026

Use the comparison tool below to compare the top AI Web Scrapers for Claude Code on the market. You can filter results by user reviews, pricing, features, platform, region, support options, integrations, and more.

  • 1
    Keenable Reviews

    Keenable

    Keenable

    $4 / 1000 requests
    Keenable gives AI agents live web search from an index it crawls and ranks itself: 100B+ documents, under 250ms p95 in US East. Agents get two tools: search_web_pages returns ranked results with title, URL and snippet, filtered by publish date, crawl date or site. fetch_page_content returns any page as clean markdown. One API key covers the REST API, the MCP server and the CLI for macOS, Linux and Windows. Integrations include LangChain, LlamaIndex, Haystack, Mastra, Vercel AI SDK and NVIDIA NeMo Agent Toolkit. Quality is measured in public on NEEDLE, a benchmark rerun daily across search providers against an oracle ranking pooled from their results. AI labs and inference platforms can move to dedicated capacity from $1 per 1,000 requests at 100 RPS, in the cloud or on-premises. Time Machine, in early access, rewinds both the corpus and the ranking to a past moment with one parameter, query_time.
  • 2
    browserfoundry Reviews

    browserfoundry

    Keirolabs

    $29.99/month
    Browserfoundry is an API service based in the cloud, designed for developers who are creating AI agents, research instruments, and data-driven products that require up-to-date web information. It offers a variety of endpoints that deliver web search results, convert pages to Markdown, generate cited answers, support multi-step research, handle batch search tasks, provide Google search result data in JSON format, and facilitate remote Chrome browser sessions. These features are accessible through an API and an MCP server, complete with documented integrations for AI coding tools, agent frameworks, and workflow automation systems. Organizations can leverage this service to incorporate web retrieval into their retrieval-augmented generation workflows, automate the collection of sources, extract information from publicly available web pages, and enable software agents to interact with browser-rendered sites. Furthermore, the cloud-hosted offerings for browser sessions, search, and extraction make this product suitable for programmatic use, distinguishing it from conventional consumer web browsers. This versatility allows teams to optimize their data processes and enhance the capabilities of their AI applications seamlessly.
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