Exa AI MCP for AI. Deep Web Research with Intent Understanding
Works with every AI agent you already use
…and any MCP-compatible client








Connect to your AI in seconds.
Exa AI gives your agent deep web research capabilities. It doesn't just search keywords; it understands the meaning behind what you type, finding highly relevant information across the entire web.
You can programmatically extract clean text from articles, find pages similar to a source URL, or crawl specific domains to build comprehensive data sets.
What your AI can do
Advanced custom search
Runs complex search queries that combine multiple criteria into a single, precise search request.
Find similar pages
Identifies multiple web pages that cover topics or concepts closely related to a provided source URL.
Get api status
Checks the current connection status of your Exa AI account.
Perform searches that understand the meaning of a query, delivering relevant results even if they don't contain the exact keywords you used.
Pull clean text or specific highlights directly from any web page URL, stripping out noise like ads and navigation elements automatically.
Discover all reachable links on a site and perform targeted crawls to map the structure of an entire domain.
Locate web pages that are semantically similar to a given source URL, helping you build out research datasets.
Run searches restricted by specific criteria like the site type (e.g., news vs blog), domain name, or discovery date.
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Exa AI: 12 Advanced Web Research Tools
These tools let your agent do everything from basic keyword lookups to complex semantic searches and structured content extraction.
Make your AI actually useful.
Add this MCP to Claude, Cursor, or Windsurf and your AI stops guessing. It gets real tools to look things up, take action, and handle the stuff you keep doing by hand.
Start using Exa AI on VinkiusAdvanced Custom Search
Runs complex search queries that combine multiple criteria into a single, precise search request.
Find Similar Pages
Identifies multiple web pages that cover topics or concepts closely related to a...
Get Api Status
Checks the current connection status of your Exa AI account.
Extract Page Content
Pulls the main body text from any specified web page URL, discarding ads and...
Get Query Highlights
Extracts short, relevant snippets or highlights from a search result set based on...
Keyword Search
Performs basic searches using exact keywords provided by the user.
Perform Live Crawl
Executes a fresh web extraction on a given site or set of links to get the most current content.
Search With Contents
Searches and simultaneously extracts text, allowing you to find information and pull...
Search By Category
Restricts searches so results only come from specific site types, like company...
Search By Crawl Date
Limits search results to pages that were discovered on or after a specified date...
Search Specific Domains
Focuses the entire search only on content originating from one or more named domains.
Semantic Search
Uses AI understanding to perform highly contextual searches based on the meaning of your request.
Security and governance baked right in.
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Choose How to Get Started
Build a custom MCP for your own tools, or connect a ready-made integration from our catalog.
Build Your Own
Turn any API into an MCP. Import a spec, define Agent Skills, or deploy with MCPFusion.
- Import from OpenAPI, Swagger, or YAML specs
- Create Agent Skills with progressive disclosure
- Deploy to edge with MCPFusion framework
- Built in DLP, auth, and compliance on every call
- Real time usage dashboard and cost metering
- Publish to catalog or keep private
Make Your AI Do More
Start with Exa AI, then connect any of our 5,100+ other servers whenever your AI needs more. One click, no limits.
- Use this MCP plus 5,100+ others, all in one place
- Add new capabilities to your AI anytime you want
- Every connection is secured and compliant automatically
- Track usage and costs across all your servers
- Works with Claude, ChatGPT, Cursor, and more
- New servers added to the catalog every week
Independent Platform Disclaimer: Vinkius is an independent platform and is not affiliated with, endorsed by, sponsored by, verified by, or otherwise authorized by Exa AI. All third-party trademarks, logos, and brand names are the property of their respective owners. Their use on this website is strictly for informational purposes to identify service compatibility and interoperability.
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Works with Claude, ChatGPT, Cursor, and more
The Model Context Protocol standardizes how applications expose capabilities to LLMs. Instead of operating in isolation, your AI gains direct access to external platforms, live data, and real-world actions through secure, standardized connections.
This connection provides 12 powerful capabilities that interface natively with Claude, ChatGPT, Cursor, and other compatible AI platforms. No middleware. No custom integration required.
Finding Information in Today’s Web
Right now, if you're doing deep research on a topic, your process looks like this: You start with Google, click through ten different links, copy the text from each one into a spreadsheet, and then manually filter out all the ads and 'read more' sections. It’s slow, tedious, and frankly, exhausting.
With Exa AI connected via Vinkius, you just ask your agent to find the data. The system handles the web complexity—it understands what you mean and pulls only clean, structured text or highlights from the best sources. You get insights, not raw HTML.
Extracting Clean Content with `extract_page_content`
Manual extraction involves opening a URL, scrolling past images and navigation menus, right-clicking, and copying the main body text. Then you spend time cleaning up unwanted line breaks or footnotes just to make it readable.
Now, `extract_page_content` handles that cleanup. You tell your agent the URL; it gives you clean Markdown ready for use. It's a single step that eliminates all the messy copy-pasting.
What your AI can actually do with this
Need to do deep research without manually clicking through dozens of search results? This MCP connects your agent directly to Exa AI's neural search engine. Instead of relying on simple keyword matches, it understands the intent and meaning in your query, pulling back the most relevant web pages regardless of what specific words were used.
You can use this capability to extract clean text or highlights from any URL, automatically stripping out ads and boilerplate content. If you're building a RAG pipeline, this gives you structured access to semantically rich data. Connect it through Vinkius to give your agent powerful web research skills without needing complex scraping scripts.
019dd0ec-76d5-72f2-a55f-6b4d284d3fd4 Here's how it actually works
The bottom line is you tell your AI what to research, and it handles all the complex web logic needed to retrieve clean, focused data.
Subscribe to this MCP and retrieve your API Key from the Exa AI dashboard.
Pass that key to your agent via any MCP-compatible client (Claude, Cursor, etc.).
Invoke the appropriate tool—like semantic_search or extract_page_content—with your natural language prompt.
Who is this actually for?
Market researchers and content analysts need this. If your job requires gathering insights from multiple, diverse sources—and you're tired of manually verifying every URL—you need Exa AI. It hands over the complex web work to your agent so you can focus on analysis.
Needs to instantly find competitor websites and locate semantically similar companies across the web without building a custom crawler.
Requires automating the extraction of clean, readable text or key highlights from technical blogs or news articles for internal reports.
Builds RAG pipelines by programmatically ingesting semantically relevant web data using natural language queries and multiple specialized tools.
What Changes When You Connect
You bypass manual keyword searching entirely. With semantic_search, your agent understands the intent of your question, pulling back results even if they use different terminology.
Stop copy-pasting article text into notes. Use extract_page_content to grab clean Markdown content from any URL in one go, leaving out ads and sidebars every time.
Building a research database used to mean crawling dozens of sites. Now, you can map an entire domain using perform_live_crawl and gather all reachable links programmatically.
Need to know what's trending? The find_similar_pages tool instantly locates content that discusses the same topic as a source URL, perfect for competitor analysis.
You gain control over your search scope. Use search_by_category or search_specific_domains to focus results only on verified sources, like major news outlets or specific industry blogs.
See it in action
Comparing Competitor Messaging
A competitor analysis firm needs to know what tech publications are writing about a new product. Instead of running 10 separate searches, they ask their agent to use find_similar_pages based on the initial press release URL and filter by 'news' domains using search_by_category. This instantly delivers a set of semantically relevant articles.
Building a Knowledge Base from Old Reports
A developer wants to build a knowledge base on an old industry standard. They use perform_live_crawl on the primary documentation site and then run search_with_contents using specific dates via search_by_crawl_date to ensure they only capture the most relevant, current information.
Synthesizing a Technical Overview
A technical writer gets an article link and needs the core concepts for a blog post. They feed it into extract_page_content to get clean text, then use get_query_highlights with their query ('key takeaways') to pull out only the most important sentences.
Deep Dive on Specific Industry Topics
A financial analyst needs data only from major banking sites. They use search_specific_domains and then execute a highly focused query using advanced_custom_search, ensuring the results are limited to known, trusted sources.
The honest tradeoffs
Trying only basic keyword searches
Asking your agent: 'latest AI research' and getting 50 general links. You then waste time clicking through them to find the specific studies you need.
Use semantic_search instead. It understands that when you ask for 'latest AI research,' you mean recent, academic papers, not just articles mentioning AI.
Using simple web scraping scripts
Running a script that scrapes the raw HTML of a Wikipedia page, which includes sidebars, ads, and boilerplate code you have to manually filter out.
Use extract_page_content. It handles the dirty work—it pulls only clean, readable text from the web page. Much simpler.
Searching too broadly for data
Running a general search and getting results from company blogs, academic papers, and news sites mixed together. You can't tell which source is reliable.
Use search_by_category or advanced_custom_search to filter your query by site type (e.g., 'only news sources') so the results are immediately relevant.
When It Fits, When It Doesn't
You should use Exa AI if your research workflow involves gathering diverse, unstructured information from the live web and you need the system to understand context beyond simple dictionary matching. Use this if you need to map a domain's structure or extract clean text from varied sources. Don't use it if you just need to search for a specific product SKU on Amazon; basic e-commerce searches are simpler. If your goal is simply to validate a connection, run get_api_status first.
Questions you might have
How does `semantic_search` differ from `keyword_search`? +
It understands meaning, not just words. If you search for 'best way to save money,' semantic_search will pull up articles about budgeting and financial planning, even if they don't use the exact phrase 'save money.'
Can I find similar pages using `find_similar_pages`? +
Yes. You give it one URL, and it returns multiple other web pages that discuss the same topic or concept, which is huge for competitive research.
Do I need to use `perform_live_crawl` every time I search? +
No. You use perform_live_crawl when you want the absolute freshest content from a site. Otherwise, the other tools handle data extraction and searching based on cached or current web knowledge.
What is the best way to get clean text? Should I use `extract_page_content` or `search_with_contents`? +
extract_page_content is for getting the full, cleaned article body from a single URL. Use search_with_contents if you want to search across multiple pages AND extract snippets in one query.
How do I verify my connection status using `get_api_status`? +
It confirms if your API credentials are valid and active. Running this tool verifies the connection without performing a full search, letting you check for rate limit issues or incorrect keys before starting complex data workflows.
When should I use `get_query_highlights` instead of retrieving full page content? +
Use it when you only need quick snippets of the most relevant text. This tool extracts key passages directly related to your search intent, saving processing time and giving you immediate answers without having to filter through boilerplate or lengthy sections.
How can I restrict my research scope using `search_specific_domains`? +
This limits all results to a single domain or group of sites. If you're researching competitors, for example, this tool keeps your search focused only on the target company's website, ignoring external noise.
What is the advantage of running an `advanced_custom_search`? +
It allows you to build highly structured, complex queries that combine multiple constraints. This goes beyond simple keywords or semantic meaning by letting your agent target specific data points across different criteria.
How do I find my Exa AI API Key? +
Log in to your Exa AI dashboard, and copy your unique API Key from the settings section.
What makes semantic search different? +
Traditional search uses keywords. Semantic search uses neural embeddings to understand the meaning and context of your query, finding better matches.
Can I extract text from multiple URLs at once? +
Yes! The extract_page_content tool accepts a JSON array of URLs and retrieves the parsed content for all of them programmatically.
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