Stanford CrossRef MCP. Track research impact and funding from any paper.
Stanford CrossRef MCP connects your AI agent to global academic metadata. It lets you resolve Digital Object Identifiers (DOIs) and retrieve full publication details, citation counts, and funding information for millions of scholarly works. Use this MCP to quickly assess research impact, track institutional output, or build comprehensive bibliographies without leaving your chat window.
Give Claude and any AI agent real-world access
Provide any DOI and receive immediate details including the title, authors, journal name, publication date, and subject areas.
Determine how often a paper has been cited by other researchers or how many sources it cites itself.
Search and retrieve lists of academic works tied to specific funding organizations, like the National Science Foundation.
Look up journals or publishers by ISSN or name to check their quality metrics, total output count, and coverage.
Search for publications using a researcher's universal ORCID identifier or an institution's name like Harvard University.
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What AI agents can do with Stanford CrossRef MCP: 16 Tools for Scholars
Use these tools to query massive databases of scholarly works, retrieving everything from citation counts to complete bibliographies using structured data requests.
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 Stanford CrossRef MCPGet Citations Count
Quickly determines how many other academic works have cited a specific DOI, helping assess its influence.
Get Funder Works
Retrieves all published articles linked to a specified funding organization ID...
Get Journal
Pulls comprehensive metrics on an academic journal by its ISSN, including total...
Get Journal Works
Finds articles published within a specific journal, optionally allowing filtering by...
Get Publisher
Gathers key metrics on an academic publisher, showing their total output count and...
Get Reference List
Extracts the complete bibliography or list of cited references from a given DOI, including authors and titles.
Resolve Doi
The primary tool that takes any DOI and returns all structured bibliographic information for that work.
Search By Affiliation
Locates academic works by searching using institutional names like 'MIT' or...
Search By Orcid
Finds a researcher’s entire publication history across all journals using their...
Search Funders
Lists and searches for major global funding organizations, such as the National...
Search Journals
Searches for academic journals by title or ISSN to gather metrics and identify...
Search Preprints
Finds early versions of research papers (preprints) registered across major preprint servers like bioRxiv.
Search Publishers
Lists and searches for academic publishers, providing their DOI prefixes and total body of work counts.
Search Recent Works
Monitors the stream of newly registered DOIs to keep track of the very latest...
Search Works
Searches through 150M+ academic works using advanced filters, sorting, and text...
Validate Doi
Confirms whether a DOI is active and registered in the system, providing basic...
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 each call
- Real time usage dashboard and cost metering
- Publish to catalog or keep private
Make Your AI Do More
Start with Stanford CrossRef, then connect any of our 5,200+ other servers whenever your AI needs more. One click, no limits.
- Use this MCP plus 5,200+ others, all in one place
- Add new capabilities to your AI anytime you want
- Connections are secured and governed automatically
- Track usage and costs across all your servers
- Works with Claude, ChatGPT, Cursor, and more
- New servers added to the catalog weekly
Independent Platform Disclaimer: Vinkius is an independent platform and is not affiliated with, endorsed by, sponsored by, verified by, or otherwise authorized by CrossRef. 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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Sifting Through Academic Records is a Full-Time Job
Today, gathering comprehensive academic data feels like detective work. You start by pasting a DOI into one database for citations; then you have to switch to another site to check the journal's reputation using its ISSN. If you need to track who funded the research, you jump to yet a third portal, copying IDs and running multiple searches just to get a basic picture of the field.
With this MCP, your agent handles the complexity. You simply ask for the data point—like 'Give me all works by NIH on protein folding.' The result isn't three separate PDFs; it's one clean list with full metadata, ready for you to use immediately.
Get Full Bibliographic Records with Resolve DOI
The biggest time sink is the manual process of resolving a paper. You might copy an author's name and have no idea if they published under a different alias or institution, forcing you to start over. Checking every reference list manually for completeness is nearly impossible.
Now, using `resolve_doi` instantly structures all that information. It gives you the title, authors, journal, and date in one go. You stop guessing and start analyzing.
What Stanford CrossRef MCP does for your AI
This MCP gives your AI client access to the core infrastructure of academic publishing. Instead of visiting journal websites or using multiple databases, you connect once through Vinkius and gain immediate access to millions of scholarly records. You can resolve any DOI into complete bibliographic metadata, instantly identifying authors, journals, and publication dates.
Need to know how influential a paper is? You can retrieve citation counts directly. Want to track where the money comes from? The MCP finds works funded by specific organizations like the NIH or NSF. It also lets you search for publications based on institutional affiliations or even find preprints before they hit a journal.
This capability fundamentally changes research analysis, allowing your agent to build complex bibliographies and evaluate entire fields of study using structured data.
019dea60-25c8-739c-ac0a-f2633e810a16 How to set up Stanford CrossRef MCP
The bottom line is: your agent treats the entire academic publishing record like a searchable database accessible via conversation.
Give your agent a query, such as 'Find the citation count for DOI X' or 'List all works by NIH'.
The MCP sends that request to CrossRef and pulls structured data (titles, dates, counts) from their massive index.
Your AI client receives clean, actionable metadata that it can then summarize, format, and present back to you.
Who uses Stanford CrossRef MCP
This MCP is essential for academics who deal with massive amounts of publication data. It's for researchers tired of switching between citation databases and institutional repositories, and for librarians needing to evaluate journal quality at scale.
Using the MCP, they can resolve a paper's full record with resolve_doi and instantly check its influence using get_citations_count.
They use this to evaluate journal quality by running search_journals or tracking which publishers are gaining traction via search_publishers.
These users track institutional output and funding trends, using tools like get_funder_works to prove grant impact.
Benefits of connecting Stanford CrossRef MCP
You instantly assess a paper's influence by running get_citations_count on its DOI, seeing immediately how many other researchers have used it. This is much faster than manual database checks.
Map the financial backbone of research using get_funder_works. Instead of guessing funding sources, you can pull structured data showing which grants funded a specific body of work.
Build robust bibliographies effortlessly. Use get_reference_list to extract every source cited in a paper; it's perfect for literature reviews and deep dives into academic foundations.
Evaluate the quality of journals or publishers using search_journals or get_publisher. You get metrics like metadata coverage percentages, helping you select reliable sources quickly.
Track researcher output efficiently. If you know an ORCID ID, use search_by_orcid to pull every single publication associated with that person's career record.
Stanford CrossRef MCP use cases
Writing a Literature Review on Gene Therapy
A researcher needs to know all high-impact papers funded by the NIH. Instead of running multiple database queries, they ask their agent to use get_funder_works with the correct funder ID and then run resolve_doi on the resulting list to get full titles, saving hours.
Evaluating a Journal for Publication
A librarian needs to recommend a new journal. They ask the agent to use search_journals, which returns not just the title and ISSN, but also total DOI counts and quality metrics needed to make an informed recommendation.
Attributing Work to a Specific Lab
A research administrator needs to confirm all publications by a specific professor. They use search_by_orcid with the person's unique identifier, getting a complete and verifiable publication list across multiple journals.
Stanford CrossRef MCP tradeoffs
What to watch out for, and the recommended way to handle each one.
Treating DOIs as simple URLs
Copying a DOI (e.g., 10.xxxx/abc) into a browser and getting only an abstract page, forcing you to manually find the citation count or full reference list.
Use your agent to execute resolve_doi on the DOI. This forces the MCP to return structured data, giving you immediate access to authors, dates, and metrics like get_citations_count.
Searching journals in silos
Checking JSTOR for one journal and PubMed for another, leading to fragmented or incomplete views of a topic's output.
Use search_works with advanced filters (like filtering by 'type:journal-article') across the entire 150M+ DOI index. This gives you a unified view of multiple platforms.
Ignoring preprints
Only searching established, peer-reviewed journals, meaning critical, cutting-edge research from bioRxiv or SSRN is missed.
Use search_preprints to include the latest, non-peer-reviewed findings. This ensures your literature review is current and comprehensive.
When to use Stanford CrossRef MCP
Use this MCP if you need verifiable, structured academic data that spans multiple publishing sources. If your task involves mapping citations, tracking funding sources, or analyzing institutional output across the scholarly record, this tool is mandatory. Don't use it if you only need general web search results—it deals exclusively with DOI-registered metadata. Also, don't rely on it to write the actual paper; it provides the data points (like get_reference_list or search_by_affiliation), but your agent does the synthesis.
Frequently asked questions about Stanford CrossRef MCP
How can I find all papers by a specific professor using Stanford CrossRef MCP? +
You use search_by_orcid. Providing the researcher's ORCID ID allows the MCP to pull every piece of published work linked to that unique identifier, regardless of which journal printed it.
Does Stanford CrossRef MCP include preprints from non-academic sources? +
No. However, you can use search_preprints to find DOIs registered with major preprint servers (like bioRxiv). This ensures you capture cutting-edge research before it enters formal journals.
What is the difference between searching by ISSN and using get_journal? +
Searching by search_journals helps you find the journal's metrics (like total output). Using get_journal then retrieves those specific, detailed quality flags and coverage percentages for a known ISSN.
Can I use Stanford CrossRef MCP to check if a DOI is real? +
Yes. Running validate_doi checks the system's registry. It tells you immediately if the identifier exists, and provides basic metadata if it passes validation.