NASA TechPort MCP for AI. Analyze R&D and Funding Data from NASA Projects.
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NASA TechPort connects your AI client directly to a massive database of aerospace and space technology research data. Use this server to search thousands of active/completed NASA projects, track open funding calls, and map out complex R&D taxonomies without writing boilerplate API code.
What your AI can do
Search object all data
Runs a broad search across all available fields and object types in the entire database.
List organization types
Shows a list of predefined types (e.g., university, private company) that organizations can fall under.
List organizations
Lists multiple organizations, allowing you to filter by type or location criteria.
Retrieve detailed metadata, status updates, and descriptions for specific NASA tech projects using get_project(ID).
Search for open grants and contracts based on criteria, then export the data set using export_opportunities.
List all participating organizations or search specific ones to determine their type and role within a program via get_organization(ID).
View the structured hierarchy of NASA technologies, getting a full taxonomy tree using get_taxonomy_tree.
Run advanced searches against multiple object types and fields simultaneously using search_object_advanced.
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NASA TechPort: 29 Tools for Space R&D & Funding
These tools allow your AI agent to query every aspect of NASA's technology portfolio, from project status to funding eligibility.
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Start using NASA TechPort (Technology Projects) on VinkiusSearch Object All Data
Runs a broad search across all available fields and object types in the entire database.
List Organization Types
Shows a list of predefined types (e.g., university, private company) that...
List Organizations
Lists multiple organizations, allowing you to filter by type or location criteria.
List Programs
Provides a list of all major NASA programs currently tracked in the database.
List Projects
Lists available technology project IDs, requiring you to specify an update date...
List Taxonomies
Retrieves a list of high-level taxonomy root categories for navigation.
Export Opportunities
Pulls a dataset of identified funding opportunities for external analysis or reporting.
Get Api Spec
Retrieves the complete OpenAPI specification for this entire API server setup.
Get Enum
Returns a list of valid options (enumerations) for a specific field name, helping...
Get Max Funding Amount
Determines the highest potential funding amount associated with an opportunity or...
Get Nonce
Refreshes a user session nonce, which is necessary for keeping secure and stable...
Get Opportunity
Fetches all detailed data points related to one specific funding opportunity ID.
Get Organization
Retrieves comprehensive information about a single, identified organization participating in NASA programs.
Get Program
Gets detailed information for an entire NASA program and its scope of work.
Get Project
Retrieves all metadata, status, and details for a specific technology project ID.
Get Schema
Shows the exact data structure (object schema) used for a given object type in the...
Get Taxonomy
Retrieves a root taxonomy node and all of its immediate children nodes.
Get Taxonomy Tree
Pulls the full, interconnected hierarchy of NASA technologies in a structured tree format.
List Contacts
Lists key contacts associated with the overall TechPort system.
List Enums
Provides a list of all possible enumerated values used across various fields in the...
List Opportunities
Lists all current funding opportunities available through NASA TechPort for review.
List Taxonomy Nodes
Lists specific nodes within the taxonomy, filtering by parent ID, level, or code.
Predict Drex
Suggests relevant Destination Area classifications based on a project's description...
Predict Trex
Recommends appropriate taxonomy tags for a given technology description, helping you categorize it.
Search Object Advanced
Performs detailed searches on an object type based on multiple, complex criteria (e.g., status AND year).
Search Object
Searches across all objects using a general query string against the object type.
Search Opportunities
Searches for funding opportunities that match specific criteria like focus area or...
Search Organizations
Filters and finds organizations by matching provided names, locations, or types.
Submit Feedback
Sends anonymous feedback directly to the TechPort team for API improvements or...
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Claude AI
Open Claude Settings
Go to claude.ai, click your profile icon, then navigate to Customize → Connectors.
Add Custom Connector
Click the "+" button and select Add custom connector. Paste your Vinkius endpoint URL:
https://edge.vinkius.com/[YOUR_TOKEN_HERE]/mcp
Replace [YOUR_TOKEN_HERE] with your token
from cloud.vinkius.com. For OAuth-protected servers, expand
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Start a conversation
Open a new chat. The NASA TechPort integration is available immediately — no restart needed.
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Make Your AI Do More
Start with NASA TechPort (Technology Projects), then connect any of our 5,000+ other servers whenever your AI needs more. One click, no limits.
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Independent Platform Disclaimer: Vinkius is an independent platform and is not affiliated with, endorsed by, sponsored by, verified by, or otherwise authorized by NASA TechPort. 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 29 powerful capabilities that interface natively with Claude, ChatGPT, Cursor, and other compatible AI platforms. No middleware. No custom integration required.
Sifting through NASA's R&D data is a nightmare of tabs and PDFs.
Manually tracking aerospace tech means bouncing between dozens of pages: one tab for the program name, another for funding status, yet *another* to check if the contributing organization is active. You spend hours copy-pasting IDs, cross-referencing dates, and manually checking schemas just to piece together a single project timeline.
With this MCP server, your agent handles all that heavy lifting in one chat window. Instead of dozens of clicks, you ask for a specific comparison—like 'Show me the funding gap between Propulsion X and Materials Y.' The agent runs `search_opportunities` and `get_project(ID)` to deliver the answer.
NASA TechPort MCP Server: Get Structured R&D Data.
You no longer have to wait for a human analyst or build complex web scrapers. The system gives you direct access to the database's logic—you can pull structured lists of organizations using `list_organizations` and map out entire technology branches with `get_taxonomy_tree`.
The data is precise, actionable, and ready to be consumed by your next feature. You stop assembling reports piece-by-piece; you just ask for the final output.
What your AI can actually do with this
Your AI client connects straight to NASA TechPort, giving you access to a massive database covering aerospace research and funding data across NASA's entire portfolio. You don't need to write boilerplate API code; your agent handles the connection, letting you search thousands of active or completed initiatives. This server lets you pull deep, structured insights into how space technology is funded and developed.
Discovering Technology Projects and Statuses
You can retrieve all metadata, current status updates, and full descriptions for any specific tech project using get_project(ID). To get an overview of what's available, run list_projects, which requires you to specify an update date parameter. For the most detailed information on object types or data fields, check the structure with get_schema or pull a list of all possible field options using get_enum.
You can perform really complex searches across multiple object types and criteria simultaneously by running search_object_advanced. If you need to search everything without knowing the specific object type, use search_object_all_data. To figure out what taxonomy tags fit a description, try predict_trex; if you're guessing at the relevant destination area for a project, run predict_drex.
Tracking Funding Opportunities and Grants
This server lets you find open grants and contracts. Use list_opportunities to see every current funding opportunity NASA TechPort is tracking. To narrow down those chances, use search_opportunities, filtering by focus area or maximum dollar amount. When you identify a specific chance, get_opportunity(ID) pulls all the detailed data points for that ID.
You can also determine the absolute highest potential funding attached to any program using get_max_funding_amount. Once you've finished your analysis, pull out the full dataset of identified funding opportunities using export_opportunities for reporting or external work.
Mapping Organizations and Programs
You can map out who’s involved in these programs. Use list_organizations to get a list of participating groups, filtering them by location or type. When you need deep info on one group, like their role or full profile within NASA's system, run get_organization(ID). If you just want the recognized categories—like 'university' or 'private company'—use list_organization_types.
To get a general list of all major initiatives being tracked, use list_programs, which provides details for an entire program and its scope of work. You can also search for specific organizations by name, location, or type using search_object.
Building the Technology Roadmap (Taxonomy)
To understand how NASA organizes technologies, you'll use the taxonomy tools. Run get_taxonomy_tree to pull the complete, interconnected hierarchy of all NASA technologies in a structured tree format. If that’s too broad, run list_taxonomies to see the high-level root categories. You can then drill down into specific nodes using list_taxonomy_nodes, letting you filter by parent ID, level, or code.
Advanced Searching and Utility Functions
The server provides several ways to search: besides listing projects, running a general query against any object type works with search_object. For maximum reach, search_object_all_data searches every single field and object type in the database. To learn how this entire API is set up for your agent, you can retrieve the complete OpenAPI specification using get_api_spec.
If you're not sure what values are valid for a certain field, run list_enums or use get_enum on that specific field name. The system also lets you list key contacts associated with TechPort via list_contacts, and if the API needs maintenance, you can send anonymous feedback using submit_feedback.
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Here's how it actually works
The bottom line is that your AI client acts as a specialized research librarian, handling API calls to pull structured R&D data instantly.
Subscribe to the server and provide your unique NASA API Key.
Ask your AI client a complex question, like: 'Find all active projects related to advanced propulsion funded by institutions in California.'
The agent calls multiple tools (search_object_advanced, get_project, etc.) sequentially, pulling only the required data and giving you one summarized answer.
Who is this actually for?
This server targets professionals who live in the intersection of deep technical research and government policy. It's for the defense contractor needing project specs, the academic researcher hunting for collaboration leads, or the government analyst tracking where billions are being invested.
Uses get_project(ID) to track specific tech advancements in propulsion or materials. They need to know if a project is 'Active' or just proposed.
Runs broad searches using search_object_advanced across multiple criteria (e.g., 'autonomous robotics' AND 'materials science') to find existing work and avoid duplication.
Employs list_organizations and search_opportunities to map which sectors are getting funding and how those investments align with national goals.
What Changes When You Connect
Find specific project data fast. Instead of browsing thousands of records, you can use get_project(ID) to pull every detail for a single tech initiative in seconds.
Pinpoint funding gaps with precision. Use search_opportunities and then check the limits using get_max_funding_amount so you never miss a grant call.
Map out the entire technological scope. The get_taxonomy_tree tool lets you see how all NASA tech areas connect, turning a massive list into an actionable map.
Target your search effectively. Forget general searches; use search_object_advanced to query across multiple object types using complex filters (e.g., 'Active' AND 'Propulsion').
Build data exports for reports. After finding the relevant opportunities, export_opportunities pulls a clean dataset you can hand straight over to management.
See it in action
A company needs to prove its research niche.
The engineer runs into a wall of general data. They ask their agent: 'Which organizations are working on autonomous robotics and have funding over $1M?' The agent uses search_object_advanced across both the organization type and the opportunity criteria, pulling back a clean list they can use for partnership pitches.
An academic wants to avoid duplicating research.
A scientist needs to know if their proposed study overlaps with existing NASA work. They ask: 'Show me all projects related to advanced materials science in the past five years.' The agent uses list_projects with a date filter, followed by get_project(ID) on key results, giving the scientist immediate overlap data.
A policy group is tracking investment trends.
The analyst needs to know which parts of space tech are getting attention. They ask: 'What are the top 5 most funded programs in deep space exploration?' The agent uses list_programs to get names, then runs search_opportunities against those specific program IDs to summarize investment flow.
A team needs a quick data schema check.
The dev asks: 'What fields does an organization object have?' The agent immediately calls get_schema(organization) and returns the precise structure, saving time spent reading documentation or guessing field names.
The honest tradeoffs
Using only basic search tools.
Asking for 'all robotics data' using search_object yields hundreds of vague results that don't tell you the status or funding level, forcing manual cross-referencing in a spreadsheet.
Use structured calls. First, run list_organizations to narrow down participants, then use search_object_advanced by combining organization filters with specific criteria like 'status: Active' and 'area: Propulsion'.
Ignoring required parameters.
Trying to list projects without specifying a date range. The API fails because the tool requires an updatedSince query parameter, wasting several minutes of debugging time.
Always check the specific listing tools like list_projects. Note that it 'Requires updatedSince query parameter,' and include that date in your request to get results.
Over-querying general data points.
Calling get_opportunity for every single ID found by a basic search. This is inefficient and quickly runs up API call limits without providing new information.
First, use the targeted search_opportunities to filter down your list based on criteria (e.g., funding amount). Only then do you pull details using get_opportunity(ID).
When It Fits, When It Doesn't
Use this MCP Server if your goal is deep, structured investigation into government R&D or funding cycles. You need to know who is working on what, and how much money is involved. Don't use it if you just need a general overview of NASA—use the main TechPort website for that. If you only need a list of available fields, get_schema or list_enums is your primary tool. If you are building a client and just want to validate API calls, run get_api_spec. Don't use it if you don't have an API key; the server won't function without proper authentication.
Questions you might have
How do I find out if a project ID exists using get_project(ID)? +
The system returns full metadata immediately. If the ID is invalid or doesn't exist, it will return an error message stating that the record could not be found, preventing further queries.
What should I use if I want to list all current funding opportunities? Do I need list_opportunities or search_opportunities? +
Start with list_opportunities for a master inventory. If you have specific criteria (like minimum funding amount or topic), then run search_opportunities to filter that large set down.
Can I find out what fields are available when I search using search_object_advanced? +
You should first use get_schema(Type) for the specific object type you're interested in. This tells you exactly which fields and data formats are available before you write your complex query.
I need to know what kinds of organizations exist at NASA. +
Run list_organization_types first. This gives you the valid categories (university, contractor, etc.) that you can then use when calling list_organizations or search_organizations.
How do I ensure my session is secure before using tools like get_organization or list_programs? +
You must call get_nonce() first. This refreshes your unique user nonce, which guarantees a secure session token for all subsequent API calls you make.
Before I run a complex query, how can I use get_schema to verify the data types of fields? +
Use get_schema(object_type) on the specific object type. It returns the full JSON schema definition, letting you validate inputs and understand required field formats before querying.
When listing many records using list_projects, how do I handle pagination or rate limits? +
The API response includes pagination metadata. Check for a 'next page' token in the result set; include that parameter in your next call to retrieve all available projects.
What is the best way to map out NASA’s entire technology roadmap using get_taxonomy_tree? +
Call get_taxonomy_tree() once. This provides a complete, structured tree view of every taxonomy node and relationship, giving you the full organizational context for R&D classification.
How can I find detailed information about a specific NASA project if I have its ID? +
You can use the get_project tool by providing the specific projectId. The agent will return comprehensive metadata including the project's description, status, and lead organizations.
Is it possible to search for active funding opportunities for space technology? +
Yes! Use the search_opportunities tool with your specific criteria. You can also use list_opportunities to see all current funding calls available in the TechPort system.
Can I see the entire NASA technology taxonomy structure? +
Absolutely. Use the get_taxonomy_tree tool to retrieve the full hierarchical structure of NASA's technology areas, which helps in understanding how different projects are categorized.
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