Every operation becomes a capability
One per operation. An operation without an operationId is named from its method and path rather than skipped, because a nameless endpoint is still an endpoint somebody wants to call.
OpenAPI to MCP
Your API is already a set of capabilities.
Meetext discovers every operation, classifies its risk and freezes the approved subset into a customer deployment. Conversion takes a URL; safe enterprise delivery is the product.
Your existing code
Connect a source. Choose what ships.
Capabilities, with boundaries.
OpenAPI → customer-scoped tools
get_accountsReadApprovedupdate_accountWriteReviewdelete_accountDestructiveBlockedA source change never silently widens access.
Only what you approve goes out.
Parameters and body become one schema
Path parameters, query parameters and the request body are different things in OpenAPI and one thing to a model calling a tool. They are normalised into a single JSON Schema, so the caller sees arguments rather than a transport layout.
Risk is classified, not assumed
GET is read. POST, PUT and PATCH are write. DELETE is destructive. Destructive capabilities cannot be published until somebody approves them explicitly, which is the check that stops an agent being handed a delete endpoint by accident.
The schema is fingerprinted
If the document changes and an approved capability's schema changes with it, the approval is revoked rather than carried forward. An approved contract that quietly became a different contract is the thing nobody catches in review.
curl -X POST https://api.meetext.xyz/v1/products/{id}/sources \
-H "authorization: Bearer $MEETEXT_API_KEY" \
-d '{"type": "openapi",
"config": {"url": "https://api.acme.com/openapi.json"}}'
# Operations are imported and classified.
# Enable the ones customers should get, approve the
# destructive ones explicitly, then publish.Then the hard part
A tool list is not a deployment. Your enterprise customer needs the capabilities running inside their own workspace, under their own grant, limited to what they bought, reviewed by their security team and proven to work. Then they need it to keep working while you ship new versions.
Watch that happen on one deployment · What enterprise MCP actually requires
Questions
Is this just a converter?
The conversion is the mechanical part and it takes a URL. What follows is the part that takes weeks by hand: deciding which operations are safe to expose, getting them through a customer's security review, running the OAuth flow in that customer's workspace, proving a capability actually executes, freezing the set so your next release does not change it underneath them, and operating it afterwards.
Do I need to write an MCP server?
No. Meetext serves the MCP endpoint per customer environment and calls your API behind it. If you already run an MCP server, point Meetext at that instead; both normalise into the same internal capability format.
What happens to authentication against my API?
Your API's own authentication stays yours. Meetext holds the customer's grant for the destination they installed into, and calls your API the way your configuration says to. It never asks a customer to grant access to your backend.
What about operations that cannot be described?
They are refused with the reason shown rather than silently dropped. An operation missing from a tool list with no explanation is a support ticket; an operation refused with a stated cause is a decision somebody can act on.
Your next customer is waiting.You build the product.
You build the product.
We take it from here.
Connect a source, approve what ships and send your customer an install link. 2 customer environments free. No card required.