Execute read-only GraphQL queries on a Hasura endpoint, providing a query string and optional variables to retrieve data efficiently.
164,693 tools. Last updated 2026-05-31 08:17
"Hasura" matching MCP tools:
- Retrieve and organize data tables managed by Hasura, filtered by schema, to simplify database exploration and schema discovery.
- Verify the reachability of a Hasura GraphQL endpoint by testing its health status using a specific HTTP URL to ensure operational reliability.
- Retrieve a sample of rows from a specified table to preview data, with an optional row limit, for efficient schema exploration and query validation.
- Examine table structure with column types and descriptions using a Hasura GraphQL MCP Server. Input table name and optional schema to retrieve details.
- Retrieve comprehensive details about a specified GraphQL type, including its structure and usage. Ideal for understanding and integrating GraphQL schemas in Hasura-based applications.
Matching MCP Servers
- FlicenseAqualityCmaintenanceA Model Context Protocol server that enables AI agents to dynamically interact with Hasura GraphQL endpoints through natural language, supporting schema discovery, data querying/manipulation, and aggregations.Last updated922
- Flicense-qualityCmaintenanceEnables AI agents to interact with Hasura GraphQL endpoints to discover schema structures and execute queries or mutations. It provides specialized tools for table introspection, data previewing, and performing data aggregations through natural language.Last updated
- Retrieve available top-level query, mutation, or subscription fields for a Hasura GraphQL endpoint to enable schema discovery and dynamic interaction with the API.
- Execute GraphQL mutations to insert, update, or delete data on Hasura GraphQL endpoints. Define the mutation string and optional variables for precise data manipulation.
- Perform data aggregations (count, sum, avg, min, max) on specified tables using a Hasura GraphQL filter. Supported by the Advanced Hasura GraphQL MCP Server for efficient data analysis.