MySQL is an open-source relational database management system that is widely used for web applications and online services. It's known for its reliability, performance, and ease of use in storing and managing data.
Why this server?
Connects to MySQL databases to run SQL queries and analyze data for business intelligence
Why this server?
Connects to MySQL databases through PyMySQL, supporting schema exploration, table information retrieval, and query execution.
Why this server?
Allows querying and interaction with MySQL databases through the AgentMode server
Why this server?
Allows AI models to interact with MySQL databases through a standardized interface, enabling operations like connecting to a database, executing queries, listing tables, and describing table structures.
Why this server?
Provides read-only access to MySQL databases with tools for listing databases, exploring table schemas, and executing secure SQL queries with protection against data modification.
Why this server?
Enables secure interaction with MySQL databases, allowing for listing tables, reading data, and executing SQL queries through a controlled interface for database exploration and analysis.
Why this server?
Enables read-only MySQL database queries for AI assistants, with support for SELECT, SHOW and DESCRIBE operations across multiple environments
Why this server?
Provides a bridge between AI models and MySQL databases, enabling database operations including SQL query execution, table inspection, database selection, and structure analysis.
Why this server?
Enables interaction with MySQL databases through read-only queries, schema exploration, and safe testing of write operations (with rollback). Provides tools for executing queries, listing tables, and describing table structures.
Why this server?
Allows importing data from CSV and Excel files into MySQL databases
Why this server?
Allows connecting to and interacting with MySQL databases, including listing tables, viewing triggers, listing functions, executing SQL queries, and exporting schema and data.
Why this server?
Allows executing SQL queries against MySQL databases, supporting multiple SQL statements, table name/field querying based on comments, SQL execution plan analysis, and Chinese to pinyin field conversion.
Why this server?
Allows AI models to interact with MySQL databases through a standardized interface, providing operations like querying, executing updates, listing tables, describing table structure, and creating tables
Why this server?
Provides specialized prompt suggestions for MySQL database design and development tasks
Why this server?
Allows Claude to query MySQL databases directly, execute SQL queries, get information about tables (including size and structure), and receive formatted query results.
Why this server?
Supports MySQL database operations, including listing existing databases, creating new databases, and installing MySQL instances via the 1Panel interface.
Why this server?
Provides SQL query execution capabilities against a MySQL database, including SELECT, CREATE TABLE, INSERT, UPDATE, and DELETE operations, with results returned in JSON format.
Why this server?
Provides a universal interface for AI agents to interact with Alibaba Cloud AnalyticDB for MySQL, enabling database metadata retrieval, SQL query execution, query plan analysis, and access to table structures across databases.
Why this server?
Supports querying MySQL databases with read-only access, enabling SQL generation and execution with data export capabilities
Why this server?
Optional database backend that can be configured to replace the default SQLite database
Why this server?
Provides read-only access to MySQL databases, allowing LLMs to inspect database schemas and execute read-only SQL queries against connected MySQL databases.
Why this server?
Provides access to MySQL databases for browsing tables, viewing schema information, and executing read-only SQL queries with safety protections.
Why this server?
Enables creation and management of MySQL database instances with configuration options and lifecycle controls.
Why this server?
Support for MySQL databases is planned in future releases, allowing schema inspection, query execution, and database operations
Why this server?
Connects to MySQL databases, generates optimized APIs based on schema analysis, and provides access to data with built-in security features.
Why this server?
Allows direct interaction with MySQL databases to execute queries, examine table structures, and analyze data
Why this server?
Supports full MySQL database integration, including connection management, table browsing, data manipulation, and query explanation via MySQL Visual Explain.
Why this server?
Allows deployment of MySQL containers through natural language commands.
Why this server?
Allows querying of MySQL data by exposing it as relational SQL models through the CData JDBC Driver.
Why this server?
Stores and manages RSS feed data, articles, and user preferences in a MySQL database, with configurable connection settings.
Why this server?
Enables direct SQL access to MySQL database systems.
Why this server?
Provides direct SQL access to MySQL databases
Why this server?
Offers read-only access to MySQL relational database tables and data.
Why this server?
Listed as a supported data source for integration with the MCP server, allowing access to MySQL data.
Why this server?
Allows read-only access to MySQL databases through SQL queries.
Why this server?
Allows native SQL access to MySQL relational databases.
Why this server?
Listed as a supported data source for querying MySQL databases.
Why this server?
Enables native SQL access to MySQL databases and tables.
Why this server?
Allows querying MySQL database data through SQL interfaces.
Why this server?
Allows access to data stored in MySQL databases through SQL interfaces.
Why this server?
Provides access to MySQL database data through SQL queries.
Why this server?
Listed as a supported data source for integration through the CData JDBC driver.
Why this server?
Provides read access to MySQL database data through SQL interfaces, enabling natural language querying of relational database information.
Why this server?
Listed as a supported data source in the compatibility table, enabling access to MySQL data.
Why this server?
Supports analysis of MySQL container images and can generate docker-compose configurations that include database services.
Why this server?
Enables inspection and manipulation of MySQL database content through SQL queries, with support for table creation and management
Why this server?
Enables connection to MySQL databases with support for secure connections, allowing SQL query execution, schema information retrieval, and performance analysis.
Why this server?
Provides database access capabilities for MySQL, supporting query execution and schema exploration
Why this server?
Provides a query interface to MySQL databases through SSE (Server-Sent Events), allowing real-time access to database operations and data retrieval from MySQL servers.
Why this server?
Enables AI agents to interact with MySQL databases by providing rich context about schema, relationships, and data patterns. Allows execution of SQL queries, data modification operations, and transaction management with full schema awareness.
Why this server?
Enables natural language queries to MySQL databases, allowing users to fetch data, list available tables, and read table contents using natural language commands, powered by XiYanSQL text-to-SQL technology.
Why this server?
Allows Language Learning Models (LLMs) to inspect database schemas and execute read-only queries on MySQL databases
Why this server?
Provides read-only access to MySQL databases, enabling SQL queries for tables, views, and relational data.
Why this server?
Enables database navigation, schema retrieval, and SQL query execution with type safety for MySQL databases
Why this server?
Allows querying MySQL database tables and data through SQL.
Why this server?
Listed as a supported data source for integration, allowing access to MySQL data through the MCP server.
Why this server?
Allows querying of MySQL databases through relational SQL models.
Why this server?
Listed as a supported data source for integration through the CData JDBC Driver
Why this server?
Provides tools for retrieving tables, columns, and executing SQL SELECT queries against MySQL databases. Enables access to live MySQL data through a read-only interface.
Why this server?
Provides direct SQL access to MySQL databases, tables, and data.
Why this server?
Provides read-only access to MySQL databases, allowing for schema inspection and execution of read-only SQL queries within a READ ONLY transaction context.
Why this server?
Uses MySQL as the database backend for storing and managing RSS feed data, articles, and user preferences.
Why this server?
Supports converting natural language to SQL for MySQL databases
Why this server?
Supports deployment to environments with MySQL databases, particularly for shared hosting deployments
Why this server?
Enables AI models to interact with MySQL databases by providing tools for executing SQL queries, creating tables, describing table schemas, getting query execution plans, and listing available tables.
Why this server?
Enables AI assistants to interact with MySQL databases by executing SQL queries and checking database connectivity
Why this server?
Supports generating API architecture plans with MySQL integration as a database option
Why this server?
Provides read-only access to MySQL databases, allowing inspection of database schemas and execution of read-only SQL queries with features like prepared statements, connection pooling, and comprehensive table schema information.
Why this server?
Provides tools to connect to MySQL databases and execute SQL queries, with support for multiple queries, returning results in JSON format. Configurable for different MySQL environments and includes optional read-only mode.
Why this server?
Supports SQL output format with MySQL dialect for random user data, including CREATE TABLE statements and proper type handling.
Why this server?
Supports multiple MySQL server instances with independent configurations pointing to different databases, users, and connection settings.
Why this server?
Provides read-only access to MySQL databases, allowing inspection of database schemas and execution of read-only SQL queries against the connected database.
Why this server?
Enables secure access to MySQL databases with capabilities for reading data (SELECT queries, listing tables, viewing schemas), writing data (INSERT/UPDATE/DELETE with transaction support), and security features like read-only transaction modes and parameterized queries.
Why this server?
Supports MySQL as an alternative database option for storing product and order information.
Why this server?
Allows querying and accessing MySQL databases, supporting SQL query execution and table structure examination on configured MySQL connections
Why this server?
Enables interaction with MySQL databases through capabilities to list available databases, browse tables, describe table structures, and run SQL queries with built-in security controls.
Why this server?
Connects to a MySQL database, allowing LLMs to execute SQL queries, retrieve database information (databases, tables, and table structures), with configurable query timeout and result size limits.
Why this server?
Stores message data in MySQL database with functionality to query message history and user activity statistics
Why this server?
Allows interaction with MySQL databases, providing tools to execute SQL queries, retrieve data, and analyze results through a client-server architecture.
Why this server?
Supported as an optional alternative database backend that can be configured by changing the DATABASE_URL environment variable.
Why this server?
Provides database interaction capabilities through MySQL, enabling SQL query execution, table creation, and database schema exploration with tools for reading data, writing data, creating tables, listing tables, and describing table schemas.
Why this server?
Enables interaction with MySQL databases, supporting table management, CRUD operations, custom SQL queries, and schema viewing through a set of tools and resources.
Why this server?
Provides tools for MySQL database operations including executing SQL queries, managing table structures, listing tables, describing table schemas, and performing CRUD operations (insert, update, delete data) on MySQL databases.
Why this server?
Enables secure connections to local MySQL databases, supporting all types of SQL queries (SELECT, INSERT, UPDATE, DELETE, etc.) through natural language interaction
Why this server?
Enables initialization and management of MySQL databases within Coolify deployments.
Why this server?
Enables secure interaction with MySQL databases, allowing listing of tables, reading data, and executing SQL queries through a controlled interface for database exploration and analysis.
Why this server?
Provides direct access to MySQL databases, allowing execution of SQL queries, table management, and storage of notes with title and content in a MySQL database
Why this server?
Allows connection to MySQL databases, executing queries, and managing transactions for data storage and retrieval
Why this server?
Provides database interaction capabilities through MySQL, enabling SQL query execution, table management, schema analysis, and business intelligence generation with automatic insights creation.
Why this server?
Allows connection to and operations on a local MySQL database, including querying databases, viewing tables, and executing parameterized queries
Why this server?
Supports conversational interaction with MySQL databases, allowing users to query and manage data using natural language.
Why this server?
Allows executing SQL queries against MySQL databases by providing connection to MySQL databases and tools for executing SQL queries