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139,663 tools. Last updated 2026-05-26 12:58

"Information about SQL (Structured Query Language)" matching MCP tools:

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  • Autonomous A2A marketplace providing AI-ready, structured USPTO patent JSON datasets. Features IPC/CPC Sections G (Physics/Computing, e.g., G01 Sensors, G06 AI/ML) and H (Electricity, e.g., H01 Semiconductors, H04 5G). Enables instant M2M data delivery via automated on-chain payment verification. Networks: Base (USDC), Polygon (USDC), Oasis (ROSE).

  • A fully autonomous, Agent-to-Agent (A2A) patent data marketplace powered by the Model Context Protocol (MCP) and A2A standards. This server provides highly structured, AI-optimized JSON patent datasets curated for autonomous R&D agents, LLMs, and Quants. Currently exclusively hosting AI-ready patents from IPC/CPC Sections G (Physics & Computing) and H (Electricity).

  • Process natural language queries about genomics data to generate structured AllianceMine queries for searching genes, diseases, expression, and molecular interactions across multiple organisms.
    MIT
  • Query ServiceNow data using natural language questions to retrieve structured information from ITSM, ITOM, HRSD, and other modules.
    MIT
  • Retrieve predefined tree-sitter query templates for code analysis. Specify the language and template type (e.g., functions, classes) to obtain structured query information for enhanced code context management.
    MIT
  • Query information about IP addresses to retrieve metadata, using the Netdetective API for network investigation and analysis.
    MIT
  • Query Wolfram Alpha for computational, mathematical, scientific, and factual information using natural language. Get answers about chemistry, physics, geography, history, art, astronomy, and more.
  • Generate schema-aware query suggestions with ready-to-run SQL to help explore unfamiliar databases and find useful queries.
    MIT
  • Improve SQL query performance by analyzing execution issues and providing rewritten queries, explanations, and index recommendations.
    MIT
  • Translate a natural-language question into an SQL statement using an LLM. Review the generated SQL before executing it with run_sql.
    MIT
  • Retrieve all business glossary terms for a database connection, including plain-language definitions, SQL expressions, and related tables.
    MIT
  • Answer natural-language questions by automatically generating and executing SQL, returning a Markdown report with summary, highlights, and data preview.
    MIT
  • Define a business glossary term that maps plain-language phrases to SQL expressions. Teach the semantic layer common business terms for consistent query generation.
    MIT