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SchemaFlow MCP Server

MCP Server

Real‑time PostgreSQL & Supabase schema access for AI IDEs via MCP

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Updated Aug 4, 2025

About

SchemaFlow MCP Server offers live, token‑protected schema data for PostgreSQL and Supabase databases, enabling AI‑powered IDEs like Cursor, Windsurf, and VS Code + Cline to generate smarter code with up‑to‑date database context.

Capabilities

Resources
Access data sources
Tools
Execute functions
Prompts
Pre-built templates
Sampling
AI model interactions

SchemaFlow MCP Server in Action

Overview

The SchemaFlow MCP Server bridges the gap between AI-powered development environments and relational database schemas. By exposing a lightweight, token‑authenticated Model Context Protocol endpoint, it delivers real‑time schema metadata to AI assistants in IDEs such as Cursor, Windsurf, and VS Code + Cline. Developers no longer need to manually copy or paste schema information; the assistant can query tables, columns, relationships, and other database objects on demand, enabling smarter code generation, refactoring suggestions, and documentation support.

What Problem Does It Solve?

Modern applications increasingly rely on complex PostgreSQL or Supabase backends. When building with AI assistance, the model often lacks up‑to‑date knowledge of the underlying schema, leading to inaccurate queries or code that fails at runtime. SchemaFlow resolves this by caching the entire schema in a secure store and serving it via MCP, ensuring that AI assistants always have the latest structural context. This eliminates repetitive manual updates and reduces the risk of schema drift between code and database.

Core Features & Value

  • Real‑time Schema Retrieval – The tool fetches tables, columns, relationships, functions, triggers, enums, and indexes. Developers can request specific subsets or the full schema with a single query.
  • Database Analysis offers performance insights, security checks, and structural recommendations tailored to PostgreSQL or Supabase. This empowers teams to spot bottlenecks before they surface in production.
  • Best‑Practice Validation evaluates naming conventions, normalization levels, and other design principles, providing actionable feedback to keep the database healthy.
  • Secure, Token‑Based Access – Only schema metadata is exposed; no user data travels through the server. Tokens are unique, revokable, and tied to individual users.
  • Seamless IDE Integration – The server supports SSE‑based MCP connections, making it straightforward to add as a new tool in popular AI IDEs without modifying the underlying assistant.

Real‑World Use Cases

  • Rapid API Development – An AI assistant can generate CRUD endpoints, SQL queries, or ORM models instantly by querying the current schema.
  • Database Refactoring – When a table is renamed or a column type changes, the assistant can automatically update dependent code snippets and documentation.
  • Onboarding New Developers – Fresh team members receive instant schema context, reducing ramp‑up time and preventing misaligned code.
  • Continuous Compliance – Automated checks on schema alignment help maintain adherence to organizational or regulatory standards.

Integration into AI Workflows

By acting as an MCP server, SchemaFlow plugs directly into the Model Context Protocol pipeline. AI assistants receive schema data as part of their context and can perform operations like autocomplete, error detection, or documentation generation with high fidelity. Because the server communicates over encrypted SSE streams and only returns metadata, it fits naturally into existing privacy‑conscious workflows while adding powerful database awareness.


SchemaFlow’s combination of real‑time schema access, analytical tooling, and strict security makes it an indispensable component for developers who want AI assistants to understand their databases as deeply as they do the application code.