Bring Pgvector
to Claude Code

Integrate the powerful AI-native PostgreSQL extensions of Supabase Vector straight into your conversational LLM workflows. By authenticating your environment natively with the service_role key, your AI assistant bypasses row-level security constraints to operate as an unrestricted database administrator. Perform advanced similarity searches using the pgvector extension, parse and manipulate multi-dimensional embeddings, and execute foundational CRUD operations via simple natural language commands. Streamline RAG (Retrieval-Augmented Generation) setups and semantic engineering directly, avoiding the need for external dashboards or manual SQL querying.

What you can do

• Semantic Vector Matching — Seamlessly query unstructured contextual similarities performing embedding comparisons by executing match_vectors utilizing custom postgres RPC parameters locally.
• Database Structural Interaction — Systematically browse schema availability utilizing list_tables and extract specific data arrays effortlessly through query_table_rows.
• Content State Manipulations — Seamlessly orchestrate data inputs invoking insert_table_rows or explicitly clear legacy assignments logically mapping identifiers with delete_table_rows.
• Custom Functional Logic — Launch sophisticated PL/pgSQL algorithms statically configured in your Supabase backend directly with call_postgres_function.

How it works

1. Set up the Supabase Vector MCP module as an active integration inside your CLI environment.
2. In the configuration matrix, bind your exact deployed SUPABASE_URL alongside your powerful validation SUPABASE_SERVICE_KEY.
3. Instruct your AI securely: "Match the current context to my 'documents_embeddings' function extracting the 5 most similar articles, then call the active review RPC."

Who is this for?

• AI & Data Engineers — Rapidly iterate embedding architectures testing embedding models and distance metrics strictly without opening external validation platforms.
• PostgreSQL Database Administrators — Diagnose semantic accuracy directly from the prompt line configuring inputs organically and adjusting values via conversational arrays.
• Backend Developers — Evaluate robust vector databases quickly debugging your semantic infrastructure and RAG deployments natively directly in your active workspace.