weaviate

Weaviate is an open-source vector database that stores both objects and vectors, allowing for the combination of vector search with structured filtering with the fault tolerance and scalability of a c

Visit WebsiteView on GitHub
15.9k
Stars
+1325
Stars/month
10
Releases (6m)

Overview

Weaviate is an open-source, cloud-native vector database that stores both objects and vectors, enabling semantic search at scale. It combines vector similarity search with keyword filtering, retrieval-augmented generation (RAG), and reranking capabilities in a single query interface. The database supports two approaches for vector storage: automatic vectorization at import using integrated models from providers like OpenAI, Cohere, and HuggingFace, or direct import of pre-computed vector embeddings. Production deployments benefit from built-in enterprise features including multi-tenancy, replication, and RBAC authorization. With over 15,000 GitHub stars, Weaviate has become a popular choice for organizations building AI-powered applications that require sophisticated search and retrieval capabilities beyond traditional keyword-based systems.

Pros

  • + Unified query interface that combines vector similarity search with structured filtering and RAG capabilities
  • + Multiple deployment options including Docker, Kubernetes, cloud services, and major cloud marketplaces (AWS, GCP)
  • + Enterprise-ready with built-in multi-tenancy, replication, RBAC authorization, and integration with popular ML model providers

Cons

  • - Requires understanding of vector embeddings and semantic search concepts for optimal implementation
  • - May involve complexity overhead for simple use cases that don't require vector search capabilities

Use Cases

Getting Started

1. Install using Docker by creating a docker-compose.yml file with Weaviate and embedding model services, 2. Start the services with docker-compose up to run Weaviate on port 8080, 3. Follow the quickstart tutorial to create your first collection and import data with automatic vectorization