Skip to content

Weaviate is an open source vector database that stores both objects and vectors, allowing for combining vector search with structured filtering with the fault-tolerance and scalability of a cloud-native database, all accessible through GraphQL, REST, and various language clients.

License

douchunrong/weaviate

 
 

Repository files navigation

Weaviate Weaviate logo

Build Status Go Report Card Coverage Status Slack

Overview

Weaviate is an open source vector database that is robust, scalable, cloud-native, and fast.

If you just want to get started, great! Try:

And you can find our documentation here.

If you have a bit more time, stick around and check out our summary below 😉


Why Weaviate?

With Weaviate, you can turn your text, images and more into a searchable vector database using state-of-the-art ML models.

Some of its highlights are:

Speed

Weaviate typically performs a 10-NN neighbor search out of millions of objects in single-digit milliseconds. See benchmarks.

Flexibility

You can use Weaviate to conveniently vectorize your data at import time, or alternatively you can upload your own vectors.

These vectorization options are enabled by Weaviate modules. Modules enable use of popular services and model hubs such as OpenAI, Cohere or HuggingFace and much more, including use of local and custom models.

Production-readiness

Weaviate is designed to take you from rapid prototyping all the way to production at scale.

To this end, Weaviate is built with scaling, replication, and security in mind, among others.

Beyond search

Weaviate powers lightning-fast vector searches, but it is capable of much more. Some of its other superpowers include recommendation, summarization, and integrations with neural search frameworks.

What can you build with Weaviate?

For starters, you can build vector databases with text, images, or a combination of both.

You can also build question and answer extraction, summarization and classification systems.

You can see code examples here, and you might find these blog posts useful:

Integrations

Examples and/or documentation of Weaviate integrations (a-z).

Weaviate content

Speaking of content - we love connecting with our community through these. We love helping amazing people build cool things with Weaviate, and we love getting to know them as well as talking to them about their passions.

To this end, our team does an amazing job with our blog and podcast.

Some of our past favorites include:

📝 Blogs

🎙️ Podcasts

📰 Newsletter

Subscribe to our 🗞️ newsletter to keep up to date including new releases, meetup news and of course all of the content,.

Join our community!

We invite you to:

  • Join our Slack community, and
  • Ask questions at our forum.

You can also say hi to us below:


Weaviate helps ...

  1. Software Engineers - Who use Weaviate as an ML-first database for your applications.

    • Out-of-the-box modules for: AI-powered searches, Q&A, integrating LLMs with your data, and automatic classification.
    • With full CRUD support like you're used to from other OSS databases.
    • Cloud-native, distributed, runs well on Kubernetes and scales with your workloads.
  2. Data Engineers - Who use Weaviate as fast, flexible vector database

    • Use your own ML mode or out-of-the-box ML models, locally or with an inference service.
    • Weaviate takes care of the scalability, so that you don't have to.
  3. Data Scientists - Who use Weaviate for a seamless handover of their Machine Learning models to MLOps.

    • Deploy and maintain your ML models in production reliably and efficiently.
    • Easily package any custom trained model you want.
    • Smooth and accelerated handover of your ML models to engineers.

Read more in our documentation

Interfaces

You can use Weaviate with any of these clients:

You can also use its GraphQL API to retrieve objects and properties.

GraphQL interface demo

Demo of Weaviate

Additional material

Reading

About

Weaviate is an open source vector database that stores both objects and vectors, allowing for combining vector search with structured filtering with the fault-tolerance and scalability of a cloud-native database, all accessible through GraphQL, REST, and various language clients.

Resources

License

Stars

Watchers

Forks

Releases

No releases published

Packages

No packages published

Languages

  • Go 99.4%
  • Shell 0.5%
  • Assembly 0.1%
  • C 0.0%
  • Python 0.0%
  • Dockerfile 0.0%