// rag · activeloopai/deeplake

deeplake

deeplake est un projet de RAG et connaissances open source, créé par activeloopai (activeloopai/deeplake sur GitHub). Il compte 9 250 étoiles sur GitHub et 726 forks, il est publié sous la licence Apache-2.0 et a été mis à jour pour la dernière fois sur GitHub le 21 mai 2026.

Deep Lake — a multimodal datalake and vector store for AI, with version control and training streaming.

★ 9,2 k étoiles⑂ 726 forksApache-2.0mis à jour mai 2026
▦ visuel — le README de ce projet ne contient aucune capture intégrable,
voici donc un emplacement réservé. Le guide ci-dessous est complet malgré tout.
// détails du projet

Détails du projet

Étoiles GitHub
9 250
Forks
726
Licence
Apache-2.0
Dernière mise à jour sur GitHub
21 mai 2026
Type de fiche
Guide d'installation complet
Site officiel
Official site
// fonctionnement

Comment ça marche

  1. Clarify your goal

    Decide whether you need the vector store for retrieval, dataset storage and streaming for training, or both — and whether you will use the hosted app or fully local storage.

  2. Get the project

    Clone activeloopai/deeplake from GitHub (or use the install path in the run steps below) and skim its README for the parts relevant to your goal.

  3. Install and configure

    Install the deeplake Python package; register in the Deep Lake app only if you want the managed features.

  4. Run your first task

    Create a small dataset or vector store with a few samples, query it for similarity, and open it in the visualiser to check the data.

// fonctionnalités

Pourquoi on l'adore

Multimodal tensor storage

Store images, video, audio, text and embeddings together in a columnar format designed for ML, with per-column compression control.

Vector store for RAG

Use Deep Lake as a vector store for retrieval applications, with LangChain and LlamaIndex integrations and image similarity search.

Version control for data

Native dataset versioning lets you track, diff and roll back dataset states like code.

In-browser visualisation

Inspect datasets visually in the browser instead of guessing from file listings.

Streaming to training

Stream data efficiently into deep-learning training loops, with tutorials for training models on stored datasets.

Agent data runtime

Positioned as an AI data runtime for agents, combining serverless Postgres with the multimodal datalake for retrieval and training.

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// lancez-le

Lancez-le vous-même

  1. Clone the repository

    Get the source from the official GitHub repository for deeplake.

    git clone https://github.com/activeloopai/deeplake.git
    cd deeplake
  2. Install Deep Lake

    Install the Python package exactly as the README's install section shows.

    pip install deeplake
  3. Create and query a dataset

    Follow the README's vector-store quickstart pattern to create a dataset and run a similarity query.

    # In Python: import deeplake; ds = deeplake.empty('mem://example')  # see README quickstart for the full example
// cas d'usage

Ce que vous pouvez créer

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// faq

Questions fréquentes

Who maintains deeplake?

Activeloop (activeloopai), through the activeloopai/deeplake repository, with the hosted product at deeplake.ai.

Is deeplake free to use?

Yes — the project is open source under the Apache-2.0 license as recorded for this listing. See the license terms for any conditions on redistribution.

Does deeplake need a paid API key?

The open-source library is free; the managed Deep Lake app and some hosted features require an Activeloop account, and the README directs you to register for full feature access.

How does Deep Lake compare to a plain vector database?

A plain vector database stores embeddings for search. Deep Lake also stores the underlying multimodal data with versioning, visualisation and training streaming — closer to a data lake for AI than a search-only store.

How do I get started with deeplake?

Clone the repository (or use the documented installer), follow the install and configure steps on this page, and run the smallest real task first — create a small dataset or vector store with a few samples, query it for similarity, and open it in the visualiser to check the data.

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// alternatives

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// plus en rag

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