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Qdrant

Vector Databases

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★★★★☆ 4.6 / 5 on G2 · 4.6 on Capterra (20+ G2 reviews)
4.6 / 5
G2 rating, 20+ reviews [source]
Open source
Fast
Performance [source]
Self host
+ cloud [source]

Quick facts

CategoryOpen source vector database
VendorQdrant
Starts atOpen source; cloud paid
Best forHigh performance open source vectors
DeploymentSelf host and cloud
Free planYes (open source)
IntegrationsAI frameworks, tools
G2 rating4.6 / 5
Capterra rating4.6 / 5

What is Qdrant?

Qdrant is a fast, open source vector database written in Rust, with efficient performance and filtering, available self hosted or as a cloud, suited to teams wanting high performance open source vector search. Built in Rust for speed and efficiency, it provides fast approximate nearest neighbour search, advanced filtering (with payloads), and a developer friendly API, as open source (self hostable) or the managed Qdrant Cloud. Popular for high performance, efficient vector search and growing quickly in the AI community, Qdrant is a leading open source vector database, valued for speed, efficiency and filtering. For high performance open source vectors, Qdrant is a leading choice.

Qdrant's distinction is high performance, efficient open source vector search with strong filtering, built in Rust. Its Rust implementation gives speed and efficiency, with advanced filtering on payloads, open source and a managed cloud, which less performant or less filter capable databases do not match for efficient, filtered vector search. That Rust performance, efficiency and filtering set it apart.

Qdrant at a glanceQdrant is a fast, open source vector database written in Rust [Qdrant]. It holds about a 4.6 out of 5 rating on G2 and 4.6 on Capterra, a leading high performance open source vector database.

Who Qdrant is best for

Qdrant is best for teams and developers wanting high performance, efficient vector search with strong filtering, open source for control (self hosted or managed cloud), especially valuing speed and efficiency. It suits high performance open source vectors. It is a weaker fit for those wanting a fully managed service with no open source, where Pinecone fits, the lightest starter store, where Chroma fits, or vectors in their existing database, where pgvector fits.

Key features

The core strengths are a fast, Rust based engine, efficient approximate nearest neighbour search, advanced filtering with payloads, open source (self host or cloud), and a developer friendly API. Qdrant offers high performance, filtered open source vector search. Its Rust performance, efficiency and filtering are its defining advantages.

Qdrant pricing

Qdrant is open source and free to self host (you pay for infrastructure), with the managed Qdrant Cloud priced by usage (and a free tier), plus enterprise, so you can self host free or use the managed cloud. So pricing is free self hosted or usage based cloud. Confirm details on the Qdrant pricing page.

Integrations and ecosystem

Qdrant integrates with AI frameworks (LangChain, LlamaIndex), embedding tools and the AI stack, with SDKs and a growing community (and managed cloud). Its integrations and community, which fit it into AI pipelines, support its high performance positioning.

Qdrant and performance

High performance, efficient open source vector search with strong filtering, built in Rust, is the signature strength: Qdrant's Rust implementation gives speed and efficiency, with advanced filtering, open source and a managed cloud, which less performant or less filter capable databases do not match. For high performance open source vectors, this is the main reason to choose Qdrant.

Ease of use and support

Qdrant is well rated for performance, efficiency, filtering and being open source and developer friendly, a fast growing choice in the AI community, with community and cloud support, though reviewers note self hosting needs operations and, as a newer project, the ecosystem is still maturing. Its reviews praise performance and filtering, with operations the main consideration.

Is Qdrant worth it?

For teams wanting high performance, efficient vector search with strong filtering and open source control, Qdrant is an excellent choice. The main caution is self hosting operations and a maturing ecosystem, so a fully managed service suits Pinecone, the lightest starter store Chroma, and vectors in your existing database pgvector, but for high performance open source vectors Qdrant leads.

Pricing

Open source

$0
self host
  • Fast vector DB
  • Filtering
  • Self hosted

Qdrant Cloud

Usage
by usage
  • Managed cloud
  • Free tier
  • Teams

Enterprise

Quote
by scale
  • Scale and support
  • Security
  • Enterprises

Pros and cons

Pros

  • Fast, Rust based performance
  • Efficient vector search
  • Advanced filtering
  • Open source and self hostable
  • Managed cloud option

Cons

  • Self hosting needs operations
  • Ecosystem still maturing
  • Cloud usage costs
  • Learning curve

Qdrant alternatives

These vector databases tools come up most often against Qdrant.

Qdrant FAQ

What is Qdrant used for?
Qdrant is used as a high performance, open source vector database: storing and searching vector embeddings with fast, efficient similarity search and advanced filtering, to power RAG, semantic search and AI applications, self hosted for control or via the managed Qdrant Cloud.
Is Qdrant open source?
Yes. Qdrant is an open source vector database written in Rust, free to self host, with the managed Qdrant Cloud for those preferring not to run it themselves, giving the choice of open source control or managed convenience.
How much does Qdrant cost?
Qdrant is open source and free to self host (you pay for infrastructure), with the managed Qdrant Cloud priced by usage (and a free tier) plus enterprise, so you can self host free or use the cloud. See the Qdrant pricing page.
Why is Qdrant fast?
Qdrant is written in Rust, a language known for speed and efficiency, and is engineered for high performance approximate nearest neighbour search with efficient filtering, which is a key reason it is valued for fast, efficient vector search in the AI community.
Qdrant vs Pinecone, which is better?
Qdrant is a fast, open source vector database (self host free or managed cloud) valued for performance and filtering, while Pinecone is a fully managed, serverless service. Qdrant suits high performance open source needs; Pinecone suits managed ease without operations.
Does Qdrant support filtering?
Yes. Qdrant offers advanced filtering using payloads (metadata attached to vectors), so you can combine vector similarity search with precise filtering conditions, which improves relevance and is a valued strength for building accurate AI and search applications.

External links