
Qdrant
Vector database for AI.
About Qdrant
If you're picking a vector database, the default answer most teams reach for is Pinecone: managed, closed and quick to start. Qdrant makes a different bet. It's an open-source engine written in Rust, with 35k+ GitHub stars and 60k+ community members, and you can run the same engine in several places: self-hosted, on Qdrant Cloud across AWS, GCP or Azure, on your own Kubernetes through Hybrid Cloud, air-gapped in Private Cloud, or close to where data is generated with Qdrant Edge (Beta). That deployment range is the main reason to choose it over a managed-only service. You aren't tied to one vendor's hosting to get the query engine you built against.
The engine itself is where Qdrant earns its reputation. Filtering happens during HNSW traversal instead of as a separate pre- or post-filter step, which Qdrant says keeps recall high and latency low even under complex conditions. Metadata is stored as JSON and supports nested, text, geo and has_vector filters. Hybrid search that blends dense and sparse vectors is native, with BM25, SPLADE++ and miniCOIL support. You also get multiple vectors per object, plus reranking options like score boosting, ColBERT-style late interaction and Maximum Marginal Relevance. That's a lot of retrieval tuning living in the database layer rather than scattered through your app code.
The tradeoffs are worth knowing up front. Qdrant Serverless is still marked "coming soon," Edge is in beta, and the pricing page we pulled didn't show tier details beyond a free starting point, so check qdrant.tech before you budget. On the enterprise side, the checklist is solid: SOC 2 and HIPAA compliance, SSO via SAML or OIDC, multitenancy with granular RBAC, private networking, zero-downtime upgrades, point-in-time restore and monitoring through Prometheus, Grafana or Datadog. If you want a vector store that can go from a laptop prototype to a production RAG or agent system without swapping engines, Qdrant is one of the strongest picks available, provided you're comfortable owning a bit more infrastructure thinking than a pure serverless product asks of you.
Key features
One-stage filtering
Filters are applied during HNSW graph traversal, so you don't lose recall to pre-filtering or waste results on post-filtering.
Native hybrid search
You can combine dense and sparse vectors in a single query, with built-in support for BM25, SPLADE++ and miniCOIL.
Expansive JSON metadata filters
Payloads are stored as JSON and can be queried with nested, text, geo and has_vector filters, among others.
Multivector and reranking
Each object can hold multiple vectors, and results can be reranked with score boosting, late interaction models like ColBERT or MMR for diversity.
Flexible deployment models
The same engine runs as open source, on fully managed Qdrant Cloud with auto-sharding, on your own Kubernetes via Hybrid Cloud, in air-gapped Private Cloud or on Qdrant Edge (Beta).
Enterprise controls
Production teams get SSO (SAML/OIDC), granular RBAC, vector-scoped API keys, private networking, backups with point-in-time restore and Prometheus, Grafana or Datadog observability.
Best for
- teams building RAG or AI agent retrieval in production
- engineers who want open source with a managed upgrade path
- regulated companies needing on-prem or air-gapped vector search
- search teams tuning hybrid keyword plus vector relevance
- products with heavy metadata filtering needs
Skip if
- Skip it if you need a true serverless, pay-per-query vector store today, since Qdrant Serverless is still listed as coming soon.
- Skip it if your vectors are small enough to live in your existing Postgres and you'd rather not run another database.
- Skip it if you need edge deployment you can fully rely on now, because Qdrant Edge is still in beta.
Pros & cons
Pros
- Filtering during HNSW traversal avoids the recall drop you get from pre- or post-filtering approaches.
- Hybrid dense plus sparse search with BM25, SPLADE++ and miniCOIL is built in, not a plugin.
- Open source with 35k+ GitHub stars, so you can self-host and avoid lock-in.
- Deployment options cover AWS, GCP, Azure, your own Kubernetes, air-gapped and edge.
- Compliance and ops features like SOC 2, HIPAA, SSO and point-in-time restore are already there.
Cons
- Qdrant Serverless is still marked coming soon, so there's no serverless option to choose yet.
- Qdrant Edge is in beta, which makes it a risky foundation for production on-device search.
- The pricing page we reviewed didn't list Cloud tier limits or paid prices, so you'll need to check qdrant.tech or sign up to estimate costs.
- The advanced options (multivector, late interaction, MMR, sparse models) add tuning work if you just want basic similarity search.
Pricing
| Tier | Price | Includes |
|---|---|---|
| Qdrant Cloud (Free start) | Free | A free starting point on managed Qdrant Cloud. Tier limits and paid pricing weren't detailed in the source text. |
Frequently asked questions
How does Qdrant compare to Pinecone?
Pinecone is a managed-only service, while Qdrant is open source and can run self-hosted, on Qdrant Cloud, on your own Kubernetes or air-gapped. If avoiding vendor lock-in matters, Qdrant has the edge.
Is Qdrant free to use?
Yes, it's listed as freemium. The open-source engine is free to self-host, and you can start free on Qdrant Cloud before moving to paid capacity.
Which clouds does Qdrant Cloud run on?
Qdrant Cloud is fully managed on AWS, GCP and Azure, with high availability and auto-sharding. If you'd rather keep data in your own cluster, Hybrid Cloud lets you bring your own Kubernetes.
Does Qdrant support keyword search alongside vectors?
Yes. Native hybrid search blends dense and sparse vectors in one query and supports BM25, SPLADE++ and miniCOIL, so you don't need a separate Elasticsearch layer for keyword matching.
Is Qdrant suitable for regulated industries like healthcare?
Qdrant states it's SOC 2 and HIPAA compliant and offers SSO, granular RBAC and private networking. Private Cloud also supports air-gapped deployments for stricter environments.
How Qdrant compares
Qdrant vs Pinecone
Pinecone is simpler if you only ever want a hosted service, but Qdrant gives you the same engine self-hosted, hybrid or air-gapped.
Qdrant vs Weaviate
Both are open source with hybrid search, and Qdrant's pitch is Rust performance plus one-stage filtering during HNSW traversal.
Qdrant vs pgvector
pgvector is the easier choice if your data already lives in Postgres and your scale is modest, while Qdrant is built for heavier filtering, hybrid search and reranking at scale.
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