
Qdrant
An open-source vector database for self-hosted or managed Cloud retrieval workloads.
About Qdrant
Qdrant is an open-source vector database and semantic search engine written in Rust. It stores vectors together with JSON payloads, then exposes REST APIs for collection management, point upserts, filtering, search, snapshots, and distributed deployment. Retrieval teams can combine dense and sparse vectors, use attribute filters, and model several vectors for one object. The deployment choice is unusually broad: run the open-source engine on your own infrastructure, start with a small managed Cloud cluster, scale dedicated resources, or discuss hybrid and private-cloud arrangements. The free Cloud tier suits testing and prototypes, while production capabilities such as highly available setups, backups, disaster recovery, and stronger uptime commitments sit in paid tiers. Qdrant works well for retrieval-augmented generation, semantic product or document search, and recommendation systems, but adoption still requires capacity planning. Vector data can consume substantial memory, storage-optimized configurations may trade search speed for cost, and heavy writes can compete with query workloads while background optimization runs. Teams should also compare operational responsibility: self-hosting offers control but leaves infrastructure and recovery work to the operator, whereas managed tiers reduce that burden at a usage-based or negotiated cost.
Best for
Best use cases
Prototype retrieval with the free single-node Cloud cluster
Scale a production search service with dedicated managed resources
Keep regulated data within customer-controlled infrastructure
Compare before choosing
Compare free capacity with expected vector volume and memory needs
Compare self-hosting labor with managed usage-based cost
Compare 99.5% Standard and 99.9% Premium uptime commitments
Features
Retrieval-augmented generation
Store document embeddings with attributes and retrieve filtered context for AI applications.
Semantic search
Search products, documents, or media by vector similarity while applying JSON payload filters.
Recommendation systems
Match users and items through vector similarity, including dense, sparse, or multivector representations.
Pros
- A free self-hosted edition and free Cloud tier lower the cost of prototypes.
- REST APIs, payload filters, snapshots, and distributed controls cover the main retrieval workflow.
- Self-hosted, managed, hybrid, and private-cloud choices accommodate different infrastructure constraints.
Cons
- The free Cloud cluster is limited to 0.5 vCPU, 1 GB RAM, and 4 GB disk.
- Production scaling, backups, stronger SLAs, SSO, and private links require paid tiers or a sales discussion.
- Self-hosting transfers capacity planning, monitoring, upgrades, and recovery work to the operator.
Pricing Plans
OSS
- Self-host on chosen infrastructure
- Community support
- Infrastructure-dependent cloud provider and encryption
Free Tier
- Single-node cluster
- 0.5 vCPU, 1 GB RAM, and 4 GB disk
- Free Cloud Inference with selected models
Standard Tier
- Dedicated resources and flexible scaling
- Highly available setups
- Backup and disaster recovery
- 99.5% uptime SLA
Premium Tier
- Enterprise SSO
- Private VPC links
- 99.9% uptime SLA
- Extra support
Hybrid / Private Cloud
- Deployment on customer-controlled or isolated infrastructure
- Data residency and regulated-workload options
- Custom arrangements for security, support, and SLAs
* Pricing information is for reference only. Please refer to the latest announcement on Qdrant's official website.