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Vector databases compared

Vector database choice depends on hosting model, hybrid search needs, operations capacity, scale, and governance requirements.

Vector databases compared
CriterionQdrantWeaviateMilvusChromaPineconeElasticsearch / OpenSearch
ease of useDeveloper-friendlyFeature-richScale-orientedSimple for prototypesManaged serviceFamiliar to search teams
target userAI engineersAI/search teamsPlatform teamsLearners/prototypersManaged-service teamsEnterprise search teams
visual workflow supportExternalExternalExternalExternalExternalDashboards vary by product
developer flexibilityHighHighHighGoodService APIHigh search stack flexibility
RAG featuresVector search and filteringVector and hybrid searchLarge-scale vector searchEmbedding storeManaged vector searchKeyword/vector/hybrid retrieval
agentic workflow supportExternalExternalExternalExternalExternalExternal
integrationsBroadBroadBroadCommon in frameworksBroadBroad in enterprise search
self-hostingYesYesYesYesNo for Pinecone serviceYes, product-dependent
production readinessCommonly usedCommonly usedScale-orientedValidate for workloadManaged production serviceMature search infrastructure
learning curveModerateModerateHigher operationsLowLow to moderateModerate to high
best use casesFiltered vector RAGHybrid RAGLarge-scale workloadsLocal prototypesManaged vector searchHybrid enterprise search