SuperAPI AI Directory

Turbopuffer

Turbopuffer is a vector and full-text search database built on object storage, offering fast, scalable, and low-cost search capabilities. According to the information, it supports features such as automatic scaling, low latency (p50 under 10ms), billions of vectors, full-text search, hybrid search, and metadata filtering. The official claims state that it has handled over 1 trillion documents, over 10 million writes per second, and over 100,000 queries per second in production systems, and it claims to be 10 times cheaper than alternatives. It is suitable for AI applications, semantic search, recommendation systems, and other scenarios requiring high-performance similarity search. The official website provides a cost calculator.

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About this tool

Turbopuffer is a vector and full-text search database whose core feature is being built on object storage, offering fast, scalable, and low-cost search capabilities. According to official information, it is trusted by leading companies and used in production environments.

In terms of use cases, Turbopuffer is aimed at application scenarios requiring vector search and full-text search, including AI applications, semantic search, recommendation systems, and any use case requiring high-performance similarity search.

Main capabilities include: vector search and full-text search; hybrid search; metadata filtering; automatic scaling; low latency, officially stated as p50 under 10ms; support for billions of vectors; cost advantage, officially stated as 10 times cheaper than alternatives; scalability, officially stated as handling 1T+ documents, 10M+ writes/sec, and 100k+ queries/sec in production systems.

In terms of usage, the information does not provide specific installation commands, API calling methods, or integration steps. The official website provides a cost calculator that can be used to estimate expenses.

Applicable scenarios include AI applications, semantic search, recommendation systems, and other high-performance similarity search needs.

In terms of limitations, the information does not explain details such as platform support, programming language bindings, deployment mode (cloud service or self-hosted), data consistency model, or SLA. Some performance and cost data come from official sources, and no third-party verification information is provided.