Answer any agent question directly on the data in your bucket.
Scalable search + analytics data infrastructure on object storage, for 10x cheaper.
ClickBench: Infino ranks #1 among search engines for SQL analytics →
trusted by
- United States Government
- Pendo
-
- Bazinga Labs
Getting data from your bucket to agent queries takes six jobs.
- 01
Get the data into shape
Export every source to files in a bucket.
- 02
Choose what to search
Decide which columns get keyword search and which get search by meaning.
- 03
Turn text into vectors
Pick an embedding model and chunk the text.
- 04
Make it fast at size
Tune for table design and big loads.
- 05
Explain the data
Write down what every column and code means, and which tables join.
- 06
Connect the agents
Give agents the tools and the context to query it well.
Infino fully automates ingestion, retrieval and inference.
Hydrate and ingest
- Chunk
- Embed
- Index
- Table cards
- Join keys
- Sync
Retrieval engine
- Keyword (BM25)
- Vector
- Graph
- SQL
Supermodel
- Frontier model
- Infino Supermodel
Your data
- Parquet
- Iceberg
- Hudi
- JSON
- CSV
- Logs
- BM25 and vector indexes
- Table cards
- Join keys
- Claude
- Cursor
- Hermes
- Your apps
- Your team
Any agent question can be answered on Infino.
1An agent asks a question
How manyA count. The agent wants a number. SQL does this with COUNT. errors last nightFilters. Keep the error-level rows and the last 24 hours. mention disk fullKeyword search. Match those exact words in the log body. Today this is a call to a search engine. or look like a capacity incidentSemantic search. Match meaning even when the log never says disk full. Today this is a call to a vector database., and are tied to last week’s outageGraph search. Keep the errors linked to the outage’s record through a key they share, like a host or a service, even when they never mention it. Today this is a call to a graph database.? Which serviceA group on the same hits. SQL GROUP BY. Today a second warehouse query after the searches return. had them, and which team owns itA join. Match each service to its owner in a second table. Today the agent looks this up in another system and stitches the answers together.?
2It hides seven jobs
- count
- group
- join
- filter
- keyword search
- semantic search
- graph search
3Infino SQL runs all seven
SELECT o.team, h.service, count(*) AS hits FROM hybrid_search( 'logs', 'body', 'disk full', 'embedding', :q, 1000 ) AS h JOIN graph_walk('logs', 'incidents', [4521], 2, 5000) AS g ON g._id = h._id JOIN owners o ON o.service = h.service WHERE h.level = 'error' AND h.ts > now() - interval '24 hours' GROUP BY o.team, h.service ORDER BY hits DESC;
Faster, cheaper and more scalable than any other engine in the world.
Keyword · 1B documents
- Infino
- Lucene
Vector · 10M vectors
- Infino
- Milvus
- pgvecto.rs
- pgvector
- Qdrant
SQL · 100M rows
- Infino
- Snowflake
- Databricks
Analytics cost · 1 PB
- Infino
- Databricks
- Snowflake
Search cost · 1 PB
- Infino
- OpenSearch
- Elasticsearch
Supermodel helps frontier models query and retrieve the correct data more accurately, faster and with fewer tokens.
Databricks' OfficeQA Pro V2 benchmark
- 1 Supermodel + Opus 5.5
- 2 Mixedbread Toast + GPT-5.6 Sol
- 3 Databricks Genie + Claude Fable 5
- 4 Claude Code + Claude Fable 5
- 5 Codex + GPT-5.6 Sol
- 6 Claude Code + Claude Sonnet 5
How Infino compares.
| Capability | Infino | Databricks | Snowflake | Elastic |
|---|---|---|---|---|
| Where your data lives | One copy, open Parquet in your bucket | Delta in your bucket, plus a vector index copy | Snowflake storage or Iceberg, plus a Cortex Search index copy | A copy in its own index |
| Keyword and vector search | Inside the same files | Separate Vector Search endpoints | A separate Cortex Search service | Native, on Lucene |
| SQL and joins | Yes, with search inside SQL | Yes | Yes | Limited, through ES|QL |
| Context for agents | Table cards and join keys, built for you | Genie spaces you set up | Semantic models you write | Agent Builder over your indices |
| Cost | 1× | 8× | 24× | 10× |
| Answer accuracy | 73.3% | 60.0% | 57.8% | n/a |
Replace five systems with Infino and run on one copy of your data.
- 01
Start with search
Swap out Lucene under OpenSearch, or load an Elasticsearch snapshot. Your clients and Dashboards stay as they are.
- 02
Add the next workload
Vectors, graph and analytics land in the same Parquet files in your bucket.
- 03
Consolidate everything
Retire Pinecone, Neo4j, ClickHouse and Snowflake one at a time, until one copy serves every agent.
Specs in the cloud or on-prem.
- search
- full-text · vector · hybrid · graph · NL
- index
- BM25 (PFOR-delta, FST) · HNSW · OPANN + Sq16
- engine
- Rust + Small Language Models (SLMs)
- language
- SQL (Apache DataFusion) · REST · Query DSL · MCP · NL
- storage
- object storage, S3 · GCS · Azure Blob · on-prem
- format
- Apache Parquet
- deploy
- on-prem · self-hosted cloud · hosted cloud
- core license
- Apache-2.0
- security
- SOC 2 Type II
- encryption
- TLS in transit · AES-256 at rest
Queries, made simple.
or run it yourself: pip install infino · Apache-2.0 · quickstart →