Databricks

Databricks combines data engineering, SQL analytics and machine learning on a lakehouse platform.

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Published Updated

CategoryData Warehousing & Lakehouse
AccessSee vendor
PricingPaid
APIAvailable
Overview

What is Databricks?

Databricks describes a lakehouse architecture connecting processing and analytics over shared data. The managed platform serves several workloads, but compute choices, storage design and governance remain customer decisions. An open source foundation does not mean that the managed service is free.

Read the full overview

Official sources checked 27 September 2026: lakehouse architecture, platform scope.

Why teams use it

Key capabilities

  • Data engineering workflows
  • SQL and analytical workloads
  • Machine learning on the platform
Core areas

Map the path from source to governed table to consumer. Define schema ownership, compute policies and retention before migrating a major workload.

Positioning

Shortlist Databricks when engineering and analytics need common datasets. Prototype ingestion, transformation and production queries, then inspect permissions and cost attribution.

Why it matters

A shared platform can reduce duplicated plumbing while concentrating spend and access decisions. Make both visible in the pilot.

Deployment & technical details

Technical details

Access
See vendor
Source model
Other license
Founded
2013
Headquarters
San Francisco, USA
Pricing model
Paid
API
Available
Check with the publisher

Official resources

Before you shortlist

What to verify for your environment

Start from the users, systems and operating responsibilities the tool needs to support.

  • Confirm current features, licensing and support terms with the publisher.
  • Validate deployment, data location, access control, backup and recovery requirements.
  • Test integrations, export paths and a representative operational workflow before committing.
Community experience

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