Hyperscaler & Cloud-Provider Warehouses
8 entriesWarehouses operated by the major public clouds, tightly integrated with their storage, identity and AI services.
Independent Cloud-Native & Lakehouse Platforms
12 entriesVendor platforms that run across clouds or on dedicated infrastructure, from cloud-native warehouses to lakehouses and enterprise analytics suites.
Real-Time, Open-Source & Embedded Analytics
6 entriesEngines and managed services built for sub-second queries, high concurrency and customer-facing analytics, many with open-source cores.
Frequently Asked Questions
What is a cloud data warehouse?
A cloud data warehouse is a managed analytical database that runs in the cloud and is designed to store large volumes of structured and semi-structured data and answer complex SQL queries quickly. The provider operates the infrastructure, so teams can scale capacity up or down and pay for what they use instead of buying hardware.
How is a data warehouse different from a data lake or a lakehouse?
A data warehouse stores curated, structured data optimized for SQL analytics and reporting. A data lake stores raw data of any type, usually in object storage. A lakehouse combines both: it keeps data in open table formats on low-cost storage and adds warehouse features such as transactions, schemas and fast SQL. Many platforms in this list, including Databricks SQL, Dremio and Microsoft Fabric, follow the lakehouse model.
What does separating storage from compute mean?
In a separated architecture, data is stored independently of the compute clusters that query it. You can add or pause compute without moving data, run several workloads against the same data, and scale each layer on its own. Snowflake, BigQuery, Redshift and Databricks SQL all use variations of this design.
How do I choose a cloud data warehouse?
Start with where your data and workloads already live, since staying within one cloud lowers data-transfer cost and complexity. Then compare pricing models, concurrency needs, latency targets, support for open table formats, security and governance features, and integration with your BI, ETL and machine learning tools. Run a proof of concept on a representative workload before committing.
Which platforms suit real-time or customer-facing analytics?
Engines built for low-latency, high-concurrency queries, such as ClickHouse Cloud, StarRocks, Apache Doris (VeloDB), Apache Pinot (StarTree), SingleStore and Firebolt, are commonly used for dashboards and analytics embedded in applications. General-purpose warehouses such as Snowflake, BigQuery and Redshift also serve interactive analytics and are often the better fit for broad enterprise reporting.