Cloud Data Warehouses Market Landscape 2026
A public-signal map—not a market-share or product-quality ranking—positioning cloud data warehouses by category-relative public signal strength and momentum.
Cloud data warehouses are the central storage and compute layer for analytics workloads. They store structured and semi-structured data at scale and provide SQL-based query engines optimized for analytical queries — aggregations, joins across large tables, and time-series analysis. Unlike traditional on-premise data warehouses, cloud-native options separate storage from compute, allowing teams to scale each independently and pay based on actual usage rather than provisioned capacity.
Scroll the chart sideways to read every position, or browse the complete quadrant list below. Each tool links to its review, pricing, alternatives, and comparisons.
Where Each Tool Lands
Strong & Gaining (3)
- ClickHouseFree (open source)
OLAP Database
Public signal strength: 94th percentile · Interest trend: 65th percentile in category
GitHub stars:50.8k - InfluxDBFree (open source)
Time-Series Database
Public signal strength: 65th percentile · Interest trend: 59th percentile in category
GitHub stars:31.8k - TimescaleDBFree tier
Time-Series Database
Public signal strength: 53rd percentile · Interest trend: 82nd percentile in category
GitHub stars:23.8k
Strong & Easing (6)
- ElasticsearchFree tier
Search Engine
Public signal strength: 100th percentile · Interest trend: 12th percentile in category
GitHub stars:78.5k - MongoDBFree tier
Document Database
Public signal strength: 88th percentile · Interest trend: 41st percentile in category
GitHub stars:28.7k - MySQLFree (open source)
Relational Database
Public signal strength: 82nd percentile · Interest trend: 47th percentile in category
GitHub stars:12.5k - PostgreSQLFree (open source)
Relational Database
Public signal strength: 76th percentile · Interest trend: 29th percentile in category
- DuckDBFree (open source)
OLAP Database
Public signal strength: 71st percentile · Interest trend: 6th percentile in category
GitHub stars:42.9k - Neo4jFree tier
Graph Database
Public signal strength: 59th percentile · Interest trend: 18th percentile in category
GitHub stars:17.4k
Quieter & Gaining (6)
- DatabricksPaid plans
Lakehouse Platform
Public signal strength: 47th percentile · Interest trend: 71st percentile in category
- MotherDuckFree tier
Cloud Data Warehouse
Public signal strength: 29th percentile · Interest trend: 100th percentile in category
- TeradataUsage-based
Cloud Data Warehouse
Public signal strength: 18th percentile · Interest trend: 53rd percentile in category
- VerticaContact sales
Cloud Data Warehouse
Public signal strength: 12th percentile · Interest trend: 88th percentile in category
- Amazon AthenaUsage-based
Query Engine
Public signal strength: 6th percentile · Interest trend: 94th percentile in category
- Azure Synapse AnalyticsUsage-based
Cloud Data Warehouse
Public signal strength: 0th percentile · Interest trend: 76th percentile in category
Quieter & Easing (3)
- Google BigQueryUsage-based
Cloud Data Warehouse
Public signal strength: 41st percentile · Interest trend: 35th percentile in category
- Delta LakeFree (open source)
Open Table Format
Public signal strength: 35th percentile · Interest trend: 0th percentile in category
GitHub stars:9.1k - Amazon RedshiftUsage-based
Cloud Data Warehouse
Public signal strength: 24th percentile · Interest trend: 24th percentile in category
Not yet plotted (18)
Every other published tool in this category, listed alphabetically. A tool appears here when its public evidence does not yet meet the positioning threshold, when its search interest is too small to read a direction from, when it falls outside the 18-tool chart limit, or when the product is discontinued. Missing evidence is shown as missing, never as a zero position.
How to read this chart
- Each dot is a tool. Select one to see its evidence, pricing and alternatives.
- Right = more public evidence. Measured activity on Google Trends, GitHub, Docker Hub, npm, PyPI, Hugging Face, Stack Overflow, Hacker News and Product Hunt.
- Up = a growing share of the category’s searches. Not more searches — a bigger slice of them.
- The dashed lines are this category’s middle, so half the dots sit each side of them. Positions compare tools here, not across categories.
What this does not measure
This measures how much verifiable public evidence exists for a tool. It is not a measure of product quality, market share, customer count, or enterprise adoption. Missing evidence is shown as missing, never converted to zero. A tool we could not measure is listed without a position rather than placed at the bottom of the scale.
A tool must show measured activity on at least 2 different platforms, at least one of which must be a primary source (Google Trends, GitHub, Docker Hub, npm, PyPI, Hugging Face and Stack Overflow); Hacker News and Product Hunt can supply the second.
Quadrant Analysis
Strong & Gaining (3)
ClickHouse, InfluxDB, TimescaleDBpair stronger measured evidence with a growing share of this category’s searches. 2 of 3 tools in this position are free or open source.
Strong & Easing (6)
Elasticsearch, MongoDB, MySQLhave stronger measured evidence, but take a smaller share of this category’s searches than before. That describes observable attention, not product maturity or market share.
Quieter & Gaining (6)
Databricks, MotherDuck, Teradatatake a growing share of this category’s searches despite less measured evidence. Their position may shift as observable attention changes.
Quieter & Easing (3)
Google BigQuery, Delta Lake, Amazon Redshifthave less measured public evidence and take a smaller share of this category’s searches than before. This is not a judgment of product quality, suitability, or private adoption.
Key Takeaways
- •Open-source tools account for 2 of 3 tools in the Strong & Gaining position, which partly reflects the public visibility of open repositories.
- •Commercial tools such as Databricks and MotherDuck take a growing share of this category’s searches — evaluate that alongside product evidence and architecture fit.
- •Quadrant positions may shift as public evidence and search interest change.
Methodology
Each plotted tool has enough verified public evidence for category-relative comparison. Sources and methodology are documented; missing evidence is identified rather than guessed. Vendors cannot pay to influence rankings, comparisons, verdicts or recommendations. Sponsored placements are clearly labelled and kept separate from editorial evidence.
- Public Signal Strength (X-axis)
- Where the tool's measured public evidence sits among this category's, as a percentile. Measured activity on each qualifying platform (Google Trends, GitHub, Docker Hub, npm, PyPI, Hugging Face, Stack Overflow, Hacker News and Product Hunt), log-normalized and percentile-ranked within the category. Each platform counts once and is capped, so breadth of evidence counts for more than a single large number.
- Share of Category Interest (Y-axis)
- A tool's share of its category's Google Trends search interest, and which way that share moved over the last three months. Gaining share does not mean searches grew; it means this tool held more of the category's attention than before. Interest too small to read reliably is reported as unmeasurable, so those tools are listed rather than positioned.
- Quadrant placement
- The dividing lines sit at this category’s median on each axis, so half the plotted tools fall on each side of them.
- What it does not measure
- This measures how much verifiable public evidence exists for a tool. It is not a measure of product quality, market share, customer count, or enterprise adoption.
Explore More
Frequently Asked Questions
What does the Data Warehouses market landscape look like in 2026?
Our 2026 landscape shows all 36 published data warehouses: 18 are positioned across four quadrants by measured public evidence and share of category search interest, and 18 are listed without a position because their evidence does not yet support one. ClickHouse, InfluxDB, TimescaleDB have more measured public evidence and a growing share of this category's searches. This measures how much verifiable public evidence exists for a tool. It is not a measure of product quality, market share, customer count, or enterprise adoption.
How are tools positioned on the data warehouses quadrant chart?
A tool must show measured activity on at least 2 different platforms, at least one of which must be a primary source (Google Trends, GitHub, Docker Hub, npm, PyPI, Hugging Face and Stack Overflow); Hacker News and Product Hunt can supply the second. The horizontal axis then measures that evidence: Measured activity on each qualifying platform (Google Trends, GitHub, Docker Hub, npm, PyPI, Hugging Face, Stack Overflow, Hacker News and Product Hunt), log-normalized and percentile-ranked within the category. Each platform counts once and is capped, so breadth of evidence counts for more than a single large number. The vertical axis measures A tool's share of its category's Google Trends search interest, and which way that share moved over the last three months. Gaining share does not mean searches grew; it means this tool held more of the category's attention than before. Interest too small to read reliably is reported as unmeasurable, so those tools are listed rather than positioned. Tools above and to the right of this category's median on both axes are classified as Strong & Gaining. This measures how much verifiable public evidence exists for a tool. It is not a measure of product quality, market share, customer count, or enterprise adoption. Vendors cannot pay to influence rankings, comparisons, verdicts or recommendations. Sponsored placements are clearly labelled and kept separate from editorial evidence.
What is the difference between Strong & Gaining and Quieter & Gaining data warehouses?
Strong & Gaining tools (3) sit above the category median on both axes. Quieter & Gaining tools (6) sit above the interest-trend median but below the evidence median. Gaining means a tool took a larger share of the category's searches than before, which is not the same as searches growing. This measures how much verifiable public evidence exists for a tool. It is not a measure of product quality, market share, customer count, or enterprise adoption.