Easy-to-use, high performance and unified analytics database
GitHub Repo

Easy-to-use, high performance and unified analytics database

@the_ospsPost Author

Project Description

View on GitHub

Apache Doris: The Unified Analytics Database You Should Know

If you work with data, you know the struggle. You've got transactional data here, log files there, and real-time streams coming from somewhere else. Getting a unified view across all these sources often means juggling multiple systems and dealing with complex data pipelines. That's where Apache Doris comes in.

This open-source analytics database aims to simplify your data architecture without compromising on performance. It's the kind of tool that makes you wonder why analytics databases have to be so complicated in the first place.

What It Does

Apache Doris is a high-performance, real-time analytical database. It's designed for modern analytics workloads where you need to query massive datasets quickly, whether that data comes from transactional systems, log files, or real-time data streams.

The "unified" part is key here—Doris can handle both historical data analysis and real-time data serving from a single system. This means you can analyze terabytes of data from your data warehouse while simultaneously powering real-time dashboards and applications.

Why It's Cool

Performance That Actually Matters Doris delivers columnar storage, vectorized execution, and cost-based optimization out of the box. Translation: your queries run fast without needing to be a database tuning expert. The MPP (Massively Parallel Processing) architecture means it scales horizontally as your data grows.

Simplified Data Architecture Instead of maintaining separate systems for batch processing and real-time analytics, Doris handles both. You can ingest data from multiple sources—MySQL, Kafka, Hadoop—and query it immediately. The built-in support for MySQL protocol means your existing BI tools probably work with it already.

Developer-Friendly Features The SQL dialect is MySQL-compatible, so your team doesn't need to learn a new query language. Materialized views, bitmap indexes, and approximate query capabilities give you the advanced features you need without the complexity you don't.

Real-World Use Cases Companies use Doris for everything from real-time reporting and ad-hoc analysis to user behavior analytics and dashboard backends. It particularly shines when you need sub-second response times on large datasets.

How to Try It

The quickest way to get started is with the official Docker image:

docker run -d -p 9030:9030 -p 8030:8030 -p 8040:8040 \
  --name doris apache/doris:latest

This spins up a standalone instance with all components. Once running, you can connect using any MySQL client:

mysql -h 127.0.0.1 -P 9030 -u root

For production deployments, check out the cluster deployment guide in the documentation. The project also provides sample datasets to experiment with once you're up and running.

Final Thoughts

Apache Doris feels like one of those tools that's been quietly solving real problems while everyone was distracted by shinier objects. It won't replace your transactional database, but for analytics workloads, it delivers impressive performance without the operational overhead of more complex systems.

If you're tired of managing multiple data systems or need better performance from your current analytics setup, Doris is definitely worth a look. The documentation is solid, the community is active, and it might just simplify your data stack more than you expect.

Check out the GitHub repository to dive deeper or contribute.

@githubprojects

Back to Projects
Project ID: 1974003769009647655Last updated: October 3, 2025 at 06:49 AM