Cloud-Native Data Architecture Patterns
Exploring architectural patterns for building data platforms in the cloud.
Building data platforms in the cloud requires a different mindset than traditional on-premise data warehousing. The cloud offers unparalleled scalability, flexibility, and cost-effectiveness—but only if you architect for it.
The Evolution of Data Architecture
We've moved from monolithic on-premise data warehouses to distributed cloud-native architectures. This shift isn't just about technology—it's about how we think about data management.
Core Patterns
1. The Medallion Architecture
Bronze, Silver, Gold layers that progressively refine and aggregate data. Each layer serves a specific purpose:
- Bronze: Raw data in its native format
- Silver: Cleaned, validated, and lightly transformed
- Gold: Aggregated and optimised for consumption
2. Data Mesh
Treat data as a product, with domain teams owning their data products. This decentralises data ownership and enables scalability at the organisational level.
3. Lakehouse Architecture
Combine the best of data lakes and data warehouses. Store raw and structured data together, but maintain ACID transactions and schema enforcement.
Design Principles
Decoupled Storage and Compute
Scale them independently. Store data once in cheap object storage, compute on demand.
Design for Failure
Assume components will fail. Build retry logic, circuit breakers, and graceful degradation.
Everything as Code
Infrastructure, pipelines, and data models should all be version controlled and reproducible.
Technology Choices
Choose tools based on your specific needs, but here are some proven combinations:
AWS Stack
- • S3 for storage
- • Redshift or Athena for queries
- • Glue for ETL
- • Step Functions for orchestration
Multi-Cloud Stack
- • Snowflake for warehousing
- • Fivetran for ingestion
- • dbt for transformation
- • Airflow for orchestration
Conclusion
Cloud-native data architecture is about leveraging the unique capabilities of the cloud to build more resilient, scalable, and cost-effective data platforms. Start with the patterns that match your use case, and evolve as your needs grow.
Written by Peter Hanssens
Data Engineer, founder, and community leader. Building scalable data platforms.