Data Warehousing

Data Warehousing: Store. Integrate. Query.

Your analytics demands a robust, scalable foundation. Datafyze builds cloud Data Warehousing and lakehouse architectures, integrating ETL processes, managing storage tiers, and tuning query engines to deliver unified, performant data platforms.

Key Capabilities

Data Cloud Data Warehouse

Cloud Data Warehouse

Architect solutions on Snowflake, Redshift, BigQuery, or Azure Synapse for scalable, performant querying.

Data ETL-ELT Integration

ETL/ELT Integration

Seamlessly load cleansed and enriched data into your warehouse via high-throughput pipelines.

Data Query Performance Tuning

Query Performance Tuning

Implement indexing, clustering, and caching strategies for sub-second query responses at scale.

Data Data Lakehouse

Data Lakehouse

Combine the flexibility of data lakes with warehouse reliability using platforms like Delta Lake or Apache Iceberg.

Data Scalable Storage Management

Scalable Storage Management

Optimize storage tiers, data partitioning, and lifecycle policies to control costs.

Proven Outcomes

Data 80% faster analytical queries through smart partitioning and indexing

80% faster analytical queries through smart partitioning and indexing.

Data 60% cost savings via optimized storage policies and cold data management

60% cost savings via optimized storage policies and cold data management.

Data Unified analytics across structured and semi-structured data in a single platform

Unified analytics across structured and semi-structured data in a single platform.

FAQs

Which cloud warehousing platforms do you support?

We support industry-leading platforms including Snowflake, AWS Redshift, Google BigQuery, and Azure Synapse, selecting the best fit based on performance, cost, and existing ecosystem.

A data lakehouse combines the scalability and flexibility of a data lake with the performance and structure of a data warehouse providing ACID transactions, schema enforcement, and low-cost storage.

We apply partition pruning, clustering, materialized views, and result caching, alongside workload management configurations to ensure consistent low-latency queries, even at high concurrency.