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In this interview, Databricks co-founder and Chief Architect, Reynold Xin, discusses the evolution of data warehousing in the context of the Databricks Lakehouse Platform. Xin explains how Databricks initially focused on data science workloads but pivoted towards data warehousing after observing significant customer demand for BI and SQL workloads running on Databricks. This led to the development of Databricks SQL, a core component of the Lakehouse architecture, which has achieved remarkable growth in just a few years.
Reynold attributes the success of Databricks SQL to several factors, including the performance gains from the Photon query engine, the robust governance provided by Unity Catalog, and the elastic compute capabilities of Databricks. He outlines future performance optimizations, highlighting the potential of AI to revolutionize query optimization. The conversation also touches on the integration of AI functions into Databricks SQL, enabling users to perform advanced analytics on unstructured data.
The interview concludes with Xin's vision for the future of data platforms. He believes that the lakehouse architecture will eventually encompass functionalities traditionally found in transactional databases and real-time systems, providing a unified platform for all data workloads. He emphasizes the importance of simplicity and ease of use as key drivers for the future of data and AI platforms.
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