Serverless Lakehouse Architectures: Beyond the Hype (Published)
This article examines the evolution of serverless lakehouse architectures as they mature beyond initial hype to deliver practical enterprise value. By combining object storage flexibility with data warehouse performance characteristics, these systems represent a significant advancement in modern data management. The article covers foundational technical innovations including decoupled storage-compute paradigms, sophisticated metadata management enabling ACID guarantees, and elastic query processing engines. Performance evaluations reveal both impressive capabilities for analytical workloads and remaining challenges in areas such as cold-start latency and complex joins. The integration of artificial intelligence emerges as a transformative force, enhancing query optimization, workload management, and data governance. The article addresses enterprise adoption considerations including security frameworks, tool ecosystem compatibility, and operational practices necessary for successful implementation. Through critical assessment of current implementations and emerging research directions, this article provides a comprehensive view of how serverless lakehouses are reshaping the data management landscape while identifying areas requiring continued innovation before they can fully replace traditional approaches for all enterprise use cases.
Keywords: Artificial Intelligence, cloud-native data architecture, enterprise governance, metadata management, serverless computing