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Showing posts from July, 2026

63 Data in AI Era : Enterprise Data in the Age of AI: Bringing the Pieces Together

From Data Warehouse to AI-Augmented Enterprise  Building the AI-Augmented Enterprise: Bringing Data, Architecture, Governance, and AI Together Abstract Over the past eleven articles, we explored the evolution of enterprise data—from traditional data warehouses to AI-powered analytics. We discussed data modeling, SQL, cloud platforms, governance, metadata, Master Data Management (MDM), AI-assisted data engineering, Retrieval-Augmented Generation (RAG), AI-ready architecture, and conversational Business Intelligence. Each topic addressed a different capability required to build modern data platforms. Individually, these concepts are well understood by many practitioners. The real challenge, however, is understanding how they fit together. Many organizations invest heavily in Generative AI while overlooking the data foundations that make AI trustworthy. Others continue investing in data platforms without considering how AI is changing the way data is developed, managed, and consumed. ...

62 Data in AI Era : Text-to-SQL Business Intelligence

 From Data Warehouse to AI-Augmented Enterprise  Text-to-SQL Business Intelligence: Making Enterprise Data Conversational Abstract For decades, SQL has been the primary language for accessing and analyzing enterprise data. While data engineers and analysts use SQL every day, most business users do not. Instead, they rely on reports, dashboards, or technical teams to answer business questions. This dependency often slows decision-making and limits self-service analytics. Generative AI is changing this model. With Text-to-SQL, users can ask questions in natural language, and AI translates those questions into SQL, executes the query, and returns meaningful insights. Instead of learning database structures or SQL syntax, users interact with enterprise data through conversation. However, building a reliable Text-to-SQL solution requires much more than a Large Language Model (LLM). Success depends on trusted data models, metadata, semantic layers, governance, and security. Without ...