The AI-Powered Oracle DBA - by Bobby Curtis (Paperback)

Book Synopsis

Organizations are deploying AI-powered data tools at unprecedented scale, yet many discover their databases lack the contextual foundation AI requires. This book gives experienced Oracle DBAs a practical roadmap to supply that context--shaping AI-consumable metadata, clarifying schema intent, and aligning indexes, constraints, and access controls with how Select AI and AI Vector Search actually operate. Your everyday DBA disciplines become the engine that makes AI precise, secure, and reliable.

The book starts from everyday Oracle DBA responsibilities and adds AI-specific practices step by step. You will prepare object lists and table scoping so Select AI knows what to query, use column and table comments and data dictionary visibility to stabilize natural language to SQL, and select vector index types such as HNSW or IVF to balance latency, recall, and cost in AI Vector Search. Governance and operations remain central: DBMS_CLOUD_AI profiles, audit policies, row-level security, change control, performance baselines, and backup strategy turn accuracy into production readiness--showing throughout that DBA expertise is not diminished by AI; it becomes the context AI depends on.

Across enterprises, AI initiatives aim to broaden data access, yet results often turn brittle when databases were not prepared for AI use. This book gives DBAs the concise frameworks and concrete artifacts to define the data foundation and deliver outcomes users can trust--showing that the people who know how the system really works are central to making AI work at scale.

What You Will Learn

• Design semantic layers and AI-consumable metadata so natural language to SQL behaves predictably in Oracle.
• Prepare DBMS_CLOUD_AI profiles, object lists, and table scoping for Select AI; generate, run, and explain SQL securely.
• Implement AI Vector Search to store embeddings and perform similarity search; compare HNSW and IVF indexes and tune for workload goals.
• Use column and table comments, data dictionary visibility, and catalog hygiene to reduce ambiguity and stabilize LLM behavior.
• Apply audit policies, row-level security, and access controls so AI is both useful and safe; preserve explainability through change control.
• Build retrieval-augmented generation pipelines that combine vector search with relational filters and policy guardrails.
• Diagnose AI-database failure modes and fix them at the schema, metadata, or configuration layer; plan performance baselines, backups, and lifecycle operations for AI workloads across on-premises.

Who This Book is For

Mid-to-late career Oracle DBAs who want to remain relevant, expand their strategic value, and ensure their expertise continues to matter as the industry evolves. If you have wondered whether AI will diminish the value of the skills you have developed, this book shows the opposite is true.

From the Back Cover

Organizations are deploying AI-powered data tools at unprecedented scale, yet many discover their databases lack the contextual foundation AI requires. This book gives experienced Oracle DBAs a practical roadmap to supply that context--shaping AI-consumable metadata, clarifying schema intent, and aligning indexes, constraints, and access controls with how Select AI and AI Vector Search actually operate. Your everyday DBA disciplines become the engine that makes AI precise, secure, and reliable.

The book starts from everyday Oracle DBA responsibilities and adds AI-specific practices step by step. You will prepare object lists and table scoping so Select AI knows what to query, use column and table comments and data dictionary visibility to stabilize natural language to SQL, and select vector index types such as HNSW or IVF to balance latency, recall, and cost in AI Vector Search. Governance and operations remain central: DBMS_CLOUD_AI profiles, audit policies, row-level security, change control, performance baselines, and backup strategy turn accuracy into production readiness--showing throughout that DBA expertise is not diminished by AI; it becomes the context AI depends on.

Across enterprises, AI initiatives aim to broaden data access, yet results often turn brittle when databases were not prepared for AI use. This book gives DBAs the concise frameworks and concrete artifacts to define the data foundation and deliver outcomes users can trust--showing that the people who know how the system really works are central to making AI work at scale.

What You Will Learn

• Design semantic layers and AI-consumable metadata so natural language to SQL behaves predictably in Oracle.
• Prepare DBMS_CLOUD_AI profiles, object lists, and table scoping for Select AI; generate, run, and explain SQL securely.
• Implement AI Vector Search to store embeddings and perform similarity search; compare HNSW and IVF indexes and tune for workload goals.
• Use column and table comments, data dictionary visibility, and catalog hygiene to reduce ambiguity and stabilize LLM behavior.
• Apply audit policies, row-level security, and access controls so AI is both useful and safe; preserve explainability through change control.
• Build retrieval-augmented generation pipelines that combine vector search with relational filters and policy guardrails.
• Diagnose AI-database failure modes and fix them at the schema, metadata, or configuration layer; plan performance baselines, backups, and lifecycle operations for AI workloads across on-premises.

About the Author

Bobby L. Curtis, MBA, is Founder and Chief AI Architect at RheoData, a global Oracle, Google Cloud, and Snowflake partner. An Oracle ACE Director with 25+ years in database administration, he has worked across Oracle Database, OCI, GCP, and Oracle's AI stack, including AI Vector Search and Select AI. He previously served in Oracle GoldenGate Product Management and delivers AI-ready data solutions for public sector and Fortune 500 organizations. Bobby is the author of multiple Oracle books, including Pro Oracle GoldenGate for the DBA, and shares practical guidance via dbasolved.com and conference talks.