
An independent study guide for Microsoft Certified: Azure AI Apps and Agents Developer Associate · by Tony Rough
Know which service, tool and guardrail fits, and why.
Publishing soon on Amazon in Kindle and paperback editions.
This independent study guide for the Microsoft Certified: Azure AI Apps and Agents Developer Associate exam distils what AI-103 really expects you to understand into the comparisons, design choices and traps that AI developer decisions turn on. AI-103 replaced AI-102 in 2026, and the book is written for the new exam's focus on Microsoft Foundry, agents and generative AI.
Thirteen chapters, each readable on its own and together covering all five AI-103 skills areas:
Azure AI changes quickly. This edition reflects Microsoft's documentation as of October 2026, including recent retirements such as the Assistants API, DALL-E 3 and Speech intent recognition, and notes where older material and today's product differ.
This book contains no exam questions. It explains the knowledge the exam expects, so you can answer questions you have never seen and apply the same judgement to real AI solutions.
Written by Tony Rough, a cloud architect with more than twenty years in IT infrastructure who holds the Azure Solutions Architect Expert, Azure Administrator and Azure Security Engineer certifications.
Part of the Ultra Transcenders series from Distilled Press. An independent publication, not affiliated with, sponsored by or endorsed by Microsoft Corporation.
Plus an appendix glossary of 400+ terms, each linked to Microsoft Learn, and free online for print readers.



Some sections of the book, free to read online:
Where guardrails check an agent run, what Prompt Shields catch, and when to block or annotate.
File search, Azure AI Search, Bing grounding, function, OpenAPI, MCP and code interpreter tools compared.
How to keep humans in the loop and limit what an agent's tools can do.
System messages, few-shot examples, chain of thought and grounding, and which fix suits which prompt problem.
The indexer pipeline stages, built-in and custom skills, and knowledge store projections.
Vector fields and profiles, HNSW vs exhaustive KNN, hybrid queries with RRF, and the semantic ranker.
Prebuilt and custom analyzers, field extraction methods and Markdown output for RAG.
What Sora 2 can generate, its parameters and limits, and how the asynchronous jobs work.