Architecting Intelligent Agents in Azure : Building Agentic Systems with Python and the Microsoft Agent Framework

Architecting Intelligent Agents in Azure takes you from your first interaction with an AI agent to deploying a fully orchestrated, production-ready system that can reason, remember, collaborate, and act. Using the Microsoft Agent Framework and Python, this book walks you through every engineering layer behind modern agentic systems, from grounding and memory to tools, semantic recall, and autonomous action. Across the chapters, you'll build Thain, an Azure-native feedback agent that evolves into a multi-agent system with the ability to retrieve knowledge, coordinate tasks, and refine its performance. With a balanced mix of architecture, hands-on code, and cloud patterns, you'll learn how Azure Cosmos DB, Azure AI Search, Azure Monitor, and serverless components come together to form intelligent, self-improving enterprise agents. Whether you're an AI engineer, Azure developer, or solution architect, this book offers a practical, end-to-end guide to building agents that can reason, recall, collaborate, and grow over time. What You Will Learn: Build a fully functioning agent using Python and the Microsoft Agent FrameworkImplement reasoning loops, short-term memory, and tool-based actionsAdd persistent memory using Azure Cosmos DB and semantic recall using Azure AI SearchCreate safe and governed agents with telemetry, observability, and policy enforcementIntegrate external systems through tools for tickets, documents, notifications, and workflowsOrchestrate collaborative multi-agent systems with shared memoryDeploy agentic workloads using Azure Functions, CI/CD pipelines, and cloud-native architectureOptimize cost, scale, and performance for enterprise production environments Who This Book Is For: AI engineers and developers building real agentic systems and evaluating the Microsoft Agent Framework, vector search, and Azure AI services Cloud and Azure engineers looking to integrate AI capabilities deeply into existing or new applications Solution architects designing AI-native or AI-augmented enterprise platforms Full-stack engineers transitioning into AI engineering and wanting an end-to-end practical pathway into agentic systems