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A deployment of a secure, extensible and integrated environment for running AI Foundry workloads in Production. It simplifies the process of including essential Azure services necessary to run mission-critical AI applications and adhere to Microsoft Well Architected Framework recommendations.
The IQ Series is a hands-on learning experience for Microsoft IQ: Microsoft's unified intelligence layer for the enterprise, spanning Foundry IQ, Work IQ, and Fabric IQ. The series includes video episodes, Jupyter notebooks, and Azure deployment templates.
Visual, demo-ready multi-agent orchestration patterns powered by Foundry Local and Microsoft Agent Framework. Six runnable demos with live D3.js graph animations, real-time message tracing, and event replay
On-Call Copilot is an open-source multi-agent AI system built on Microsoft Agent Framework and Agent Services v2 Hosted Agents that automates incident response. It runs four specialist agents concurrently Triage, Summary, Comms, and PIR, returning root cause analysis, a plain-language narrative, Slack and stakeholder update
Automate end-to-end AI governance with Microsoft Purview DSPM for AI and Defender for AI. Configure DLP, sensitivity labels, audit logging, and threat detection across M365 Copilot, Microsoft Foundry, Microsoft Fabric, and custom agentic solutions.
Labs for agentic AI — covering Microsoft Foundry, Foundry Agent Service, Foundry Models, Workflow Designer, Foundry IQ, Foundry Tools, Foundry Control Plane and Azure AI Search
How Microsoft Agent Framework can orchestrate multiple specialised agents locally using Foundry Local How a coding agent can generate and execute a standalone Python application as part of an agent workflow How you can use tool calling with model which support tooling How planner and reviewer agents can be composed
An interactive web application demonstrating the power of Microsoft Foundry Model Router - an intelligent routing system that automatically selects the optimal language model for each request based on complexity, reasoning requirements, and task type.