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Big news in the AI world! Azure AI Foundry has officially been rebranded as Microsoft Foundry. This isn’t just a name change — it’s a shift in how developers and enterprises will build, deploy, and scale AI. In my latest video, I break down: 🔄 What’s new in Microsoft Foundry ❌ What’s been retired or changed 💡 Why these updates matter for your workflows 👉 Watch the full breakdown here: If you’re working with AI agents, cloud workflows, or enterprise integrations, this update is one you don’t want to miss. Alternatively, if you're more interested in reading, then here is my detailed blog on MEDIUM .

 🎬 Watch the Magic Happen — In Just Minutes Curious how you can turn plain English into a full-blown architecture diagram? In my latest video, I show you exactly how to auto-generate cloud diagrams using natural language and LLMs — no Visio, no manual layout, just smart markdown and AI. You’ll see: - How to describe your system in instructions.md - How the LLM interprets and builds the diagram - How to visualize Azure components, workflows, and tiers instantly 👉 Watch now and see how this technique can save you hours and make your documentation smarter: Auto-Generating Architecture Diagrams Using LLMs Once you try it, you’ll never diagram the old way again. If you're more interested in reading then here is my detailed blog: MEDIUM

Ever built an AI agent and thought,  “Wait… I don’t want it to actually run that tool yet”?  That’s where dry-run agents come in — and in this video, I show you exactly how to build one using the Microsoft Agent Framework. You’ll learn how to simulate tool usage without executing anything. It’s safe, smart, and perfect for testing workflows, debugging logic, or getting human approval before action. Whether you're a dev, a student, or just curious how AI agents “think before they act,” this tutorial breaks it down step-by-step — with real code, visuals, and a fun twist. 👉 Watch now and see how dry-run agents can transform your AI workflows — safely and brilliantly.

Ever wondered if your plain old Python function could do something smarter? Like… actually respond to prompts, act like a tool, and be part of an AI agent? It can. And I’ll show you how. 🎥 Watch the full video here In my latest YouTube demo, I take a simple Python function—generate_guid()—and turn it into a fully callable AI tool using the Microsoft Agent Framework. No LLMs. No fluff. Just clean, modular Python wrapped in something powerful. 🧠 What You’ll Learn: - How to wrap any Python function using FunctionTool - How to register it with an agent - How to trigger it with natural language (yes, really!) ⚡ Why You Should Watch: If you’re a developer, content creator, or just curious about AI agents, this is the fastest way to get started. You’ll see how to: - Build smarter tools with less code - Keep full control over logic - Scale your agent workflows without the LLM overhead 👉 Ready to see it in action? Click here to watch the video now and let me know what tool you’d build next!

If you’ve ever talked to a chatbot or used an AI assistant to answer a question, there’s a good chance it used something called RAG or was powered by AI agents behind the scenes. But what are these things, and how are they different? Let’s break it down in a way that’s super easy to understand. 🛠️✨ 📚 What is RAG? RAG stands for Retrieval-Augmented Generation . Think of it like this: Imagine you’re doing a school project on volcanoes. You know a little, but instead of guessing answers, you Google it first, grab info from a few trusted websites, and then write your project in your own words. That’s what RAG does: It retrieves useful information from a database or search system. Then it generates a response based on what it found. It’s like a super-smart librarian + writer combo! 📖✍️ 📌 Perfect for: Answering questions based on a LOT of documents (like customer support FAQs or legal documents). 🕹️ What is an AI Agent? An AI Agent is like a digital helper that can think, plan, and eve...

Imagine you're at a busy airport, and planes from different airlines are landing and taking off. To keep everything running smoothly, air traffic controllers decide which runway each plane should use. Now, think of AI models as those planes—each one has different strengths, speeds, and capabilities. The Azure Model Router  acts like an air traffic controller for AI models, ensuring that every request gets handled by the best model available. What is Azure Model Router? Azure Model Router is a smart AI system that automatically selects the best AI model to respond to a request. Instead of developers manually choosing which AI model to use, the Model Router does it for them, optimizing for speed, cost, and accuracy. It’s part of Azure AI Foundry , a platform that helps businesses and developers deploy AI models efficiently. Why Do We Need It? AI models come in different types—some are great at answering questions, others are better at reasoning, and some are super-fast but less detai...

AI models are powerful, but their utility is often limited by their inability to interact with external systems efficiently. The Model Context Protocol (MCP) is designed to bridge this gap, allowing AI models to integrate seamlessly with external tools, APIs, and real-time data sources. By standardizing this interaction, MCP enables AI assistants to provide more informed, precise, and interactive responses.                                                            image generated from copilot What is MCP? MCP is an open protocol designed to improve how applications communicate context to Large Language Models (LLMs) . It allows AI models to access relevant information from external sources dynamically, reducing reliance on static training data and enhancing responsiveness. MCP supports multiple interaction method...