No upcoming live streams, check back soon. In the meanwhile, browse through past streams below.
18 hours ago - The official MCP (Model Context Protocol) C# SDK v1.0 is here—and it’s a game changer for building AI-powered applications in .NET. In this session, we’ll break down what MCP is, why it matters, and how this new SDK unlocks powerful scenarios to connect your apps with AI models using a standardized protocol.
2 days ago - .NET and MonoGame can help you make games for anything! We'll see how this framework can start your game dev journey on Windows and Linux with a simple 2D game. This is an engaging and fun way to learn to code!
6 days ago - Join us for a show where DevArt will show us how dotConnect and Entity Developer simplify your workflow in .NET development.
17 Mar 2026 - Zstandard (zstd) is a modern, high-performance compression algorithm that's faster than gzip and brotli while achieving comparable compression ratios. In .NET 11, we're adding first-class Zstandard support across the platform — from low-level primitives in System.IO.Compression to built-in HTTP compression in ASP.NET Core. Join us as Radek Zikmund, Software Engineer on the .NET libraries team, walks us through the new APIs and shows off some impressive benchmarks.
12 Mar 2026 - Join members of the Visual Studio team to talk about what's new in the Visual Studio 2026 March Release.
11 Mar 2026 - What does a real AI agent application look like beyond Hello World? Using the open-source Interview Coach sample, we’ll explore production patterns for building multi-agent systems in .NET using: - Microsoft Agent Framework - Microsoft Foundry as the model backend - Model Context Protocol (MCP) for tool integration - Aspire for orchestration and observability
10 Mar 2026 - Join us to check out all the new features and improvements coming to ASP.NET Core & Blazor in .NET 11 Preview 2.
09 Mar 2026 - Demystifying Workflows with Microsoft Agent Framework is about taking back control of orchestration by understanding and using the low-level building blocks, not just the high-level patterns. At the core of this session is custom orchestration built from executors and edges: type-safe processing nodes connected in a directed graph that explicitly controls how data and decisions flow through our system. High-level patterns like sequential, concurrent, group chat, handoffs, and magnetic orchestration are presented as composable shortcuts on top of this graph, not as the only way to design workflows. By the end, we'll see that we are not forced to choose between “magic” high-level orchestration and brittle custom flows. Instead, we'll learn how to use high-level patterns for speed, and drop down to executors and edges when we need custom routing, domain-specific logic, or hybrid workflows that mix sequential, concurrent, group chat, and handoff behaviors in one coherent system.
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