Uploaded July 2026 | Updated September 2026, 2 weeks ago
You’re looking at a real place but a simulated wind farm: a site in Sievi, Finland, its terrain built from open laser-scanning data, its turbines fed by live telemetry from a Fabric Eventhouse. You can orbit it, pull a turbine apart component by component, and ask (in either typed or spoken language) which turbine is underperforming and what it’s costing. The goal: Build a realistic and hands-free digital twin experience within Microsoft Fabric.
For this particular digital twin, three refinement pipelines feed one scene: geometry (LiDAR to mesh), telemetry (Eventhouse to tools), and language (tools to agent). I’m not claiming every digital twin looks like this, but in this build, the three pipelines shared one discipline: Reduce the data as far upstream as you can, keep the runtime thin, and generate every downstream artifact from a single source of truth.
Learn more: commandline.microsoft.com/a-wind-farm-you-can-talk-to-building-a-real-time-3d-digital-twin-on-microsoft-fabric
You’re looking at a real place but a simulated wind farm: a site in Sievi, Finland, its terrain built from open laser-scanning data, its turbines fed by live telemetry from a Fabric Eventhouse. You can orbit it, pull a turbine apart component by component, and ask (in either typed or spoken language) which turbine is underperforming and what it’s costing. The goal: Build a realistic and hands-free digital twin experience within Microsoft Fabric.
For this particular digital twin, three refinement pipelines feed one scene: geometry (LiDAR to mesh), telemetry (Eventhouse to tools), and language (tools to agent). I’m not claiming every digital twin looks like this, but in this build, the three pipelines shared one discipline: Reduce the data as far upstream as you can, keep the runtime thin, and generate every downstream artifact from a single source of truth.
Learn more: commandline.microsoft.com/a-wind-farm-you-can-talk-to-building-a-real-time-3d-digital-twin-on-microsoft-fabric
