This sample demonstrates how to extend Azure IoT Hub Twins via Azure Blob Storage. Concretely, a solution can benefit from this approach if the twin properties either exceed the current limit or refer to binary content that cannot be easily represented in the twin's JSON payload.
The Azure IoT Device Simulator (.NET 5) implements a broad part of the features included in the Azure IoT Device SDK (C#).
Let's see how we can set up an Azure Function as an Output job topology of an Azure Stream Analytics job. Isn’t that sound interesting?
IoT, Azure and Machine Learing connectivity plugin (Windows 10 IoT Core Onboard Task)
PoC: How to build your own serverless PKI with AzureFunctions and connect simple device simulator on C# to IoTHub using DeviceProvisioningService.
The Azure IoT Device Simulator (.NET 5)-DPS implements a broad part of the features included in the Azure IoT Device SDK (C#) (D2C/C2D and M2C/C2M). Furthermore, the simulator implements device provisioning based on Azure IoT Hub Device Provisioning Service.
The idea is to use Azure DPS to provision iot-devices at scale using group enrollment and connect them to an iot-hub. These iot-devices then send telemetry data to the iot-hub. Some function apps should listen to those events and invoke Direct Methods on those iot-devices.
IoT, Azure and Machine Learing connectivity plugin (Linux)
Blazor WASM app for monitoring messages sent to an Azure IoT Hub.
Service fabric, IoT Example with .NET core. Example of how to leverage Microsoft.Azure NuGet packages to have microservices oriented architecture with Service Fabric and .NET core.
Azure IoT Device Simulator (.NET 6) integrating IoT Plug and Play (IoT PnP) capabilities. The simulator allows referencing DTDL v2 models and the telemetry, properties and commands will be created dynamically.
Add a description, image, and links to the iot-hub topic page so that developers can more easily learn about it.
To associate your repository with the iot-hub topic, visit your repo's landing page and select "manage topics."