Event-Driven Architecture Based on Blockchain.基于区块链的事件驱动架构

This Getting Started guide is a series of tutorials that shows device developers how to connect to Azure IoT using Eclipse ThreadX.

End-to-end IoT workshop focusing on a real-time asset tracking scenario.

MCW Mobile app innovation

React library for ux4iot for easily building IoT web applications

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.

Use Docker based solution to cross-compile c source code on host machine, deploy built app to device and do remote debugging with VS Code.

The Azure IoT Device Simulator (.NET 5) implements a broad part of the features included in the Azure IoT Device SDK (C#).

We will see how we can set up our MXChip and get it working to send Temperature, Humidity, Pressure, Audio, Decibels etc information to our Azure IoT Hub. Once we have received the data in our Azure IoT Hub we can do anything with that.

Synchronize IoT devices and IoT Edge devices from a master Azure IoT Hub to a slave. Can be run as an Azure function or a WebAPI app. Triggerd via timer or EventGrid events for device creation or deletion.

Azure IoT Hub with mqtt protocol guide line and project template for quick setup

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)

Weather Prediction Application - Using a IoT device and past data this application predicts future weather

Docker Containers on ARM64v8 architeture.

PoC: How to build your own serverless PKI with AzureFunctions and connect simple device simulator on C# to IoTHub using DeviceProvisioningService.

An innovative IoT Heart Rate Monitor project utilizing Azure Applications and ESP8266 with a HR Sensor, designed for simplicity in user experience yet requiring a detailed setup, aimed at providing a cost-effective alternative to hospital-grade heart monitors.

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.

RTIO (Real Time Input Output) - A REST-Like IoT Service

基于esp8266开发板，采用Arduino开发环境进行物联网终端与对接云平台开发