🚀 Implement Protobuf RPC in Python with connect-python, offering seamless client and server support for efficient asynchronous communication.

A Python SDK for connecting devices to Microsoft Azure IoT services

Azure IoT extension for Azure CLI

A C99 SDK for connecting devices to Microsoft Azure IoT services

A set of tools and assets to ease gateway provisioning

Road flooding is a very classic problem in Bangkok. The road can turns to canel in 15 minutes of heavy rain. And people always ran to that area and get stucked for many hours with no way out. What if you know what is going on before hand, then safe your car and avoid flooding area with PUSH information to your mobile in real time

ESP32 library to access Azure IoT services, using the Azure IoT Middleware for FreeRTOS interface, in an easier and cleaner way.

A cloud-native IoT solution for collecting and processing real-time air quality telemetry data with Azure services.

A back-end API for Smart Inventory System that helps to keep track of your items by converting shelves into smart devices using IoT.

A Python-based controller for managing shelves with laser motion sensors and lights, integrated with Azure IoT Hub for remote operations.

A small web application to ingest data from the ISS Lightstreamer feed onto an Azure Event Hub or an IoT Hub

A DIY connected thermostat using a Raspberry and Azure public cloud

Sending Data To Azure IoT Hub Using ESP32 Microcontroller & Displaying Content of Messages With Azure CLI.

Delivery of code to remote devices using Azure IoT Edge.

An application developed to give real-time insights on machine health using Iot sensors by tracking and monitoring parameters such as temperature, pressure, current and humidity.

Azure Function App to send data to Azure Digital Twins

Collection of Databricks and Jupyter Notebooks

health-tracking-system è un sistema Cloud-based ideato per il tracciamento di dati sanitari da dispositivi IoT, realizzato come progetto Universitario per il corso di Cloud Computing del dipartimento di informatica presso l'Università degli Studi di Salerno.

This application uses the OPC Unified Architecture (OPC UA) to accept a list of nodes and subscribe to their value. When a change is received, it pushes the new value to an IOT hub. Here the data can be processed near real-time.