iot-simulator

A lightweight, easy-to-configure MQTT simulator written in Python 3 for publishing JSON objects to a broker, simulating sensors and devices.

IoT device Simulation using Kubernetes, with StatefulSets, Secrets, ConfigMap and .Net Core

Python app that lets you simulate data flow over mqtt. It allows you to publish complex, random objects as well as simple value on given mqtt topic. Easy to setup and use from both GUI and CLI mode.

Azure IoT Device Simulator implementing many of the features of the Azure IoT Device SDK.

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

IoT Simulator in Go

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.

Azure IoT Device Simulator (.NET 5) 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.

A collection of drivers for IoT systems. Includes mock drivers for integration/testing.

No-code IoT payload simulator and realtime protocol testing platform.

Real-time IoT telemetry data simulator and dashboard built with Laravel.

Azure IoT Device Simulator (.Net Core 3.x version) implementing an important part of the features of the Azure IoT Device SDK.

Dashboard full-stack para monitoramento meteorológico com simulação realista de 8 sensores. API FastAPI, PostgreSQL, visualizações interativas com Highcharts (gauge + séries temporais) e container Docker. Pronto para deploy no Railway.

IoT sensor simulator for DBMS project

Dashboard interativo React para monitoramento de sensores com atualização automática. Exibe dados simulados de temperatura, umidade, pressão, vento e qualidade do ar. Tela de loading personalizada com localizações fictícias aleatórias.

This repository contains an IoT application that monitors temperature, ambient light and pollution levels in a building. Each sensor is monitored by a separate client application that updates these values onto a server.

This system provides real-time monitoring of devices that send temperature and humidity telemetry. It supports data ingestion, storage, alert generation, and visualization. The project includes both frontend and backend components and uses SQLite for persistence during development.

Azure IoTHub to Digital Twin Demo Scenario using Python Azure Functions

Open-source MQTT device simulator for testing IoT systems without physical devices. Create virtual machines, generate realistic sensor data, publish JSON payloads to any MQTT broker, and simulate multiple devices in real time.