arduino-cloud

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Enables Firebase Realtime Database connectivity on the ESP8266, ESP32, Arduino UNO R4 WiFi.

The smart car parking system uses an ESP32 microcontroller, an IR sensor, a servo motor, and an Arduino Cloud account to efficiently manage parking spaces, reduce traffic congestion, and improve air quality while providing real-time data for monitoring and accessibility.

Example usage of Arduino IoT Explore Kit

A smart door control system designed for dorm rooms; utilizing an Arduino Nano ESP32 Connect, L298N motor driver, and a DC motor to provide web and Bluetooth-controlled (BLE) door automation. The system integrates with Arduino IoT Cloud for control and status monitoring through a web interface.

ESP32-S3 kitchen security system with multi-sensor intrusion detection, OV3660 camera capture, Arduino Cloud control, Telegram alerts, and heartbeat monitoring.

ESP32-based Earthquake Early Warning (EEW) Receiver using OLED display and Wolfx JMA EEW API.

Remote robotic arm controlled by a glove with potentiometers and flex sensors; possible thanks to Arduino Cloud.

General Arduino tests for learning.

Controlling a TV over the cloud with NodeMCU and Arduino Cloud

Application that is able to manage and monitor garbage container a waste company

An introduction to NodeMCU - ESP8266 and Arduino Cloud

The purpose of this project is to build a prototype of an IoT-based baby incubator monitoring system based on things equipped with various sensors that will send data to the server in real time.

Solar power Meter by ACS712 on Arduino cloud and Blynk Cloud

Control an LED via the cloud using NodeMCU and Arduino IoT Cloud

A Smart Liquid Tank Management System

Arduino Cloud: Connecting Your Arduino To The Outside World Article Resources

This repository features a collection of Arduino-based IoT projects, showcasing home automation, sensor applications, and interactive displays.

Wireless IoT alarm system utilizing Arduino Uno R4 WiFi, ESP32, and Arduino Cloud for real-time monitoring and alert synchronization.

Proyecto propio para la asignatura de Laboratorio de Bio-instrumentación, consiste en un dispositivo de telemedicina que mide constantes vitales y sincroniza los datos con Cloud.