Components used in this project are Arduino Genuino 101, GPS, and water quality sensor. The aim of this project is to design a smart water purity monitoring system using Arduino UNO and IoT platforms. The advantage of this project is the solar panels automatically turn towards maximum solar energy direction during day time automatically to track maximum power. The main components used in this project are solar power systems, LDR sensors, solar energy, battery, Arduino board, and IoT cloud service. The aim of this project is to design a smart dual-axis solar power tracking system that tracks solar power, monitors battery reading over IoT technology.
Internet of things (IoT) based Solar Tracker The advantage of this project is it saves power by turning it off when not in use.Ĥ). A Bridge widget is used to create communication between Blynk. The main components used in this project are Arduino MKR IoT carrier, Arduino WiFI Rev2, LED, jumper wires, and MKR WiFI. The aim of this project is to design smart automation control electrical appliances using IOT and Arduino platforms. Arduino Light Controller using MKR IoT Carrier The components used are Arduino Nano, socket driver, and power supply resource. The aim of this project is to build a smart clock system to display time using Arduino Nano and IoT technology to display real-time clock information on the Nixie display. Build Nixie Display or Clock with Arduino Nano Components used in this project are Arduino MKR, LED, Luner IoT-based SIM. The aim of this project is to design a smart TLS system that provides device configuration from a cloud system. The list of Arduino Projects using the IoT platform is listed below. The advantage of using Arduino with IoT technology is, the data can be controlled and accessed by a user from a remote location at any time irrespective of location and climatic condition.
#ARDUINO SERVO PROJECT BLUETOOTH#
Internet of Things (IoT) is an emerging technology that integrates different technology platforms such as sensors, microcontrollers, electronic and mechanical appliances, Bluetooth technology for communication purposes over the internet connection. This project is designed with Atari SIO protocol, Arduino controller, music sensor, and speaker. The aim of this project is to design a smart MP3 player using Arduino. Here when a sensor senses whether the pipet ends are open, if they are open it then gives an alarm to alert the user to pack the pipet properly. The main components used are Arduino, pipette, sensor, and alarm. The aim of this project is to design a smart alarm for pipette tip monitors using Arduino. These devices must be maintained very tidily and handled very carefully. Pipette is a device used for volumetric measurements by lab chemists. Contamination Alarm for Pipette Tip Box Monitoring System Smoke alarms are used in mining zones, offices, and domestic zones. Whenever the sensor detects smoke or smoke particles, it straight away generates an alarm for alerting the user within the environment and protects them from further danger. This project is built with components such as a smoke sensor, alarm, Arduino board, and battery. The aim of this project is to design a smart smoke detector using Arduino technology. The main components used in this project are a temperature sensor, humidity sensor, LCD, Arduino board, and particle sensor. The aim of this project is to develop a smart air quality measuring device using Arduino technology and also display temperature and humidity data. Nowadays pollution has increased to maximum percentage due to heavy usage of pollution causing appliances like vehicles, chimneys and also due to factories. This project provides the user a clear picture of weather information and allows the user to add more features. The components used in this project are the Arduino board, temperature humidity sensor, and display board.
The aim of this project is to design a smart weather station that displays temperature and other weather-related reports. Arduino Weather Station with Nextion Display The tea bag sensor sense and sounds alarm to the owner when there is a shortage of teabags. The main components used in this project are Tea sensor, Arduino board, Raspberry Pi, reed switch, speaker, and magnet.
But what if there is a shortage of tea bags? The aim of this project is to design a smart tea sensing module using an Arduino board to notify the owner of a shortfall of teabags. Many of them love to have tea during breakfast or during the evening time. Raspberry Pi based Arduino Intelligent Tea Sensor
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