It is made up of water flow sensors mounted on the pipe to measure the water flow rate, an Arduino Nano microcontroller to control hardware modules, a power supply, and the Global System for Mobile Communication (GSM) to send messages to the authorities' mobile phones as well as the ability to send email notifications. This project seeks to develop a water leakage monitoring system for plastic water supply pipelines utilizing the internet of things (IoT) in the Building in order to maintain the availability of water in the toilets used by students and employees due to the building's large size.
In the modern era of smart technology, efficient waste management is a significant concern, particularly in urban areas. This project introduces an innovative smart dustbin system designed to enhance hygiene, convenience, and efficiency in waste disposal. The core of the system is an ESP8266 micr...
Read more>>Urban gardening has become increasingly popular as city dwellers seek to grow their own food and green their living spaces. However, managing an urban garden efficiently can be challenging due to space constraints and the need for continuous monitoring and care. The Smart Urban Gardening System a...
Read more>>The Smart Truck Bed Cover System integrates ESP8266 technology with various components to create an automated and responsive solution for truck bed covers. This project utilizes a servo motor, buzzer, LED indicators, tent cover, and rain sensor to enhance usability, protection, and convenience for t...
Read more>>The Conveyor Belt Control System with ESP8266 and Servo Motor is an advanced project designed to automate the control, monitoring, and sorting of items on a conveyor belt. This system uses the ESP8266 Wi-Fi module for wireless communication, enabling remote management and real-time monitoring of con...
Read more>>This project aims to develop a simple radar system using Arduino, incorporating a variety of electronic components including an ultrasonic sensor, buzzer, LED, LCD display, and a servo motor. The primary objective is to detect objects within a defined range and provide visual and auditory alerts. <...
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