Traditional gate opening techniques are frequently laborious, creating discomfort and weaknesses in security. Operation of a manual gate can be time-consuming and even unsafe, particularly in severe conditions. These techniques also lack the automation that contemporary users require for easy access to their properties.
Our project introduces an IoT-based solution using ESP8266 devices and an ultrasonic sensor to revolutionize gate control. The gate opens automatically when a car with an ESP8266 approaches it; the sensor recognizes the car and communicates with the ESP8266 on the gate. This system offers enhanced convenience, efficiency, and security by eliminating the need for manual gate operation, providing audio feedback, and even sending SMS alerts upon gate activation. The result is a user-friendly, secure, and automated gate control system that simplifies access to premises and enhances the overall experience for users.
This report is a product of project entitled "Automatic photovoltaic solar panel cleaning system" The aim of this project is to design an innovative cleaning solution for photovoltaic solar panels in solar power plants. The accumulation of dust and debris on solar cells significantly reduces the eff...
Read more>>Drivers who are drowsy or tired present a serious danger to other drivers on the road because they are less vigilant and are more likely to fall asleep at the wheel. The lack of an effective real-time system that can consistently identify warning signs of driver fatigue and quickly issue alarms to p...
Read more>>This research, present the operation, construction, design and fabrication of the OFF-ROAD WHEELCHAIR OF DISABLED TOURIST. In general, for access to public buildings, it is frequently necessary to adapt older buildings with features such as ramps, elevators in order to allow access by wheelchair use...
Read more>>The project aims to design and prototype a two-way communication smart meter for smart grid applications using Arduino Uno, voltage sensor, relay, power supply, regulator, PCB, buzzer, and GSM module. The proposed system will monitor the voltage level of the power line and provide real-time informat...
Read more>>This project presents the design, implementation and characterization of a hardware platform for Fuel Management System (FMS) for fuel carrying vehicles. The primary design goal is to devise a system capable of monitoring the fuel level in real time. This system is proposed for fuel carrying road ta...
Read more>>Total: RWF 0.00