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.
In Rwanda, the teenage pregnancy rates have increased from 6.1% in 2010 to 7.3% in 2015 (RDHS 2015). Furthermore, 49.6% of teen mothers had their first pregnancy between the ages of 12 and 17. Unintended pregnancy often leads to unplanned births. Some 37% of births in Rwanda each year are unplannedâ...
Read more>>In an era where the protection of critical infrastructure is paramount, the implementation of an advanced Security and Surveillance System tailored specifically for the telecommunications industry stands as a crucial imperative. This innovative system integrates cutting-edge IoT technologies with tr...
Read more>>This proposed system attempts to address the flaws of the current system by employing cutting-edge technology to prevent road accidents caused by speeding and intoxicated driving. The system includes an RF module, a MQ3 alcohol sensor, and a microcontroller that measures the vehicle's speed as w...
Read more>>The IoT-based Medi-WebCPD device revolutionizes the healthcare industry by leveraging Internet of Things (IoT) technology to enable seamless communication between patients and doctors. This innovative device eliminates the need for physical visits or phone calls, providing instant and secure communi...
Read more>>This project entitled ''IOT BASED FOOD GRAIN MONITORING''. In this project, a NodeMCU microcontroller is integrated with multiple sensors, including a gas sensor, DHT sensor, and two load cell sensors, as well as control for air conditioning and heating systems. The NodeMCU monitors...
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