Journal of Engineering and Engineering Technology - JEET |NODEMEU AND BLYNK FOR A SMART GARAGE DOOR SURVEILLANCE CONTROLLING SYSTEM

Paper Details

Title :NODEMEU AND BLYNK FOR A SMART GARAGE DOOR SURVEILLANCE CONTROLLING SYSTEM
Author(s) : Ayeni, J. K. (1), Abubakar J. O. (2), Abiodun, E. T. (3), Abdulqareem. Q. B. (4) and Olajide, A. T.
DOI: https://doi.org/10.51459/futajeet.2024.01.01.18
Abstract:

This paper introduces a Smart Garage Door Surveillance and Controlling System, utilising NodeMcu and Blynk. This system offers real-time monitoring remote control, and intelligent notifications, providing users with convenience and peace of mind The paper evaluates the effectiveness of integrating NodeMcu and Blynk in a Smart Garage Door Surveillance Controlling System, comparing it to conventional methods, and assesses its effectiveness in providing remote monitoring and control capabilities The NodeMcu and Blynk loT solution offers a cost-effective and efficient solution for garage door control The NodeMcu microcontroller connects the garage door of the loT, allowing users to remotely monitor its status. The Blynk platform provides a user-friendly mobile application for easy control from anywhere with an internet connection. The system also offers SMS notifications for instant alerts about the garage door's status, and a buzzer notification system for immediate notifications of any garage door activity. Smart integration addresses the security and convenience issues of traditional garage door control systems. The system enhances securing by providing customizable alerts for specific events like unauthorized access attempts. It also introduces an intelligent auto shut-off feature, which automatically shuts off the garage door if it remains open for an extended period. Reducing security risks and energy wastage; this feature is designed to be both smart and environmentally conscious, providing additional protection and energy efficiency. The paper discusses the use of NodeMeu and Blynk for providing additional protection and potential benefits and demonstrates the smart garage door systems highlighting cast-effectiveness and user friendliness of integrating the NodeMce microcontroller with Blynk platform for remote garage door monitoring and control. The study aims to transition from manual methods to IoT enabled systems, enhancing security and convenience through real-time surveillance The findings will guide the development of more efficient garage door control solutions, catering to the growing demand for smart home technologies

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