@article{M7A3F9BAA,
title = "A Comprehensive Study of IoT-Enabled Smart Umbrella Rental System Using Mobile Application",
journal = "The Journal of Korean Institute of Communications and Information Sciences",
year = "2025",
issn = "1226-4717",
doi = "10.7840/kics.2025.50.5.835",
author = "Mosalla Sophia, Akashi Kazunari, Alao Chunghwan, Jeong-Dong Kim, Taek Lee, Jung-Been Lee",
keywords = "umbrella rental system, ESP32 microcontroller, mobile application, IoT",
abstract = "This study presents the development and evaluation of an IoT-based smart umbrella rental service designed to address urban challenges such as the inconvenience of carrying umbrellas and the inefficiencies in existing umbrella rental systems. Inspired by IoT-driven solutions like Ikasa and Retbella, this system enhances user convenience through real-time tracking, efficient management, and user-friendly mobile applications. The system architecture incorporates the NEO-6 GPS module for precise location tracking, ESP32 microcontrollers for seamless integration with reed switches, and Firebase for real-time data updates and secure management.
Developed using React Native, the app offers cross-platform compatibility and QR code functionality for streamlined user interactions. Results demonstrate the system's ability to optimize umbrella management and rental processes, contributing to operational efficiency and environmental sustainability. Future directions include integrating advanced sensor technology and AI to elevate user adaptability and real-time monitoring."
}