Implementation of Geolocation in Travel Backpacks through Arduino and Mobile Application: Effectiveness and Limitations in Urban Settings

Abstract

This study presents the development and evaluation of a geolocation system implemented in travel backpacks using Arduino and a mobile application. The system's effectiveness in locating the backpack in various urban environments was examined. Results indicated high accuracy in open areas, yet limitations were identified in dense urban settings or areas with obstacles, suggesting the need for further research to enhance precision under such conditions. This work not only emphasizes the feasibility of integrating geolocation systems into travel backpacks as a security measure but also identifies key areas for future investigations. The successful application of GPS technology combined with Arduino in open urban environments underscores its potential to safeguard and track personal belongings. However, the revelation of limitations in dense urban areas or obstructed settings highlights the necessity to address specific challenges to improve system accuracy under adverse conditions. These findings provide a starting point for subsequent research aimed at optimizing system effectiveness in diverse urban configurations, paving the way for more robust and reliable solutions in personal object security.