Abstract: The integration of Internet of Things (IoT) technology and Android-predicated mobile applications has enabled the development of innovative solutions for sundry authentic-world scenarios. This abstract introduces a novel application of this technology stack in the form of a “Human Following Robo-Case”. This research explores the technical aspects of the Human-Following Suitcase, including sensor protocols, integration, communication impediment avoidance, and utilizer interface design. The findings highlight the feasibility and potential benefits of this innovative solution, amending peregrinate comfort and enhancing utilizer experiences. The ESP32-CAM plays a crucial role in the development of an IoT-enabled smart suitcase designed to autonomously follow a human user. Its integration enables the system to leverage computer vision and connectivity features to achieve real-time object detection and tracking. As the IoT ecosystem and Android platform perpetuate to evolve, the Human-Following Robo-Case represents an exhilarating application of these technologies in the field of perspicacious peregrinate adjuncts. This research aims to engender a perspicacious suitcase that leverages IoT sensors and Android-predicated control mechanisms to autonomously follow its utilizer, providing a seamless and convenient peregrinate experience. The suitcase incorporates a range of sensors, including GPS, ultrasonic, and inertial quantification unit (IMU) sensors, to accurately detect and track the utilizer's position and forms of kineticism.
Keywords: Internet of things, android application, Arduino UNO, robo-case, travel partner, esp32-cam, real-time monitoring.
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DOI:
10.17148/IJARCCE.2024.13535
