AR-Driven Smart Homes: Enhancing Automation and User Experience

Abstract

The study introduces a novel home automation system that leverages Augmented Reality (AR) technology to revolutionize user interaction and control of electrical appliances. Augmented Reality provides a dynamic platform for crafting personalized and interactive content, which aligns with the overarching goal of making home automation more intuitive and accessible to users. The primary objective is to develop a user-friendly application capable of generating AR buttons for controlling a variety of electrical appliances. These AR buttons are presented as 3D models on mobile devices accessible via standard web browsers. The application securely transmits data to a server, which then relays control commands to an ESP-32 microcontroller, effectively supplanting traditional switchboards. A key innovation in this system is the utilization of image-based targets to enable seamless interaction with virtual buttons. This approach allows users to effortlessly manage lighting, door locks, and air conditioning through intuitive virtual interfaces, thereby enhancing the overall efffciency and convenience of home automation. The focal point of this research lies in integrating AR technology into the smart home ecosystem to create a more intuitive and interactive user experience. By doing so, it contributes to the ongoing efforts aimed at simplifying and enhancing daily life through the convergence of digital technology and the physical environment. This study represents a signiffcant step forward in the evolution of home automation systems, offering users unprecedented control and interaction capabilities through the innovative application of AR technology.