Smart Location Navigator Using Augmented Reality

Abstract

In an era where mobile technology dominates daily life, traditional navigation systems often fall short in providing interactive and immersive experiences that integrate seamlessly with the real environment. This project focuses on developing a smart location navigator that leverages augmented reality to transform conventional navigation into a more engaging user experience. By utilizing Unity3D and ARCore, this innovative application enables users to visualize their routes superimposed on their surroundings through Android devices, effectively bridging the gap between digital maps and physical landscapes. The primary objective is to create an augmented reality-based navigation app that empowers users to select points on a map and view their pathways in the real world. By integrating Unity3D with ARCore and the Google Maps API, the application enhances navigation functionalities, offering real-time, location-based guidance. This integration enriches the user experience and demonstrates the potential of augmented reality technology in everyday applications, making navigation intuitive and visually informative. Additionally, the design of an intuitive user interface tailored for outdoor environments is crucial to the success of this project. The interface ensures ease of use and accessibility, allowing users to interact effortlessly with the navigation system while on the move. By focusing on usability and technological innovation, this project aims to set a new standard for navigation applications, encouraging further advancements in augmented reality technologies and their applications in enhancing user interaction with the physical world.