Ashpilot: A Digital Navigation System for the Ashesi Campus

Abstract

Global Positioning System (GPS) technologies have revolutionized outdoor navigation, making it easier to find routes and track locations with real-time accuracy. However, GPS is ineffective indoors, where direct line-of-sight with satellites is blocked. This project tackles navigation challenges in both indoor and outdoor environments by developing a digital navigation system for Ashesi University's campus. Current navigation methods on campus are inefficient, often relying on word-of-mouth directions and leaving newcomers disoriented. The proposed system aims to bridge this gap by offering a comprehensive solution that integrates real-time navigation for both indoor and outdoor environments. The system also provides historical and contextual information about campus buildings and events. By leveraging OpenStreetMap for outdoor mapping and MappedIn for indoor navigation, this system provides seamless transitions between different environments, enhancing the user experience. While the project satisfies a majority of its functional requirements, limitations include the system's lack of advanced interactivity and accessibility features. Future recommendations include enhancing mapping tools, multi-language support, and integrating features for virtual campus tours and emergency management. By addressing the highlighted challenges and leveraging emerging technologies, this project serves as a robust foundation for future advancements to campus navigation.