Xocchiali AR glasses - Design, implementation and usability testing of simple AR glasses

Abstract: This thesis focuses on designing and prototyping a companion application for Xocchiali's AR glasses which are to be stylish, unobtrusive and cheap smart glasses designed to be used on a daily basis. The main goal was to create a user-friendly application that helps configure the glasses for everyday use. Additional goal was to explore possibility of implementing designed features on a microcontroller that is to be used in the glasses. Key research focus on suitable use cases for simple smart glasses and effective mobile application design. The thesis presents low and high fidelity prototypes of the companion iOS application that guides the user and allows him to configure the glasses. In order to evaluate the usability of the high fidelity prototype, a study was conducted. Results suggest that developed design appeals to the users and is easily understandable, allowing for seamless and satisfying configuration of the glasses. The authors conclude that both the prototype as well as microcontroller application proof of concept could used as a good foundation for the actual, final product.