Our project explores how artificial intelligence can improve mobility, safety, and independence for blind and visually impaired people.

Through a user-centered design approach, we developed Orion. This is a wearable device paired with a mobile application that provides real-time feedback on nearby obstacles and hazards, as well as descriptions of the user's surroundings. The device uses a camera module with a sensor with high-speed AI processing to interpret its surroundings and can identify objects, changes in terrain and potential obstacles. The user receives feedback either via haptic feedback in the form of vibration signals, or via voice guidance. This makes it possible to navigate without visual information or the need for a guide.

The goal has been to create a solution that provides both practical support and emotional security in everyday environments. The development of Orion has been based on a user-centered approach. Through close collaboration with blind and partially sighted people, organisations and professionals, we have carried out extensive user testing, interviews and prototyping. The insights from this work have been crucial in shaping a solution that is both functional and intuitive to use.

Orion shows how artificial intelligence can be used as a practical and meaningful tool to increase the quality of life of people with visual impairments. The result is a solution that combines mobility, independence and security in one and the same system.