Navigate Campus
With Confidence
Augmented Reality Indoor Navigation for UNLV
Making campus navigation intuitive and accessible for all students.
Augmented Reality Indoor Navigation for UNLV
Making campus navigation intuitive and accessible for all students.
Research shows that traditional paper and 2D maps increase cognitive load, distracting students from their environment.
New students often find large campuses like UNLV overwhelming. Traditional 2D maps require users to mentally translate a flat image into 3D space.
By overlaying digital arrows directly onto the physical world through a phone camera, we reduce the mental effort needed to navigate.
Search and select your destination easily.
Intelligent chatbot that helps you get around.
AR navigation with real-time directional arrows.
Powered by Immersal SDK & Unity
Follow intuitive 3D arrows overlaid on the real world, making navigation effortless.
Easily search for any destination by Building name or room number with our intelligent search system.
An AI chatbot that understands campus layouts, provides step-by-step directions, and answers questions.
Discover upcoming events and points of interest as you navigate through campus buildings.
Your device's camera automatically determines your position using advanced AR technology powered by Immersal SDK.
Built with accessibility in mind, helping students with disabilities navigate with greater independence.
Rebel Reality isn't just a map; it's a complex integration of computer vision, AI, and cloud computing. We map the environment using point clouds to ensure centimeter-level accuracy.
Core application development and AR scene management.
Spatial mapping and visual positioning system (VPS).
Cutting edge AI chat features.
"The AI chatbot made navigating campus much easier, it saved me a lot of time."
AR navigation decreases the mental effort needed for wayfinding compared to traditional 2D maps, allowing users to focus more on their surroundings and discover new locations of interest.
Studies show that individuals with intellectual and sensory disabilities achieve up to 100% unassisted navigational independence with AR navigation, compared to under 50% with traditional methods.
Users of AR navigation display increased eye movement and freedom to explore their environment, making the campus experience more engaging and memorable.
"The search bar made finding classes really easy."
The Senior Design group behind the project.
