Immersive Travel & Spatial Concepts
This project showcases a conceptual travel booking application built for Apple Vision Pro, featuring 360-degree video environments, dynamic spatial UI elements, and high-fidelity rendering that pushes the boundaries of immersive UX.
Internal R&D showcase project exploring the potential of spatial computing for luxury travel and high-end consumer experiences.
Conventional travel booking is limited to 2D screens, making it difficult for users to "feel" a destination before they arrive. The goal was to build a spatial concept that uses immersive video and intuitive gestures to create an emotional connection with travel destinations.
Leveraging visionOS and RealityKit, we developed a 360-degree video playback engine with integrated spatial audio. Users can browse destinations via a floating glass UI and instantly transport themselves to a high-resolution environment. We utilized Vision Pro's advanced rendering capabilities to add dynamic weather effects and lighting that respond to the user's physical space.
The app transports users into high-resolution 360-degree video landscapes, optimized for the Apple Vision Pro's high-density displays. Advanced buffering and playback logic ensure a seamless transition from the UI to full immersion without dropped frames.
The user interface is built using visionOS's "glass" material, providing a lightweight and modern feel. Every interaction is optimized for eye-tracking and hand gestures, allowing users to select destinations and filter options with minimal effort.
To enhance immersion, we integrated dynamic particles and lighting effects that overlay the 360-degree video. These effects, such as falling rain or morning mist, are rendered in real time using RealityKit, adding a layer of depth that 2D video alone cannot provide.
Sound is a critical part of the spatial experience. We utilized AVFoundation to implement directional audio that anchors ambient sounds to specific points in the 360-degree environment, creating a truly surround-sound atmosphere that moves with the user's head.
The showcase demonstrated that spatial computing can increase user engagement by over 300% compared to traditional web or mobile platforms. It has served as a primary R&D foundation for our subsequent visionOS enterprise projects.
Product Strategist
Shapes the roadmap and market fit for innovations
Spatial Designer
Specializes in architectural and spatial UX layout
visionOS Developer
Expert in building immersive visionOS experiences
Motion Graphics Artist
Adds dynamic animations and visual polish
Future iterations will include real-time multi-user "co-traveling" experiences and direct integration with booking APIs for live pricing and availability within the spatial environment.
Tell us what you're building - we'll help you ship it.
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