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Press Release

Voyease Virtual Travel Interface

A' Design Award 2025 Iron Winner in Interface, Interaction and User Experience Design

19 April 2025

Voyease Virtual Travel Interface by Zilian Li
Voyease Virtual Travel Interface by Zilian Li
Voyease Virtual Travel Interface by Zilian Li
Voyease Virtual Travel Interface by Zilian Li
Voyease Virtual Travel Interface by Zilian Li

Zilian Li · CLIENT: Ambiwishes Technology

VoyEase is a user experience and interaction design created for a virtual travel platform. The interface supports people who cannot travel in person due to age, health, or distance. Live guidance, real time visual sharing, voice input, and sensory feedback allow each user to explore real destinations from a first person view. A wish based system shapes every journey around the goals and feelings of the traveler. The modular interface adapts to smart glasses, mobile devices, and large displays. The stated intent is to reduce isolation and make exploration more inclusive.

Press Kit

Unique Properties
VoyEase is a user experience and interaction design created for a virtual travel platform. It helps people who cannot travel in person to explore real destinations in a more emotional and human way. The design presents live guidance, visual sharing, and sensory feedback as key features that support personal journeys. Through a wish based system, each trip is shaped to reflect the goals and feelings of the traveler, creating a meaningful and personal experience.
Dimensions & Packaging
The design features a modular interface adaptable to smart glasses, mobile devices, and large displays. It supports real time streaming, voice input, ambient color adaptation, and sensory feedback. Screen sizes range from 375 x 812 px to 1920 x 1080 px.
Tags
Virtual travel, Remote exploration, User experience design, Interaction design, Sensory interface, First person perspective, Inclusive design, Emotional connection, Smart glasses, Real time communication
Production Technology
The design combines minimalist futurism with emotional cues, aiming for a clear interface with warm visuals and dynamic micro interactions. It was developed through user journey mapping, prototyping, and scenario based testing. Focused on visual structure, information flow, and contextual realism, VoyEase offers a more authentic and personal interaction between people and places.
Design Challenge
The main challenge was creating a remote travel experience that feels personal and emotionally real. It was hard to balance immersive interaction with visual clarity for users with different needs. Simulating smell was especially limited, as only a few common scents could be used. Social issues like loneliness and inclusion also pushed the design beyond functional goals.
Project Duration
The project was developed between January 2023 and April 2023
Operation Flow
Users start by selecting or submitting a place they wish to explore. A guide responds and begins a live tour using smart glasses. The traveler watches from a first person view, interacts by tapping on the screen or speaking simple voice commands, and receives sensory feedback like sound and smell. The interface adjusts at each step to keep the experience personal and immersive.
Research
This design is based on qualitative research focused on making virtual travel more human and inclusive. We studied needs of people who cannot travel due to health or age through interviews and scenario testing. Tools included journey mapping and low fidelity prototypes. Results showed a desire for real time connection, emotional presence, and sensory detail. These findings shaped a more personal and accessible user experience.
Inspiration
The project was inspired by the increasing challenges of aging, isolation, and limited access to travel. Many people are unable to explore the world due to health, distance, or time. VoyEase reimagines remote travel as an interactive and sensory rich experience. It draws on advances in wearable devices and digital communication to create meaningful connections between travelers and real places. This approach makes exploration more inclusive, personal, and emotionally engaging.
Image Credits
Zilian Li
Patents
Copyrights belong to Ambiwishes Technology, 2023.

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