WZPR RING
Categories
AI Hardware
Client
VTOUCH
Project
WZPR
Services
Physical Product design Structural Engineering Art & Design Direction
Year
2023
In collaboration with Vtouch, a company specializing in AI and vision touch technology solutions, we developed a ring-shaped voice command device designed to enable natural voice interaction with AI.
As AI is increasingly used across diverse environments, text-based commands can present limitations. To integrate AI more seamlessly into everyday life, voice commands offer a more effective and intuitive interface.
In collaboration with Vtouch, a company specializing in AI and vision touch technology solutions, we developed a ring-shaped voice command device designed to enable natural voice interaction with AI.
As AI is increasingly used across diverse environments, text-based commands can present limitations. To integrate AI more seamlessly into everyday life, voice commands offer a more effective and intuitive interface.
Rather than relying on loud or exaggerated speech, we believe a ring-shaped device allows for subtle, everyday tones and quiet voices to be recognized—making interaction with AI more comfortable and natural.
By incorporating various colors and materials, this device can also serve as a fashionable accessory. This approach helps voice-enabled AI become a more natural and approachable part of daily life.
Rather than relying on loud or exaggerated speech, we believe a ring-shaped device allows for subtle, everyday tones and quiet voices to be recognized—making interaction with AI more comfortable and natural.
By incorporating various colors and materials, this device can also serve as a fashionable accessory. This approach helps voice-enabled AI become a more natural and approachable part of daily life.
As AI becomes a default feature integrated into major devices, voice control is expected to emerge as a primary input method across diverse environments. In this context, ring-type devices are likely to play an important role as wearable interfaces that enable natural and continuous voice interaction. Their unobtrusive form factor allows users to engage with AI seamlessly in everyday situations, positioning ring-based devices as a promising input platform in future computing ecosystems.
As AI becomes a default feature integrated into major devices, voice control is expected to emerge as a primary input method across diverse environments. In this context, ring-type devices are likely to play an important role as wearable interfaces that enable natural and continuous voice interaction. Their unobtrusive form factor allows users to engage with AI seamlessly in everyday situations, positioning ring-based devices as a promising input platform in future computing ecosystems.
