The Rokid AI Glasses Style are wearable smart glasses designed to provide voice-based AI assistance through multiple large language models. The Rokid AI Glasses Style integrates several AI systems including Google Gemini, OpenAI’s ChatGPT, DeepSeek, and Alibaba’s Qwen, allowing users to switch between assistants through a unified interface. The glasses debuted at CES 2026 and aim to offer an open platform where users can choose the AI model that handles tasks such as navigation queries, writing help, or information searches.
The glasses weigh about 38.5 grams and feature a TR90 frame with titanium alloy hinges that allow prescription lenses to be installed. A 12-megapixel Sony camera at the bridge captures photos and short videos while directional speakers in the arms deliver audio responses privately toward the wearer. The system is powered by a dual-chip setup combining an NXP RT600 processor for low-power functions and a Qualcomm AR1 chip for AI and imaging tasks.
AI Assistant Smart Glasses
Rokid AI Glasses Style Supports Gemini and Chatgpt Assistants
Trend Themes
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Multi-model AI Integration — A unified interface for switching between Gemini, ChatGPT, Qwen and others creates an ecosystem where comparative model selection and blended LLM workflows become commercially viable.
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Voice-first Wearable Interfaces — Wearables prioritizing voice interactions and directional audio signal a move toward hands-free, context-aware personal assistants that extend beyond smartphone voice UX.
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Lightweight Prescription-compatible AR Glasses — Sub-40g frames with prescription lens support and embedded imaging indicate a mainstream path for everyday optical devices to incorporate AR and AI features without sacrificing wearability.
Industry Implications
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Consumer Electronics — The combination of low-power processors, specialized AI chips and modular assistant choice points to new product categories blending fashion-forward eyewear with high-value computational capabilities.
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Healthcare and Vision Care — Integration of prescription compatibility, embedded cameras and AI assistance opens opportunities for remote diagnostics, vision monitoring and personalized therapeutic overlays within clinical workflows.
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Enterprise Productivity Software — Contextual, voice-driven AI on wearable displays suggests novel interfaces for field workers and knowledge professionals to access real-time guidance, documentation and communication without interrupting physical tasks.