Rokid Glasses Debuts in New York, Ushering in a New Era of AR + AI Wearables

On August 27, Rokid officially launched its Rokid Glasses in New York, marking the brand’s first major step into overseas markets. This release highlights a new milestone for the AR + AI wearable industry.

World’s Lightest Smart Glasses

Weighing only 49 grams, Rokid Glasses is billed as the world’s lightest smart glasses with integrated display.

• Equipped with a 12MP camera for photos and video recording;
• Uses diffractive waveguide display technology for stable AR visuals;
• Built-in audio module for all-day wear;
• Features include real-time translation, notifications, calls, and instant snapshots.

AR + AI Upgrades

While resembling ordinary glasses in design, Rokid Glasses has been fully upgraded with AI large model integration, including Tongyi Qianwen, DeepSeek, Doubao, Zhipu Qingyan, and Nano Search. Key functions:

• AI teleprompter & Q&A
• Real-time translation & object recognition
• Navigation & reminders
• Voiceprint-based payments & instant photo review

Earlier this year, Rokid partnered with Amap (Gaode Maps) to launch the first all-scenario navigation app for smart glasses, supporting walking, cycling, and driving modes. It also teamed up with Alipay to introduce the world’s first “Look-and-Pay” smart glasses payment solution, displaying transaction details directly on the lens — no phone required.

Development Timeline

• Nov 2023: Rokid Glasses AR + AI launched in China (CNY 2,499), powered by Qualcomm Snapdragon AR1, with customized lenses for nearsighted/astigmatic users.
• Jun 2024: First mass-production unit rolled out at Lens Technology’s Xiangtan factory.
• Aug 2025: Overseas edition supporting Cantonese debuted in Hong Kong; now officially launched in New York.

📌 Takeaway
Rokid Glasses combines lightweight hardware with AR display + AI integration, creating a versatile multi-scenario ecosystem. Its New York debut signals Rokid’s global ambitions and could pave the way for the next wave of intelligent wearable devices.