On May 15, Guangfan Technology officially launched its first product, the Guangfan AI full-sensory wearable device. The product also debuted with a special Three-Body co-branded edition, authorized by the global exclusive copyright owner and operator of the Three-Body IP. Guangfan hopes to make AI hardware feel less like science fiction and more like a practical tool for everyday use.

Built for the next generation of human-machine interaction, the device combines Guangfan AI full-sensory earbuds and a Guangfan AI watch. Powered by the company’s self-developed AI OS, it is positioned as an AI wearable platform with full perception, proactive AI and deep interactive capability.

Full-Sensory Perception Moves AI from Answers to Actions

Compared with traditional smart hardware that relies on frequent manual operation and app switching, Guangfan AI wearable devices emphasize multimodal understanding across vision, voice, location, schedules and messages. This enables AI to complete more continuous and complex services in real-world scenarios.

For example, when a user says, “Help me check whether this restaurant is good,” the device can combine visual information, current location and personal preferences to analyze reviews, recommend better nearby choices, queue online and send reminders when the user’s number is called.

In shopping scenarios, the user can simply ask, “How much is this product online?” The device can use visual perception to identify the object, then provide purchasing information or help add it to a shopping cart.

From Passive Assistant to Proactive AI

Most wearable devices and emerging AI hardware still remain in a passive intelligence stage: users must break down their needs into clear commands before AI can act. Guangfan AI wearable devices aim to change this model from “people adapting to AI” into “AI understanding what people need next.”

Based on AI OS, the device can connect messages, schedules, location and traffic information to proactively identify tasks. When a message says there is a meeting tomorrow at 3 p.m., it can ask whether to add it to the calendar. As the meeting approaches, it can evaluate route and traffic conditions and ask whether to call a car.

Smaller, Lighter and More Integrated

For AI wearable devices, the challenge is not only functionality, but also how to integrate complex computing, sensing and connectivity capabilities into a very small form factor. The solution uses Chiplet technology with built-in LPDDR4x, reducing overall area by 24 percent compared with traditional designs and freeing more internal space for product design.

A non-standard long-strip package helps reduce width by 20 percent compared with conventional AR1 solutions, improving comfort and reducing the bulky feeling common in smart wearables. System-level pin output also optimizes PCB production, improving yield and shortening the path to mass production.

Not Just Earbuds, but a New AI Terminal

With visual perception, AI wearables are entering a new stage. Future devices will not only play audio or receive notifications. They will sense environments, support proactive interaction, understand context in real time and coordinate across multiple modalities.

This means AI is beginning to move out of the screen and into the relationship between people and the physical world.

From Tool to Companion

Beyond productivity scenarios, Guangfan AI wearable devices also bring stronger companionship and personalization to AI hardware. Users can define what they want the AI to do, from preparing exam practice questions to learning a game or reminding them to add clothing when the weather changes.

Users can also customize the AI’s name, personality and communication style. As usage increases, the AI can gradually adapt to user habits and become a companion that understands them better over time.

AI Wearables and Robots: A New Gateway to the Real World

At the event, Guangfan Technology and Vita Dynamics demonstrated interaction between AI wearable devices and an intelligent robot. After the user issued a natural-language command through Guangfan AI full-sensory earbuds, the Vbot robotic dog completed product delivery and on-site interaction.

In this process, the wearable device handled natural-language understanding and task triggering, while the robot handled spatial perception and physical execution. Together, they showed how AI wearables and robots can collaborate in real environments.

Union Image Brings Vision into More Intelligent Terminals

As a vision system partner, Union Image continues to advance miniaturized, low-power and highly integrated vision systems for smart wearable scenarios. From optical design and camera modules to system integration, engineering and product realization, Union Image helps visual capabilities enter more next-generation intelligent terminals.

From hearing to understanding, from tool to companion, AI wearable devices are entering a new stage. This may be only the beginning of AI truly entering the physical world.

Vision for All · AI for Life