These three stages will be divided into four areas: output mode, environmental perception ability, input mode and environmental integration ability. The environmental integration ability depends not only on the development of smart glasses, but also on the development of other important technologies such as 5G, AI and IOT.
Characteristics of the first stage
202 1 ~ 2023
Characteristics of the second stage
2023 ~ 2025
Characteristics of the third stage
2025 ~ 2030
Smart watches are a new generation of digital products that have only slowly emerged in recent years. Where is the history? But this is not the case. Smart watches have gradually emerged as early as 30 years ago. Speaking of the history of smart watches, we have to mention Seiko, a Japanese watch manufacturer. This Japanese watch giant has a more far-reaching vision than any other watch company in the research and innovation of watch technology. The world's first timekeeping watch, the first digital LCD watch with 6-digit LCD display, the first pointer timekeeping watch with alarm clock function, and the first computer timekeeping watch ... all these titles were created by Seiko, and the pace of innovation of this company never stopped.
Seiko can be said to be the first person to computerize watches, laying a solid foundation for the birth of smart watches in the future. The person who really brought the prototype of smart watches to the real world is Steve Mann, who is called "the father of wearable computers". This guy put forward the concept of wearable devices in the 1970s, when the computer was as big as a room, and he played with some weird computer helmets and antennas all day. 1998, Steve Mann created the first watch with Linux operating system. This epoch-making invention pushed wearable devices to a new height. Another feat of Steve Mann is the successful miniaturization of smart glasses and the ability to connect with computers and networks. This technology came out earlier than Google 13 years.