Technology Leads Everything: The Ten Major Wearable Technologies From 2017 To 2018 Attract Much Attention.

There are a wide variety of products in the wearable device market.

Gartner, the world's leading information technology research and consulting firm, believes that the market mainly consists of nine categories of wearable devices: smart watch, head mounted display (HMD), wearable camera, smart bracelet, smart clothing, heart rate chest strap, sports watch, smart Bluetooth headset and other wearable devices.

The market acceptance and product maturity of various wearable devices are different. In general, Gartner expects that wearable devices will soon become popular in the next two to five years, from 232 million units in 2015 to 477 million in 2020, and bring about a profit opportunity of US $61 billion 700 million.

Our choice of these technologies is based on the broader importance, the impact on innovation and the more attractive user experience of wearable devices, and the new opportunity for user interaction to promote wearable devices and ultimately to create business value for wearable technology providers.

From 2017 to 2018, the ten major wearable technologies and functions are listed below:

Today, thanks to the fingerprint authentication function of biological authentication sensors in smart phones, biometrics has gradually become the mainstream.

However, we expect that biometrics will be more widely applied to wearable devices, because

The new sensor can capture and generate more complex, reliable and tamper proof biometric identity.

Another major use is the payment of biometrics support action for wearable devices.

We have a deep experience in fingerprint payment authentication for smart phones.

At present, apple Watch, Samsung GearS2 and other wearable device biometrics can be paid through smart phone pre action payment solution to buy goods, and Tencent Qkey bracelet also has a specific payment function.

Gartner predicts that by 2020, more than 45% of smart watches sold will be able to complete mobile payment without mobile phones.

Wearable health monitoring devices can collect and monitor physiological indicators such as body weight, blood pressure, blood sugar, heart rate, sleep and skin electrical response, and then upload these data to mobile applications and cloud services for monitoring, analysis and feedback.

According to whether the wearable device has medical authentication and user agreement, the collected data can also be sent to doctors for monitoring and improving patient care.

The technology field will promote medical research, enable new telemedicine programmes and improve medical care, especially for patients with chronic diseases.

Mobile health monitoring and biometrics wearable devices will bring new business revenue through consultation and personalized consultation services, while reducing costs, making better use of medical resources and enhancing doctor-patient relationship.

Emerging markets have strong essential demand for this technology, because the shortage of medical resources in remote areas is a ubiquitous and urgent problem for him.

Energy harvesting for energy upgrading

Energy upgrading refers to the use of energy acquisition technology to obtain energy, in order to enhance battery power and extend the use time after charging.

Radio waves, temperature differences, solar energy and mechanical vibrations can all be sources of energy harvesting.

This technology can generate additional power to extend the battery life of wearable devices, reduce the cost of device operation and improve user experience.

One reason people give up fitness equipment is that they always forget to charge.

If the charging frequency can be extended from once a day to once a week, people's mode of use will change.

The correlation between intelligent coach function and wearable fitness equipment is the biggest.

Gartner is divided into five categories: bracelet, smart clothing, heart rate chest belt, sports watch and other health monitors.

A smart coach is a function of a wearable fitness device that collects a variety of biometric data and sends out fitness advice, feedback and notification to the user through intelligent software and analytical tools.

Users can use the coaching function to perform specific fitness tasks or training, and collect information about smart fitness tips to enhance fitness benefits or prevent sports injuries.

We believe that this function will further enhance the value proposition of current wearable fitness equipment.

Virtual personal assistant (VPA)

Smart watches and bracelet are small in appearance because they have no screen or screen and control elements, which will bring challenges to user interface.

Virtual personal assistant can break through this obstacle and gradually promote users to get intelligent suggestions through wearable devices, such as commuter, guidance, schedule management, to-do paction management and message priority.

Wearable sensing technology will develop and integrate different biological data information (such as heart rate skin electric response) to achieve user scenario. Finally, the virtual personal assistant will provide advice based on the user's emotional / emotional state.

In addition, wearable devices will also play a central role in providing more biometric data points to smartphones, even beyond the emotional sensing function of face recognition for smart phones.

This development prospect is very important for promoting the value proposition and superiority of smart watches and bracelets, and will eventually improve its popularity.

The endless wearable devices bring users a new generation of equipment and gradually enter the enterprise.

Consumers and businesses have been worried about the security of smart phones and other devices, which are now emerging on wearable devices.

Security measures can be deployed in all levels of software and hardware, and embedded security measures implemented from the perspective of hardware (chip) will be widely used.

Adaptive electronic technology

Suitable electronic technology refers to the technology of tracking and electronic components encapsulated in flexible and elastic polymer materials. Based on sub technology, we can make comfortable and close biological skin stickers, electronic skin, electronic tattoos, smart clothing, bracelet, sports watches and smart watches.

The electronic technology combines polymer printing and etching, connects with real wires, and integrates printing, etching and small real wire elements made specially for electronic technology.

In the field of wearable devices, this technology allows soft and adaptive computing elements to be comfortably wrapped or attached to different parts of the body, so as to achieve non intrusive precision measurement or palpation.

Wearable device processor

Wearable device processor is an application oriented standard product (ASSP) or integrated circuit (ASIC). It is also a chip level system or packaging system (SiP) designed for wearable device market.

Unlike conventional microcontrollers (MCU) traditionally used in wearable fitness equipment market, wearable device processors integrate processing and other necessary functions, but their cost is much higher than traditional discrete solutions.

These wearable device processors bring the highest value proposition for wearable devices, because wearable devices require more advanced operating systems, such as AndroidWear or Apple Watch OS, to download and run applications, manage complex display programs, multimedia, sensor interfaces and communications.

Virtual reality and augmented reality (VR and AR)

Virtual reality and augmented reality can be effectively used in smartphones and tablets.

But the application of virtual reality and augmented reality in wearable devices belongs to immersive technology. Compared with traditional human-machine interface technology, they pay more attention to the actual feelings of human senses.

Today, users use the head mounted display to achieve this immersive sensory experience. A lot of virtual and real environment messages will instantly interact with users and feedback, which requires efficient computing power to achieve.

The design of the general consumption type makes use of the operation function of the mobile phone. The screen and App plus suite constitute the head mounted display to realize the application of virtual reality and augmented reality. The player type head mounted display needs to be matched with the high-end PC.

In the future, virtual reality and enhanced wearable devices will enhance their immersive sense.

Motion / motion tracking is based on various operational sensors such as gyroscopes, accelerometers and magnetometers used in wearable devices. It is often combined with sensor fusion algorithms to identify and distinguish different types of actions.

Most of the fitness equipment on the market today has a high precision and simple step function.

The more sophisticated sensor and sensor fusion algorithm can reduce the error to 2% to 5%, especially the latter makes wearable devices much more powerful than simple steps.

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