Top 15 Wearable Technology Trends to Watch in 2022

Top 15 Wearable Technology Trend

Wearable technology can capture vital statistics and monitor the health conditions of field workers and send them to command centers in real-time. That’s why we discuss wearable technology trends.

Technology Trends

GlobalData has identified the top wearable technology trend that will impact the global wearable tech market.

Smartwatch is king

GlobalData data shows that smartwatches account for almost 60% of all wearables. Consumers’ increasing desire to use watches as smartphones remains the main growth driver. Technological improvements such as seamless body integration, access to health and fitness information, modular aesthetics, and modular design are key growth stimulants for smartwatches. Smartwatch is a health wearable technical statistics device.

Custom silicon drives smartwatches

It is well-known that the smartphone ecosystem was a key factor in bringing the first wearables to the market. However, the next wave is driven by purpose-built silicon. Apple is not only creating unique processors and sensors for the Apple Watch but also using its own chips to implement Bluetooth in the AirPod wireless headphones. Qualcomm is the preferred vendor for smartwatch processors.

Fitness trackers are losing out to smartwatches

Smartwatches have quickly replicated their unique selling propositions (USPs), which is why fitness trackers are losing popularity in mature markets. Smartwatches offer better stats than fitness trackers, including step counts, calorie burns, and sleeping patterns, as well as social connectivity.

Smart glasses are pacing up commercially

Augmented reality (AR), and virtual reality (VR) are making eyewear smarter. The growth of smart glasses is being driven by the continuous investment of tech giants in AR and VR development beyond the existing areas of application. This demand, combined with a surge in enterprise demand, is accelerating. Smart glasses are being used in many areas of the internet-connected world, including first-person imaging, enhanced turn-wise directions, and facial recognition.

Hearables are getting smarter

One of the earliest wearable technologies to improve hearing was the ear-worn device. Over the past three- to four years, there has been a dramatic rise in interest in hearing aids that combine entertainment features with hearing aids. Although the market is still in its early stages, hearables have endless possibilities in healthcare and fitness. This is a wearable technology example for the health technology trend.

Smart clothing to gain popularity

A World Economic Forum survey found that 92.1% (of 92.1%) of corporate leaders think 10% of the population will be wearing internet-connected clothing by 2025. There are very few smart clothing products on the market, with only a handful of products available, such as NadiX yoga leggings and Sensoria socks.

Products from the wearable technology industry are slowly but steadily gaining popularity, reflecting the growing demand for wearable technology for fitness-focused, sensor-embedded, and Internet-connected clothing.

Skin patches

Digital capabilities have allowed skin patches to be more complex and thin, while still being flexible and thin. They can now be made using flexible electronic technologies and nanomaterials. The definition of “skin adhesive patch” is expanding to include smart technologies that allow connectivity with IoT devices. GlobalData predicts that wearable sensors will become more popular in healthcare due to their miniaturization and lower development costs.

Disease-orientated devices

One of the most rapidly growing areas in life sciences is medical devices. This industry is striving to include patients and consumers in the design and development process. Consumers will not use the product if developers don’t understand their real-world needs. Medical device companies are now shifting their focus from devices/consumable providers towards disease/care management organizations.

AI and ML in wearables

AI is becoming an increasingly common feature on connected devices. It is helping doctors perform robotic surgery with precision. This reduces the risk of complications after surgery. Also, surgeons can use AR/VR during training and surgical procedures. Startups have set the standard for this industry by equipping their wearables with AI-powered intelligent assistants that can be used to perform specific tasks.

Wearables and cloud solutions

Cloud solutions are being pushed together by the growing amount of wearable data, limited storage and processing capabilities, security concerns, and a surge in wearables data. The need for immediate data access and computation is driving the evolution of wearables, which were once consumer-oriented devices, to enterprise-oriented necessities. Wearable-cloud systems will be more prominent in the long term, but it is only beneficial for healthcare companies and consumers in the short term.

5G – A key influence on wearables

GlobalData believes 5G is a game-changer in wearables development and adoption. 5G’s low latency and high reliability will allow wearable designers to reduce the emphasis on storage capacity and processing speed. At the same time, 5G’s high bandwidth feature promises consumers enhanced mobility, flexibility and agility through self-contained wearables.

Wearables are subject to Moore’s law

Designers can use processors and displays in more innovative and valuable ways as computing power and connectivity improve and prices drop. This advanced, cheap computing requires electricity and battery technology isn’t moving at the same speed. Wearables have a lower power consumption due to fashion and fatigue than devices that are carried in pockets or bags. These devices can also be larger to hold larger batteries.

Sensors hold paramount importance

Today’s wearable devices contain an average of 41% more sensors than the 1.4 found in 2013. Themes such as global positioning systems (GPS) and hearing aids are changing, with newer wearables that use microelectronic sensors (MEMS), enabling more advanced functions. Sensors will continue to improve in terms of their stability, biocompatibility, and resiliency.

Smart implants are becoming more popular

Smart implants promise a range of benefits, including remote monitoring. They are also low-maintenance and seamless. Smart implants can be used in many parts of the body. They have embedded chips that measure hormones, pH levels, blood glucose concentrations, bacterial activities and temperature. You also get real-time biofeedback.

Bluetooth Low-energy Controllers and Wearables

Wearables are primarily communication devices, so a better power supply is essential. Wearable original equipment manufacturers (OEMs), due to their limited hardware space are always on the lookout in order to develop powerful communication protocols that operate at ultra-low power. OEMs can now increase power support for their devices by using System on-Chip-based Bluetooth Low Energy (BLE), controllers. This allows them to reduce device size and cost.

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