Mobile Devices: Moving from Consumer to Skilled Medical Applications

In accordance with data published by research firm IDC, 114.2 million units were shipped to the worldwide wearables market within the second quarter of 2021. At the identical time, IDC predicts that the worldwide shipment of wearable devices will increase from 450 million in 2020 to almost 800 million in 2020 and 2025.

Amongst them, smartwatches and earphones/smart headphones account for nearly 80% of total wearable device sales. With the increasing enrichment of APP functions, along with implementing basic functions similar to payment, Wechat calling/sync, health monitoring has regularly turn into a brand new development direction for smartwatch and smart earphones.

Blood pressure and blood sugar turn into the brand new valves

The essence of wearable devices is miniaturization and integration, which is a very important reason for the rapid popularization of smartwatches with many functions and powerful life attributes. Secondly, compared with more skilled and accurate portable medical devices, the looks of smartwatches is undoubtedly more suitable for every day long-term wear.

Currently, blood pressure monitoring has not yet gained widespread large-scale adoption in smartwatches/bracelets or other portable terminals. Portable blood pressure monitoring devices available available in the market are mainly divided into 4 categories in accordance with technology, which only uses cell phone cameras optical sensors, optical and other sensor fusion devices and intermediate data processing devices. These methods do circuitously measure blood pressure, but measure changes in blood pressure after which measure the pressure waves generated by blood pressure within the artery using an algorithm and data evaluation. There is no such thing as a approach to get an absolute value for blood pressure like with a cuff measurement.

The secret is whether the information will be obtained non-invasively using mobile devices. For instance, current sensors similar to blood sugar and blood lipids are difficult to detect in non-invasive cases, which implies wearability can’t be achieved. Manufacturers similar to Apple and Huawei are expected to implement non-invasive detection of physiological signals in the subsequent generation of wearable devices to watch blood pressure and blood sugar levels, that are key to the danger of heart problems.

Challenges remain for portable medical devices

Since Apple released the primary generation of the Apple Watch in 2014, it has modified public perception and introduced things into consumer electronics that previously required skilled medical equipment. Currently, the mobile device market is split into two parts: the industrial consumption level and the skilled medical level, but it surely remains to be within the early stage of development, and major manufacturers are mainly in the buyer level, remaining within the hardware sales stage. The prospect of medical equipment from skilled to consumer level is undoubtedly exciting, but it surely isn’t easy to attain all of it.

To have the opportunity to commercially use portable, skilled medical equipment on a big scale, we must first break down two barriers – the equipment is supplied with hardware that may detect data, and software can interpret medical-grade data.

Along with Apple and Huawei, firms similar to Garmin, Google, Sony, Xiaomi, Samsung Electronics and Huawei Technologies are competing fiercely within the wearables space to offer users with personalized health advice. Nonetheless, in relation to protecting user privacy, the era of huge data has transformed biomedical research and healthcare practice, and data privacy protection also faces challenges.

The mobile device is a key node within the IoT closed loop

For major smartphone manufacturers, wearable device layout can also be strategically necessary for IoT. With smartphone development reaching its peak, the Web of Things has turn into the subsequent battleground for cell phone manufacturers. Mobile devices are necessary inputs and terminals for Web of Things applications.

Mobile devices usually tend to turn into extensions of mobile phones in the long run and are available with richer features similar to voice calls, health monitoring, smart payments, scientific movement, etc. Secondly, wearable devices will turn into a greater data portal. will provide more data and value for terminal manufacturers.

With the arrival of the Web of The whole lot era, wearable devices have turn into key hubs for the interconnection of smart devices. Future application scenarios will expand, interact with one another and create a various industrial ecology. For smartphone manufacturers entering the Web of Things, it’s more necessary to operate in a closed loop to attain connection between different smart terminals and improve user grip.

(By Easyboom)