Challenges to the Use of Smart Watches for Health Applications
While consumer-grade smartwatches have been rapidly gaining ground in the health research space since 2014, their technological purpose is still to be verified in larger studies. They could be utilized to translate health-related interventions from research into everyday use. However, there are several concerns with the sustainability of this new technology. Here is a list of a few of these issues. Below are a few of the issues that arise when using smartwatches for health applications.
While they do not have any groundbreaking features, smartwatches are making a comeback. Many smartwatches today are equipped with GPS and other fitness features. The Jawbone uses bioimpedance to measure the skin’s electrical resistance. The Apple Watch Series 4 comes with an electronic heart sensor. NextMarket Insights has more information. This company estimates that 373 million smartwatches will be sold by the year 2020.
Samsung’s Gear S3 has a bulky and ordinary design but features dual-layer display. The screen is AMOLED during use, but it switches to a monochrome LCD display when it is in standby mode. The Samsung Gear S3 has a long battery life and can last for up to two days without needing to be charged. Once its battery is low the watch automatically switches to essential mode, where it shows time, step count and heart rate, sleep tracking data, and the pedometer’s readings.
The first smartwatch was introduced in 1984 by Seiko, and it incorporated computers inside the wristwatch. The Seiko Data 2000 watch had an external keyboard, and it synced data from the keyboard to the wristwatch. The watch’s memory was tiny, just 112 digits. The data 2000 was made available in silver, gold and black. The RC Series was introduced several years later, but with a more advanced version. Read more about Watches for men here.
Many smartwatches include heart-rate sensors as well as GPS however this could negatively affect the life of batteries. Apple, Samsung, Fitbit all have FDA-approved ECG and SpO2 sensors that can detect respiratory conditions as well as sleep apnea. When used as a fitness monitors, these devices can help users make better decisions about their fitness and health. Apple Watch is a great example, as it lets users control iPhone music through the watch.
Garmin also has a fitness-tracking smartwatch. The Vivoactive HR monitors your heart rate and blood oxygen levels and respiration. It also monitors your Body Battery, which can last from three to five days. Another disadvantage of this smartwatch is the lack of GPS. To track your running routes, you’ll require your smartphone with you. Consult your physician if you are worried about any of these risks.
A traditional watch comes with a number of advantages, including its durability. Traditional watches don’t need to be updated as often as smartwatches do. The Apple Watch has been updated seven times, and smartwatch manufacturers release new models every couple of years. It is essential to ensure that your smartwatch is updated to ensure compatibility with new apps and to ensure maximum security. Smartwatches are highly valued and many people have purchased multiple generations of their devices.