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Differencing Wearable Technology and Smart Phone Apps | Wearable Technology Healthcare

Differencing Wearable Technology and Smart Phone Apps | Wearable Technology Healthcare

Differencing Wearable Technology and Smart Phone Apps | Wearable Technology Healthcare

One of the most common inquiries concerning wearable technology is:

What can it accomplish that a smartphone with a variety of applications can't?

It's a reasonable question, given that purchasing a new item that only duplicates the functions of your present devices appears to be a waste of money.

Six of the most popular fitness-monitoring gadgets produce the same findings as four of the top fitness smartphone applications when it comes to measuring steps, according to a 2015 study published in the Journal of the American Medical Association.

This study, however, was limited to the pedometer element of wearables and applications.

Sleep-tracking wearables function in a similar way to sleep-tracking applications on smartphones. Users must press a button to "inform" the gadget that they're going to bed. In this scenario, wearable technology has the benefit of providing more information, such as sleep quality (Fatigue Science), dreams (Luciding), or sleep waves and muscular tension during sleep (Neuro: On).

There is no smartphone app that can help with glucose monitoring (Google's Verily Glass), nausea (ReliefBand), pain management (Quell Relief and Cur), back problems (UPRIGHT and Lumo Lift), asthma (Healthcare Originals Intelligent Asthma Management), lower back muscle pain (Valedo), and other specific health conditions.

There are a variety of sports-specific wearable tech gadgets that smartphone applications can't match. Many NFL clubs, for example, employ the vest-like Catapult to monitor the heart rate, speed, and other 100+ variables of athletes to prevent injury during training or games. NBA players use the three-piece Athos set, which is meant to track muscle data, respiration, and heart rate in real time.

Wearables and smartphone apps are sometimes combined to create a one-of-a-kind system. The Portable Quality Assurance Gadget, a smartphone-like device worn on the wrist, was the first to be adopted as part of day-to-day QA operations at Ford's Valencia, Spain factory. It used a smartphone app to totally eliminate the production line's paper-based method, saving workers a 1-kilometer daily walk.

It's difficult to compare wearable technology with smartphone apps because they're both valuable to users. The good news is that, in response to the proliferation of wearables, smartphone manufacturers are attempting to boost their game and offer built-in capabilities to match wearable technology.

Wearable tech companies, on the other hand, are going outside the box to meet a need that no smartphone app can meet. When you think about it, whether customers choose a wearable gadget or continue with their smartphone apps, the scenario is a win-win situation.

Wearable Technology: How to Avoid Common Beginner Mistakes

Wearable technology encompasses far more than a fitness tracker. This technology has been applied to a wide range of industries, including IT, fashion, sports, security, communications, medical, and many more.

The following are 7 of the most common consumer wearable technology mistakes:

Didn't provide any personal information

Wearable gadgets sometimes come with an online account or access to applications that allow users to track their data. While providing personal data might be risky for those who value their privacy, doing so allows you to get the most out of your gadget. This is especially true for fitness trackers with complex functions like calorie consumed/burned, because additional metrics are computed alongside your weight, height, and other vitals.

Assume that all wearables deliver accurate results of 100%

Wearable devices aren't all created equal. Medical-grade fitness tracking, for example, may be 100 percent accurate, but non-FDA-cleared trackers may have accuracy issues. Check whether devices have been tested, validated, or certified by a third-party entity, such as a university or testing lab, to locate gadgets with acceptable data accuracy.

Didn't calibrate or set up the device

Although most manufacturers state that calibrating a device is optional, certain wearable data inconsistencies can be resolved simply by verifying the unit's settings.

Not Doing a Proper Research

This is one of the most common blunders.

Consider the following scenario: a person wishes to modify their lifestyle and become more active. They'd want to use one of those great gadgets that keeps track of calories burned, steps done, heart rate, and all of that lovely stuff to accomplish this. They have no idea what they're doing, only that they want one. So, with those considerations in mind, they go out and buy the first one they see.

That is correct, and it is one of the blunders you should avoid. Never buy wearable gadgets without first conducting research. When conducting research, you must understand the features, data, batteries, and everything else.

Inquiring with a Salesperson

You should never ask a salesperson which one is the best. They'll almost certainly mislead you and steer you toward what they want you to buy.

Setting Unrealistic Goal

Setting realistic objectives is vital, whether you're searching for fitness wearables that might help you lose weight or a gadget that can help you streamline your daily communication.

At the end of the day, these devices are simply that: devices. If you're wanting to lose weight, you'll need to put in some effort and not rely just on your smartphone. If you want to cut down on the number of devices you use for social media, e-mail, and other duties, it'll be up to you whether you use just your smartwatch or another sort of wearable gear. Of course, this does not apply to medical wearables and implants that are intended to alleviate pain, manage illnesses, or even save lives.

'Water Resistant' Is a Misnomer

When it comes to fitness trackers, it's common for manufacturers to specify whether or not the gadget is waterproof. However, this can be difficult to understand because certain devices will be alright if they become wet, but will be harmed if they are submerged in water. Other gadgets are particularly designed to be used while showering or swimming. It's crucial to figure out how effectively the gadget works underwater, or if it even works at all.

These seven frequent blunders may be avoided by conducting a thorough study before purchasing any wearable gadget. By avoiding these blunders, users may not only maximise the potential of their gadgets but also extend the life of their wearable technology.


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