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Future of Wearables & User Acceptance

I am a ui/ux designer and like to write about topics related to this industry.

With Fitbit and smartwatch, wearable's have been the topic of discussion for the last two decades. And then, with Google Lens and Microsoft HoloLens, it jumped to a new leap even for commercial use. The wearable market is promising, with shipments coming to close to half a billion in 2020, helped by the advancement of 5G innovation; More development is normal later on, as the wearable market is still a long way from arriving at the immersion point.

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Future of Wearable's:
Below are the examples of some predicted future implementations of wearable's

Smartwatch with lower visibility: Smartwatch has been making people's lives easier for more than a decade now by acquiring correct health data and its multi-functionalities like alarm, weather check, activity tracking, and even responding to email and texts. But soon, these watches are going to jump a further leap. Some companies have begun to produce smartwatches that would look like standard analog watches on the outside but would have the functionalities of a smartwatch.

Smart Clothing: The term "wearable" has extended to intelligent clothing. For example, Neviano smart swimsuit includes a waterproof UV sensor that communicates with the user's smartphone to notify them when high UV levels are present.

Advanced Smart Glasses: With Google Glass and Microsoft Hololens, smart glass technology has already come a long way. And now, companies like Facebook and Snapchat are taking an interest in the same field. Snapchat Spectacles 2.0 can be considered as an example. It has a built-in camera that lets the users take photos and videos directly from their glasses. After that, the same pictures and videos can be shared on the Snapchat app through their smartphones.

Energy Harvesting in Wearables: Today's wearable devices have relatively short battery lives due to the requirement of a significant amount of computing power and an internet connection. As a result, some developers are looking for alternative energy sources. Energy Harvesting is one of the most widely used methods. It is a method of converting energy from body temperature, solar energy, and even movement.
It will be a game-changer if this becomes the standard for wearable's. Users do not have to worry about the battery draining at inconvenient times or the inconvenience of having to recharge it regularly. Wearable's may become more popular in the future if these issues are addressed.

Wearable's in Healthcare: Many companies are investigating wearable devices that can monitor and solve medical problems. For diabetics, for example, an artificial pancreas is currently being developed to monitor blood sugar levels and automatically supply insulin.
Furthermore, the medical industry is investigating the development of wearable's embedded beneath the skin. Users would be able to track all types of medical activity, which is currently unavailable to most people. This could include blood analysis, drug effects, and a variety of other vitals. It may take some time for this type of technology on the market, but it has the potential to change many people's lives.

Exoskeletons as Wearable: An exoskeleton is a robotic suit that humans wear. Some manufacturers use them to improve the performance of human workers (for example, lift heavier weights without injury). Hyundai Motor Group has developed its Hyundai Vest Exoskeleton, which helps to reduce pressure on workers' necks and backs in a factory setting. According to Hyundai, exoskeletons help to reduce workplace injuries and increase worker efficiency. This discovery might become the norm in manufacturing and industrial settings around the world soon.

AI for the Human Brain: Companies such as Facebook are racing to develop brain-computer interfaces that, in theory, could allow users to type their Facebook status update with their mind alone (telepathic typing, to use the vaguely creepy technical term). On the other hand, Elon Musk's Neuralink company develops a brain-computer interface to assist people with severe brain injuries. Musk announced the plans in 2019, predicting a future in which humans could choose to "merge with AI."

Challenges with future Wearable's: Like any other hi-tech technology, wearable's too come with their fair share of challenges. The two utmost challenges are:

Security and Data Privacy: Wearable technology already tracks a massive amount of data about the user, so it concludes that the more we use the wearable's, the more data it will reveal. Naturally, this raises the question of what data will be shared and how much? So, the companies that are progressing with the development of hi-tech wearable's should take data privacy seriously.

Battery Duration: Battery duration is probably the most significant test in wearable tech today. Wearable gadgets require compelling power on the board as battery space is restricted. In this manner, for the devices to run for a sensible time frame, effective utilization of accessible battery duration is vital.

User Acceptance for Future Wearable's:

The device should be convincing enough: It is hard to convince individuals to utilize any new item. A person can only wear so many devices at once, and several other products are vying for that space.

Individuals purchase a story to which they can relate and communicate their thoughts, notwithstanding the worth given by the item. It is even more critical that the product appeals emotionally through an aesthetically pleasing and marketable design with wearable products.

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Wearable gadgets with novel elements, especially in the medical services and clinical gadget enterprises, present a critical open door that still can't seem to be completely figured out. However, for people to justify wearing a device, that product must provide compelling value.

Comfort Matters: Comfort is of prime significance, particularly in wearable gadgets intended to be worn extensively. In a perfect world, the solace levels ought to be to such an extent that the user doesn't have to remember that something extra lashed onto their body.

This degree of solace and ergonomics are conceivable with a modern plan that investigates fitting shapes and structures through prototyping and afterward refining those further given criticism from clients. The gadget materials ought to be picked cautiously to avoid bothering or sensitivities.Long haul use may likewise warm up the gadget, which can distress the client. This ought to be relieved by making the gadgets as effective as expected.

Wearable technology is one of the technologies that can transform the future. And like any new technology, it has enormous scope and challenges. Data privacy being its major challenge so far, soon, that should be the prime consideration before jumping into developing any new device. With proper risk analysis, it can be said that the future millennial would be well-accustomed to using the wearable's, and that would be a regular in the market.

Challenges with future Wearable's: Like any other hi-tech technology, wearable's too come with their fair share of challenges. The two utmost challenges are:

Security and Data Privacy: Wearable technology already tracks a massive amount of data about the user, so it concludes that the more we use the wearable's, the more data it will reveal. Naturally, this raises the question of what data will be shared and how much? So, the companies that are progressing with the development of hi-tech wearable's should take data privacy seriously.

Battery Duration: Battery duration is probably the most significant test in wearable tech today. Wearable gadgets require compelling power on the board as battery space is restricted. In this manner, for the devices to run for a sensible time frame, effective utilization of accessible battery duration is vital.

User Acceptance for Future Wearable's:

The device should be convincing enough: It is hard to convince individuals to utilize any new item. A person can only wear so many devices at once, and several other products are vying for that space.

Individuals purchase a story to which they can relate and communicate their thoughts, notwithstanding the worth given by the item. It is even more critical that the product appeals emotionally through an aesthetically pleasing and marketable design with wearable products.

Wearable gadgets with novel elements, especially in the medical services and clinical gadget enterprises, present a critical open door that still can't seem to be completely figured out. However, for people to justify wearing a device, that product must provide compelling value.

Comfort Matters: Comfort is of prime significance, particularly in wearable gadgets intended to be worn extensively. In a perfect world, the solace levels ought to be to such an extent that the user doesn't have to remember that something extra lashed onto their body.

This degree of solace and ergonomics are conceivable with a modern plan that investigates fitting shapes and structures through prototyping and afterward refining those further given criticism from clients. The gadget materials ought to be picked cautiously to avoid bothering or sensitivities.

Long haul use may likewise warm up the gadget, which can distress the client. This ought to be relieved by making the gadgets as effective as expected.

Wearable technology is one of the technologies that can transform the future. And like any new technology, it has enormous scope and challenges. Data privacy being its major challenge so far, soon, that should be the prime consideration before jumping into developing any new device. With proper risk analysis, it can be said that the future millennial would be well-accustomed to using the wearable's, and that would be a regular in the market.

This content is accurate and true to the best of the author’s knowledge and is not meant to substitute for formal and individualized advice from a qualified professional.

© 2022 Vishaka Harare

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