While things like laptops and smartphones have been very progressive advances in the field of technology, portable devices or portable devices are currently at the forefront of technological advancement.
Usually, these small devices come in the form of accessories that can be used, such as a wrist watch or a pair of glasses.
But instead of just performing their traditional tasks (telling time or helping you see better), portable technology also gives its users additional capabilities, such as being able to connect to Wi-Fi or have Bluetooth compatibility.
Today, portable technology has gone beyond performing simple computer tasks and can now provide its users with even more sophisticated features, such as biological function tracking, health monitoring and even the generation of small quantities. Of electricity.
It goes without saying that this type of technology could provide a lot of benefits for humans, especially with regard to the fields of health, fitness and education.
It may come as a surprise, but the idea of portable technology is not new.
In fact, it exists for quite some time. The problem is that its implementation and adoption has simply not been as successful as other types of technology due to some of the challenges it currently faces.
In the following article, we will take a look at the history of portable technology, the different types of technology that are currently being developed, as well as what we should expect to see in the future of portable technology.
The History of Wearable Technology:
The history of portable devices begins with glasses. It would be easy to overlook the glasses, but these can also be considered portable technology. The first glasses were made in Italy, probably around 1290.
Watches are a second stage of portable technology. Already in 1500 small watches were created and used as necklaces. Later, people began to bearing watches in their pockets with the making of pocket watches. Wristwatches were created at the end of the 17th century but were initially used mainly by women as bracelets.
Modern portable technology is more related to laptops. One of the first pieces of portable technology was a calculator clock, which was introduced in the 1980s.
Even before these hearing aids had become electronic and commonly used. Heart rate monitors also had their place and were commonly used as dedicated devices before exercise trackers with a wider range of functions.
The first heart rate monitors consisted of a monitoring box with a set of electrode cables that attached to the chest. The first EKG wireless heart rate monitor was invented in 1977 by Polar Electro as an aid for the training of the Finnish national cross-country ski team.
Polar was manufacturing wearables for exercises long before Garmin switched to personal tracking of the body with GPS in 2006 with the introduction of Forerunner. I have also used and possessed several Polar hearing frequency monitors with chest straps over the years.
Fitbit launched its first portable device around 2009. The Fitbit Classic was a clip on the device that wasn’t really much more than a step counter. We have come a long path since those days.
In the following years, major electronics companies began launching smart watches. One of the first offers was the Samsung Galaxy Gear, which was available in 2013. Apple followed it with the Apple Watch in 2015.
Types of wearable technology:
Smart watches are computerized devices or small computers designed to be worn on the wrist with enhanced communication functionality. Most smartwatch models are based on mobile devices.
Some work as devices paired with smartphones and offer an additional screen to inform the user of new notifications, such as received messages, calls or calendar records. Smart watches can now be used to capture and analyze hand gestures such as smoking or other operations, adding reliable and sensitive inertia sensors.
When you mention portable technology, smart watches are probably one of the first types of technology that arise in the minds of most people.
These devices are used as a normal wristwatch; However, they have the ability to connect to a user’s smartphone via Bluetooth and notify them of phone calls, text messages, emails and social networks.
In addition, many smart watches have the ability to monitor and track the user’s heart rate or other fitness metrics, such as the number of steps taken during the day or the amount of calories burned.
These features can help users achieve certain fitness goals or simply monitor their health.
Head-mounted optical displays (OHMD), front displays (HUD), virtual reality (VR), augmented reality (AR), mixed reality (MR) and smart lenses also use a range of portable devices, smart glasses or smart lenses .
Despite the differences in design and functionality , all smart glasses can be divided into two groups: those paired by a smartphone need to see images from smartphones or separate images that require a cable connection to the source device.
Smart glass screens can be monocular if both images are shown for one eye or binoculars.
Physical activity trackers are commonly used on the wrist, chest and ear and are designed to monitor and track outdoor sports activities and measure gym-related metrics, such as speed and distance, expiration, frequency of pulse and sleep habits.
Some studies in several activity trackers measured and examined their accuracy and reliability during counting.
The conclusion was that some trackers work well indoors, providing valid results, while others are more suitable for outdoor activities. Researchers suggest that trackers provide health empowerment to users and may encourage children to exercise more.
Professional football teams in Europe and the USA. UU. They used the miCoach activity tracker produced by Adidas to quantify the player’s physical performance.
Our next category includes pieces of smart clothing that are specifically made with electronic capabilities. In most cases, these garments are created with extremely conductive silver-coated fibers, which have the ability to act in various ways.
For example, they can be used to transmit data in real time from the garment to a person’s smartphone. Or, in other applications, smart clothing is even being developed, which can use a person’s body temperature to generate small amounts of electricity to power personal devices.
Although smart clothing is similar to other types of wearables Technology, it includes a wide range of wearables, from sports and sportswear (smart sharks and sportswear) to chest straps, medical clothing, wear monitoring, military clothing and electronic textiles.
Smart clothing includes a variety of items, although generally shirts, socks, yoga pants, shoes, bow ties from secret cameras, helmets and caps with different sensors and features.
Portable smart biometric devices have attracted the attention of golf, soccer, athletics, racing, basketball and baseball sports leaders and are already using portable devices to control the physical conditions of players during training and improve team performance to reduce injuries. Smart clothing has enormous potential for firefighters, construction sites and transportation.
Unlike conventional cameras, the easy-to-use design, mobility and flexibility of portable cameras attracted consumer interest. These cameras are excited to be suitable for creating videos and photos in first person in real time.
Two types of portable cameras are used: small cameras that can be placed or even worn in the ear or with caps or helmets, and larger cameras with suitable accessories. Some researchers showed the importance of portable cameras for fall detection and ecological surveillance.
Portable medical device:
A portable medical device usually consists of one or more biosensors to monitor various physiological data for disease prevention and early diagnosis.
Digital portable health equipment is usually grouped with other portable equipment such as activity monitors, smart clothes and patches to help collect relevant patient health data using non-invasive device sensors.
Another extremely innovative piece, and if you ask me, very cool, portable technology is known as the head-mounted display. These devices are used to deliver data and information directly to the eyes of the person using the technology.
Head-mounted screens can be divided into two separate categories:
Virtual reality devices, such as Oculus Rift, that can take the user to another virtual world, and informational devices, such as Google Glass, that can be used to record and share images or videos, or to search for information on the Internet.
When it comes to head-mounted screens, the possibilities are virtually endless. In fact, this type of technology could look a lot like something out of a science fiction movie when it is pushed to the limit.
For example, head-mounted screens could be developed that could improve a person’s vision.
Not only for those who have a visual impairment, but even for people who have adequate vision, head-mounted screens could be used to increase their field of vision, allowing them to see in HD or possibly other types of light spectra such as the ultraviolet
I think head-mounted screens are some of the most promising types of portable technology. That is, as long as companies like Google continue to expand the limits of technology and its main competitors (Vuzix, Oculus and Sony) continue to advance as well.
However, one thing that Google already has, and its competitors lack, is a solid platform with which they can anchor their technology.
For example, Google could easily create a new head-mounted screen that has Google search engines integrated, which would allow users to easily access Internet information and display it directly in front of their eyes.
On its own, head-mounted screens are an extremely interesting idea, but when linked to other things such as social networks, maps or video conferencing capabilities, technology really becomes a useful product that could add a lot of convenience. To our daily lives.
Implantable Smart Devices:
As you probably guessed by name, our next category covers devices that can be surgically implanted under the skin and transported with a person no matter where they go.
These small devices can be used for a variety of different reasons, such as information storage (identification, medical records, bank information, etc.) or for more practical reasons, such as improving a person’s health, such as a pacemaker or defibrillator. .
As it stands, most implantable smart devices technology are used to treat medical conditions. However, there are also dozens of other reasons why a person may want or need an implantable device in their body.
In fact, some of the most innovative names in the industry are even considering the use of implantable devices for birth control or as biological sensors to help control a person’s health.
There are also ideas floating in the industry that microchips could be implanted and used to allow people to store their medical information. This could be of great help in case of an emergency when first aid personnel arrive at the scene of the accident and find an unconscious victim.
With an implanted microchip, lifeguards can easily scan the person and instantly know who the person is, as well as whether or not they have important medical conditions, such as allergies to certain medications.
To know more about wearable technology you can check here: Best Wearable Tech for 2020