Let’s discover how innovative technology can empower humanity. Designed to track, gather, and monitor the user’s health data including step counts, calories burnt,
calories consumed, glucose status, stress levels, sweat level, and even oxygen saturation level, these devices are intended to provide continuous and accurate health results to benefit patients’ treatment.
Who Was The First Person To Use Wearable Technology In Healthcare?
People struggling with arrhythmia were the first to be implanted with and wear a pacemaker in 1958. Technological advances have since led to the development of portable “minicomputers” that can be used to monitor patients remotely and over long periods in any place and at any time.
In the sports and fitness market, this is the first mass portable device that is starting to dominate the market. Formerly, fitness trackers allowed you to track step counts, calories burned, and heart rate, and then get fitness recommendations.
Watches with smart health features
The wristband went beyond just counting steps. Among the numerous functions provided by smartphones, including heart rhythm measurements, today they are considered a useful medical device.
Electronic Heart Monitoring Devices
This device can measure electrocardiograms and instantly forward the results to your doctor, showing you the accuracy of the results in a simple, yet effective way.
Portable Blood Pressure Monitors
A smart oscillometric BP monitor monitors blood pressure and body activity at the same time. By tracking and examining the correlation between heart rate and activity, the devices can enable users to track and manage their fitness goals.
Can monitor and track cardiac arrests and alert about potential heart attacks as an adhesive patch.
Wearable sweat-sensing devices
Monitor sweat levels and alert people to possible seizures by sending notifications stored on their devices as well as to their doctors.
Wearable technology in healthcare: What are the benefits?
Researchers are boosting remote patient care as never before to avoid the effects of the 2020 COVID-19 pandemic. The technology enables practitioners to access meaningful data quickly and to act accordingly.
Early detection of health issues allows better patient treatment as a result of smart devices. People are getting older. We live in this reality. With older adults, wearables are more accurate at predicting death risks – and that is our goal. Older adults are frequently plagued with health issues caused by falling.
It is, fortunately, possible to measure body activity using portable devices and use them to prevent falls. It’s already happening with heat stroke detection, mental status monitoring, and wearable cardioverter defibrillators that can prevent sudden arrhythmias.
As a result of the technology, patients can be easily monitored for various parameters (heart rate, oxygen saturation, body temperature, blood pressure, etc.) that could potentially threaten their lives.
With the introduction of smartphones into people’s pockets, watches almost became obsolete. However, with the emergence of wearable devices, wristwatches are once again becoming a prime source of information.
Watches can tell time is just the tip of the iceberg in terms of the array of capabilities they have, and wearable technology in healthcare has generated excitement.
We are not the first to see patients wear devices to monitor their health data and receive treatment. Glucose monitors are worn by diabetics. In contrast to a device that sits on a table and needs to be connected, implanted devices, such as pacemakers and defibrillators,
provide an intimate connection with patients. Thanks to the advent of wearable technology, healthcare providers are able to work with patients on their treatment and on forming healthy habits while providing them with the information needed.
The devices are personal – they are present in a patient’s life at times when another technology isn’t. Wearable technology and smartphones have become ubiquitous-even in the bathroom. HIMSS senior director of connected health Robert Haves said that wearables have a tremendous advantage.
Healthy habits are emphasized. Diabetes, hypertension, and heart disease are all diseases that result from the decisions people make throughout their lives. Wearable technology in healthcare can help wearers set goals and track their healthy choices.
It may even prevent someone from getting sick before they contract these diseases, haves said.
Including meal plans, step counters, and other habit-forming tools, it provides just-in-time coaching that is essential to the habit-forming process. Particularly in countries outside the U.S., it is very affordable. In order for wearable technology to be used in healthcare for the long term,
the Fogg Behavior Model must consider the patient’s ability to perform a healthy habit. It is possible for someone to be motivated and reminded to follow a healthy lifestyle, but lacking the power at the time.
An employee gets a notification on their device if they haven’t walked enough steps in an hour, so they are unable to leave a work meeting. In the middle of the night, a smartwatch cannot block out sounds of traffic or stop a person from thinking about work. In order to solve this problem,
it would be a good idea to integrate systems in a way that would allow these apps to coordinate with calendars, maps, etc., in order to provide real-time solutions.
Think of if someone had a wearable device that could sense where they were and let them know if they walked a certain number of times between two points of interest, then they had hit their step count for the day. A system that automatically presents you with healthy options from nearby restaurants would be helpful.
In the future, wearable technology in healthcare may be able to integrate into healthcare practices in a variety of ways.
Examples of how wearable technology can address healthcare interoperability challenges
Providing continuous healthcare instead of episodic care is a major benefit of such devices. Some examples of how innovative tech solutions can help solve common problems can be found here. The challenge of identifying patients, a crucial element of any treatment,
is undoubtedly at the top of the list. In the US alone, 10% of deaths from medical errors occur as a result of patient incapacity to identify properly. If all the patients had RFID wristbands, this problem can be easily fixed, as suggested by Heartlands Hospital in the UK.
One of the most important challenges for new doctors was their lack of practical knowledge instead of theoretical knowledge. Although, it is possible for students from anywhere in the world to watch live operations streaming online and see the best doctors in action, using the Google Augmented Reality Glass.
The use of portable devices, such as smart glasses, wristbands, and other tiny devices connected to a data bank, will allow medical institutions to work together effectively. Consequently, the quality of patient care will greatly improve, since doctors will have access to patient records at any time and from anywhere.
Significant cost savings for patients
By using wearable technology in healthcare, patients will be able to make their own diagnoses, and they will not need to come to the dentist as often as they did previously.
Streamlining staff workload
With portable technology companies can gain access to data instantly, collaborate with physicians from various institutions, and not have to manually enter data.
Improvements in diagnosis
Consequently, a more accurate diagnosis will be possible.
During flu season, imagine how many citizens will rush to hospitals seeking treatment. Connected to a personal device, a portable device can alert users about unwanted body movements and prevent epidemics by sending information to a city or country database.
Clinical decisions made faster
A smart sensor can detect an emergency at the moment it occurs, saving lives by detecting it immediately.
Patient care gets an overall boost
Providing improved patient care is the goal of portable devices. Opportunities abound with the abundance of functions appearing every day.
Keeping patients informed
Continually updated information about a patient’s health can be provided.
Future trends in wearable technology in healthcare
- Will see consumers becoming more and more comfortable with devices that monitor body activity.
- We still have issues with wearable health trackers
- There is no doubt that data protection and measurement accuracy are the two biggest issues facing major tech companies..
- It doesn’t suffice to convince people to totally rely on technology even though most devices are accurate to 80% or higher.
Are wearable technologies having an impact on the healthcare industry?
Originally designed as a fun and futuristic devices, smartwatches are on their way to changing how we live by providing
disease-specific features that deliver the best detection accuracy. As an example, Empatica’s Embrace 2 smartwatch can identify epileptic seizures by analyzing the sweat level.
Moreover, fitness trackers, which were in vogue for a long time, are declining in popularity because smartwatches carry more advanced features, such as non-invasive glucose monitoring and fall detection, and also have more practical features like step counting.
Virtual reality (VR) and augmented reality (AR), combined with eyewear technology, are broadening medical training horizons and assisting doctors in their work. In spite of the competition, newcomers like Epson, Magical Leap, and Medical Realities have entered the field.
The wearable health sector has a dark horse in wearables. Originally designed to improve hearing, ear-worn devices now feature a myriad of useful features. These include heart rate monitoring, sleep monitoring, steps tracking, calories burned to track, and even brain wave analysis.
Healthcare is finally beginning to benefit from smart clothing and patches. In a world where constant monitoring is essential, it’s the newest trend and the most revolutionary way to safeguard the patient.
We’re Already Booming with Wearable Technology Health and Fitness:
The most accurate and comprehensive portable health monitor, including fertility monitoring, pregnancy tracking, sleep monitoring, and stress testing.
AliveCor’s electrocardiogram (ECG) tracks and diagnoses heart issues. With its chest and finger sensors, it can collect data from mobile devices such as iPhones and Androids to monitor heart activity. Heart conditions are becoming easier to monitor on a daily basis.
Being under constant stress is a lifesaver for the population. Using this tiny device, you can monitor your stress level and calm down when needed. As a result, your mobile app receives signals that show how your electrodermal activity is changing.
- Witlings Blood Pressure
A doctor should examine your blood pressure and heart rate as thoroughly as possible. It provides the most accurate results by averaging three readings. You can also integrate the monitor with your smartphone to send the information via Bluetooth.
Digital thermometers are revolutionizing the world. With this device, you can monitor your body temperature continuously for 48 hours by using a patch that is soft and comfortable. In addition, you can receive alerts and notifications with it connected to your phone.
Parents use it heavily since it allows parents to measure their children’s temperatures without disturbing them or having to take their temperature repeatedly.
- Bio Scarf
As relevant as never before – the first scarf that can shield you from pollution, colds, allergy, and flu.
7. Philips SmartSleep
Philips has developed a Headband to promote deep sleep. People with difficulty sleeping developed the device with the help of researchers and doctors. Sensors on the headband monitor your body activity during different stages of sleep and send this information to your mobile device.