How smart technology can overcome real health problems
Although wearables like smartwatches and other lifestyle accessories have been around for some time, companies have begun to build wearable healthcare devices over the years with the size of hardware diminishing. These include sensor technologies that collect a variety of factors that can be used to track or control the health of an individual.
How can intelligent wearables boost health care?
Advantages of using intelligent wearables in healthcare
Smart Wearables Issues in Healthcare
Why wearable health technology systems are redefining the healthcare future
Smart weartech refers to wearable healthcare gadgets that can be used by humans to monitor a variety of health indicators that can be monitored through a smartphone app, including the ebb and flow of brain waves and glucose levels, among other items. These intelligent wearables not only assist medical professionals with emerging technology such as IoT devices, they also optimize patient outcomes, saving lives in the process.
The demand for wearable technology will be worth $56.8 billion by 2025, according to data from MarketsandMarkets. Grand View Research’s market study estimates the global market size of wearable medical devices at USD 13 billion in 2019, which is projected to rise by 2027 at a compounded annual growth rate of 27.9%.
How can intelligent wearables improve healthcare?
Over the years, the introduction of many cutting-edge innovations has helped to address some of the IoT and system problems, such as battery life, making it more efficient for use in healthcare applications.
Systems of notification of exposure
Smart weartech devices can share anonymous identifiers with other nearby devices with the use of Bluetooth, enabling hospitals or other healthcare facilities to record a communication with another device when it is within a specified distance. It may assist in monitoring the exposure of a patient to a virus. In order to better track the danger of infection, these devices may also monitor other factors, such as temperature or other symptoms.
Remote Patient Monitoring
These systems also help to track non-critical indications, in addition to tracking and warning of possible exposure and its associated risks, thereby saving healthcare professionals valuable time. Wearables such as patient tags, badges, rings or wrist bands, for example, can remotely monitor the vital values of a patient, such as temperature, blood pressure and heart rate, enabling healthcare professionals to concentrate their attention on patients who require urgent treatment.
Equipment or computers for monitoring
Hospitals find monitoring the position of medical equipment and devices quite a challenge, as these assets are often not replaced immediately after use, resulting in hospital personnel spending their time attempting to locate the equipment when they need to use it. The location of equipment can be easily tracked by using beacons or sensors to tag these assets, thereby saving time and lives.
Healthcare facility on-site navigation
Navigating the facilities can pose a challenge in large hospitals, especially because GPS features on smartphones do not function indoors or help to locate a specific space. Patients may use an app on their mobile to navigate around the building by positioning smart beacons in different places within medical buildings or hospitals instead of waiting for medical personnel to support them.
Benefits of using smart healthcare wearables/h3>
In areas such as prevention and maintenance of health conditions, more productive patient management as well as disease management, Healthcare smart weartech provides a variety of benefits to medical practitioners and patients alike.
Prevention of disease and maintenance of wellbeing
Smart wearables can find many uses with the advances in technology in tracking patient wellbeing and providing timely intervention to prevent disease. For example, it can be difficult in countries with a large aging population to provide preventive intervention for hazards such as falls that result in hospitalization or death. Through tracking and analyzing data such as gait analysis, smart wearables can help predict destructive trends that are likely to result in falls and provide intervention to prevent them from happening.
The sedentary conduct that is an outcome of modern lifestyles adversely affects the health of a person. Smart weartech can be used to issue reminders for exercising or testing one’s posture, having a positive effect on the well-being of an individual.
By assessing physiological indicators such as heart rate, blood pressure and temperature, among other vital signs, stress detection may assist in monitoring mental conditions. When an individual needs medical or psychiatric care, it may help to recognize
Although wearable devices for monitoring and tracking heart rate and activities are already commonly used in athletics, their application will apply to sports medicine. Tracking and tracking measures such as fatigue, heat stroke identification, or even the recovery time of an athlete may avoid the risks of overtraining, thus enhancing performance and reducing injury.
Management for patients
By remote monitoring of multiple types of patients to optimize their health outcomes, healthcare wearable devices can help to make patient management more successful in hospitals.
Sedentary habits and physical inactivity are prevalent in many cancer survivors, which can lead to obesity and adversely affect their long-term recovery. These devices can make home-based recovery more successful by providing intervention through reminders to increase physical activity and decrease sedentary behaviour.
Smart weartech will remotely track their vitals and activity for patients recovering from strokes, providing therapists with feedback. It may help to minimize care and hospitalization costs, as well as facilitate the healing process at home.
Wearables can allow patients suffering from spinal cord or brain injuries to recover at home while improving their motor skills by remotely transmitting physiological data to healthcare providers.
Long-term rehabilitation and management is expected of patients suffering from chronic obstructive pulmonary disease. By tracking and communicating the vital aspects of the patient as well as their progress on exercise assignments, smart wearables will provide a cost-effective recovery alternative.
Treatment of diseases
Wearable devices provide many possibilities for treating heart conditions, including devices that monitor ECG, heart rate variability and tracking systems for heart activity. The benefit is that it tracks the heart activity of the patient in the clinical setting and during regular activities to provide a more clear image of the state of the patient.
In order to enhance hypertension control, wearable devices such as blood pressure meters, upper arm pressure monitors and remote monitoring technology can help. These devices can also help with basic daily tasks, such as medication reminders, in addition to continuous monitoring of blood pressure and alerting healthcare providers if intervention is required.
Wearable devices combined with applications can promote self-care for patients with diabetes by tracking glucose levels from sweat, thus reducing healthcare costs.
In order to treat Parkinson’s disease in the long term, it is important to obtain many data sources that help in diagnosis. For instance, one of the criteria used to assess the severity of bradykinesia, one of the primary symptoms of the condition, is the 10-second whole-hand-grab. Smart weartech systems can assist in the monitoring of preventive intervention kinematic data and assess therapy efficacy in the home environment.
Wearable healthcare technology can also support patients with mental conditions, such as depression, with screening, diagnosis and monitoring by using variables such as Heart Rate Variability (HRV) to assess and monitor mood states and provide intervention when appropriate.
Smart Wearables Issues in Healthcare
Acceptance by User
The effectiveness of healthcare variables in offering a cheaper and more reliable hospitalization option depends largely on how well these technologies would be tolerated by patients in both clinical and home environments. Advanced sensor technology that can track the vital factors of patients and other factors is of no benefit if it is not embraced by patients and healthcare professionals.
These devices should be lightweight, convenient, simple to use and manage from a patient’s point of view, so that they do not impact the everyday life of the person. Instead of raising a risk of replacing their services, healthcare professionals can see the advantages of these smart wearables to support their everyday tasks and increase performance.
Confidentiality and confidentiality
Since these wearables collect a wide range of data from an individual, the main concern remains patient confidentiality and data protection, particularly with the need to comply with HIPAA regulations
In addition to the need to encrypt data prior to transmission and enforce authentication keys or certificates, protected WBAN communications are important because the data is transmitted over wireless networks for the prevention of eavesdropping or interruptions.
Although smart weartech provides the ability to quantify and customize the experience of a person in social and home settings, many ethical issues are also posed. The methodology used to collect information and variables for conceptualization and analysis, for example, may be invasive and sometimes illegal.
Chance of too much knowledge
While wearables provide the advantage of gathering large quantities of patients’ personalized data, they also present the risk of producing too much data or noise. Any of the data could be from b
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