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Wearables and trackers are a huge part of healthcare information technology development. Their key benefit is providing real-time and detailed data on the patients’ health states, which is precious for doctors’ observation.

IoMT enables a significant shift in patient awareness. With trackers, people get access to real-time data on their daily behaviour and can provide changes on the way. If the device includes certain gamification features, it can even encourage patients with the rewards and increase their motivation to lead a more healthy lifestyle. Because of this, the impact of technology is tremendous, enriching a rational need for sticking to healthy habits with pure fun.

IoMT innovations reveal their best in the case of disorders that require significant lifestyle alterations. For example, they are smoking addiction, overanxious disorder, obesity — or Type 2 diabetes.

According to the latest data, about 422 million people worldwide have diabetes. Unfortunately, Type 2 diabetes treatment was on the patient’s conscience for a long time, and doctors had no tools but to trust their words and promises. Since success heavily depends on lifestyle changes, healthcare providers had no instruments to control the progress.

The inclusion of wearables has fixed this problem, inviting doctors to cooperate with their patients on building healthier lifestyles. It contributes to establishing Patient First Approach, or the framework for educating patients about their treatment stages and milestones.

Data security is still the key industrial concern, and cybersecurity will appear relevant among trends in health information technology for a long time. All future technological enhancements will stick to the requirement to possess a significant security layer. The ultimate goal is to protect sensitive patient data delivered online.

The current examples of cybersecurity measures include the interconnectivity of IoMT devices, threat detection in the network, and the application of robust AI models to overcome the need to share patient information while analysing it. By the way, you can use these highly effective recommendations to deal with cyber attacks.

Still, cybersecurity is a hot topic, considering the growing number and risks of data breaches. The increasing extent of information sharing and interoperability will only deepen the problem. In the given circumstances, the healthcare market will actively search for truly secure and reliable software that sticks to patient safety standards in the coming years.

Since the pandemic, the Health Insurance Portability and Accountability Act (HIPAA) has become a required video conferencing standard. In essence, this federal law prescribes companies “to protect the privacy and security of individuals’ medical records and other protected health information (PHI).”

Most Telehealth video conferencing platforms follow this rule. The use cases include Zoom for Healthcare, Skype for Business, VSee, Citrix GoToMeeting, and many other analogs of common calling software. As the next step in the industry, upcoming communication platforms will provide safety beyond end-to-end encryption that stores patient data in cloud storage and still puts it at risk. Such brand-new alternatives already include Signal, DuckDuckGo, and Tauria.

COVID-19 also contributed to turning remote patient monitoring into the current tendency in the medical field. The rise of virtual healthcare takes many forms, including online appointments, remote care, and video conferencing. And the wide range of IoMT devices empowers RPM with even more opportunities.

In the long run, hands-free communication is one of the most prominent tech trends in revenue cycle management. That’s because RPM saves time and valuable resources for healthcare organisations of any scale. During the pandemic, it revealed its best while dealing with personal protective equipment. In the future, the achievement of RPM can unlock combining hands-free and on-site treatments for delivering the desired service appearance for different patient categories.