hero image of blog post - 5 Major Healthcare Technology Trends and Innovations in 2022
Authors
Stanislav Naborshchikov
Stanislav Naborshchikov

Channel Marketing Manager

5 Major Healthcare Technology Trends and Innovations in 2022

Today, healthcare is blurring the boundaries, making a qualitative leap towards technical development. All innovations in medicine can bring healthcare to a new qualitative level, making it more personalized, able not only to deal with the consequences of diseases but also to influence the causes of ailments, collecting a large amount of data necessary to understand cause-and-effect relationships.

According to certain statistics, almost 80% of healthcare providers expect to increase their investments in healthcare IT over the next decade. The overall goals are clear, but which methods are suitable for investment? The answer to this question can be found in some reviews of medical achievements in 2022.

The healthcare market in 2022

In 2022-2023, the healthcare information technology market will continue to grow. According to a recent report, The Future of Healthcare, more than 50% of consumers surveyed are interested in relying on Telemedicine solutions. What are the main trends in the healthcare sector in 2022 and beyond?

They value the performance and prices of these healthcare IT services the most. As a result, practitioners are looking for innovative tools to meet the requirements and deliver relevant results to their clients.

Experts assess the Internet of Medical Things (IoMT), remote patient monitoring (RPM), virtual reality (VR), augmented reality (AR), and big data processing as innovative solutions for e-health that already meet the requirements of customers in the industry. These tools have proven effective in transforming the global online healthcare environment by overcoming the pandemic problem.

Artificial intelligence (AI) and machine learning (ML) methods should strengthen their leadership roles in the coming years. They are most effective in terms of meeting individual needs. They can help healthcare enterprises in administration and analysis, as well as in evaluation.

Internet of Medical things and wearable devices

Demand for remote healthcare has increased due to COVID-19. Experts have realized how important it is to create connectivity solutions that allow doctors to communicate with their patients from anywhere. The Internet of Medical Things (IoMT) is a promising area from this point of view.

Using special gadgets, it is now possible to monitor patients without weekly visits to the doctor. It is enough to have a decent Internet connection.

Inhalers, modern smart mattresses, ECG, and ECG devices, for example, simplify various operations, such as data exchange with telemedicine software. The use of these systems for telemedicine provides various advantages. For example, they improve workflow, increase patient mobility and allow you to track health problems.

Remote Patient Monitoring (RPM) in 2022

COVID-19 also contributed to the development of remote monitoring of patients as a permanent direction in medicine. Online consultations, online therapy, and teleconferences are all examples of the growing popularity of virtual healthcare. RPM has even more features thanks to the large number of IoT devices available.

Hands-free interaction will become one of the most notable technological advances in the field of sales cycle management in the long term. This is because RPM helps medical enterprises of any size to reduce time and money costs.

In the future, achieving RPM will allow combining hands-free procedures and on-site procedures to provide an appropriate type of service for different patient groups.

Augmented Reality

Researchers can improve telemedicine systems by combining online telemedicine services with augmented reality (AR). They can improve the accuracy of various procedures. For example, AR can help with patient transportation.

Different types of medical services may require different levels of experience. Customized apps are already helping to identify treatment options for individuals.

Augmented reality solutions include smart glasses, dental instruments, and vein sensors, to name just a few. Other AR tools allow doctors to project fingers onto the screen of an AR-using surgeon on the spot, receive instructions during operations, view 3D models, and more.

Virtual reality

Shortly, existing healthcare IT innovations such as augmented reality (AR) and virtual reality (VR) will discover even more implementations. VR technology can be used to solve a variety of tasks in the hospital both on the spot and electronically.

Surgical training, teaching clinic students using real-life case modeling, and creating a virtual hospital are all examples of the use of virtual reality in healthcare.

In addition, this method can improve the quality of lung scans, possibly saving countless people in the fight against coronavirus.

In general, we began to consider virtual reality as an excellent technology. However, its effect on health is more beneficial than funny.

Big Data and artificial intelligence

Even more, innovations can be used to maximize the performance of telemedicine systems. Advanced telemedicine technologies include artificial intelligence in telemedicine and big data analysis. They are both great additions because they can collect, analyze and evaluate huge amounts of data, resulting in much better patient treatment suggestions.

As a Mobile Reality company, we were responsible for the continuous development of the medical algorithms, which are detecting fetal defects. We have been cooperating with Pregnabit over the years. The parameters that we are measuring are the following: bradycardia and tachycardia, accelerations/decelerations, and TOCO. Our algorithms are helping doctors to provide a better diagnosis with mothers about their children. The development of these algorithms requires from us a deep data analysis and understanding of the data which is provided by the Pregnabit devices.

In the medical context, most patients have encountered AI in one form or another. For example, chatbots for customer support and therapy work on this technology.

Artificial intelligence can improve the productivity of medical services and improve outcomes. Symptoms, social status, characteristics, age, and other aspects that may affect treatment can be detected using artificial intelligence, machine learning, and big data. Having this type of data allows you to make choices based on the data.

It is not surprising that the use of AI in the healthcare sector is expected to grow rapidly in the coming years.

Conclusion

Due to the COVID-19 outbreak, medical personnel must fully comply with the new rules and develop creative approaches following the trends of the healthcare industry for 2022 and beyond. The demand for its products has grown dramatically. Practitioners should use the latest technology and a variety of applications.

New tools are emerging daily in various fields, including healthcare training, remote monitoring, pharmaceutical research, and diagnostic methods using artificial intelligence. New legislation and regulations should also be considered, not just software production.

Thanks to these technological advances, there will be many opportunities to improve the existing medical system.

Matt Sadowski / CEO of Mobile Reality
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