Top Technology Trends in Medical Industry 2022

What is the role of technologies in the medical industry? Learn all about it here.

Top Technology Trends in Medical Industry 2022

We can find new technologies being used to battle illness, generate new vaccines and treatments, and help people live a healthier lifestyle everywhere we go in the healthcare industry.

Many technology businesses have spent the previous two years focusing on using their knowledge to solve challenges caused by the global pandemic. At the same time, many healthcare organizations that would not have been called tech firms in the past have shifted their focus to technology and its potential to revolutionize the delivery of their goods and services.

Digital Therapeutics


As we approach the year 2022, more healthcare professionals are embracing digital therapeutics (DTx) to give medical care and evidence-based treatment strategies directly to patients using high-quality software applications. This enables doctors to make an informed decision on the best remedy for their patients' difficulties. Because digital data is continuously produced and tracked, it also aids in overcoming the problem of non-adherence in chronic illnesses, hence improving treatment outcomes. With 73 million German inhabitants covered by public health and 24 apps authorized for reimbursement, Germany has positioned itself as a pioneer in eHealth innovation. The nation that pioneered DTx has prompted neighboring countries such as Belgium and France to follow suit.

Remote Patient Monitoring


During the COVID-19 epidemic, when people had to adhere to movement limitations and social distance conventions, the concept of Remote Patient Monitoring became quite popular. RPM is gradually becoming the future of providing health treatment to people by supplying them with a variety of medical devices like implantables, blood pressure monitors, sensors, and many others that allow doctors to access real-time patient information for accurate treatment. It is widely suggested for discharged patients since it allows doctors to consistently observe their patients and act on critical data, reducing the number of visits to doctors and expediting the recovery process.

Smart Wearables and Devices

Wearable technology in healthcare enables people to take a more active role in their health maintenance. Patients who use wearable gadgets can monitor everything from their heart rate to their reproductive cycles. Doctors can also utilize this information to create personalized healthcare strategies. Moreover, wearable data is more methodical and accurate in documenting all medical facts and vitals of the patients. There are smart inhalers, sophisticated hearing aids, sleeping bands, bio patches, and other smart gadgets on the market in addition to fitness bands and wearables.



Social distance and stay-at-home orders brought the traditional care delivery paradigm to an end, allowing many healthcare providers to embrace telemedicine and virtual health monitoring. Telemedicine not only makes healthcare more accessible and affordable but also boosts patient participation. It is especially useful for injured, impaired, or remote patients who can now electronically communicate with clinicians over a secure video link. Telemedicine systems have enabled rapid diagnosis, real-time patient insights, and, in some situations, therapy without the need for a doctor's visit. It will be a game-changer in the healthcare business by bringing healthcare right to the patient's door and tailoring it to their specific requirements.

Digitization of Healthcare Specialties

Primary care sessions aren't the only ones that have gone digital. Digital pathology is one example of a healthcare specialty that is embracing the digital age. Whereas pathologists used to have to spend much of their time crouching over a microscope, staring at slides, they may now be digitally shot and examined more quickly on a wide computer monitor, and this information becomes accessible for other appointments or research. Furthermore, radiologists are adopting medical imaging digitisation. Scanning allows an X-ray from a remote clinic to be transmitted and examined by radiologists throughout the country, and associated software can assist with image organization, prioritization, and reading.

Increased AI Adoption

Healthcare has indeed been slower to adopt and integrate AI and machine learning than other sectors, but the hatches are now open from planning and administrative duties to detecting anomalies in imaging. So far, AI has primarily served as a kind of assistant, assisting medical professionals on the server-side to make their work faster or easier. However, as systems become more sophisticated, they will be competent to accomplish more complicated tasks, and may even graduate to becoming more similar to an experienced worker than an assistant.

Patients are also growing faith in AI, which will be critical in hastening its adoption, and are particularly open to its use in combination with a real doctor.

Cloud Health Systems


All of the trends stated above are based on a complicated technological basis, which is why another breakthrough, shifting health systems and data to the cloud will be critical. The healthcare industry has multiple broad networks, including those of colleges and medical centers.  Cloud-based platforms enable unique systems such as patient portals by providing interoperability and a safety mechanism for critical information to be transferred quickly and conveniently from anywhere, at any moment.

Advanced Precision Medicine

Precision medicine, or healthcare tailored precisely to you, is a result of our digital age, in which genetic screening is now accessible and wearable devices such as Fitbits can scan health status in a flash. Because this type of health data is readily available, physicians may design personalized treatment regimens for each individual. Patients are benefiting from precision medicine in the form of therapy for malignancy, as well as medications specifically designed for cystic fibrosis patients with specific gene mutations. Furthermore, thanks to digital scanning and 3D printing, those in need of medical equipment are increasingly able to have them custom-designed and sized. Increased AI usage is only hastening these improvements in precision medicine.


As the healthcare industry evolves, it makes use of Artificial Intelligence (AI), Telemedicine, Automation, e-Rx, and cloud computing. Health-tech businesses are repainting the healthcare landscape with the incorporation of this cutting-edge technology. Doctors and clinicians are expected to guide the way to better care management and enhanced patient outcomes as a result of these developing trends and accelerated digitalization.