The inherited healthcare market has historically been tied to physical appointments, manual examinations, and treatment protocols completely dependent on human participation. The industry has evolved rapidly in the need to adopt more effective approaches driven by modern technology and COVID-19 drove this evolution as healthcare institutions had to limit face-to-face contact with their patients. Now comes Health 4.0: a technology-based concept that is transforming the traditional healthcare industry as we know it.
What is Health 4.0?
Let’s start with the basics. Health 4.0 is a newly created concept that is developed from Industry 4.0., Which represents the fourth manufacturing revolution. Ultimately, the concept is based on intelligent machines that have access to large amounts of data, allowing them to make decisions without human participation.
Many aspects make up Industry 4.0. Cloud computing, mass data, the Internet of Things, various forms of wireless internet and 5G technologies, cryptography, the use of semantic database design, augmented reality and image retrieval content-based are part of the Industry 4.0 Standard. These technologies are now at the heart of the so-called Fourth Industrial Revolution (or Industry 4.0), which is converging the digital, physical, and biological world.
When it comes to Health 4.0, it refers to a wide range of possibilities to use Industry 4.0 technologies to improve health, as it establishes a new and innovative vision for the health sector. The aim is to provide patients with better, more value-added and more cost-effective healthcare, while improving the effectiveness and efficiency of the industry.
Healthcare is one of the most anticipated areas of the 4.0 revolution to achieve great results. Today’s industry is more computerized than in previous decades, as x-rays and MRIs give way to computed tomography and ultrasounds, as well as electronic medical data.
As Healthcare 4.0 enhances the healthcare experience, it successfully enhances the quality, flexibility, productivity, profitability, and reliability of healthcare services. The Internet of Things health, medical cyberphysical systems, health cloud, health fog, mass data analysis, machine learning, blockchain and intelligent algorithms are integrated and are used.
However, some limitations need to be considered. Health programs that match the 4.0 health paradigm can be built and used, but it is a difficult and time-consuming task and often requires specialized specialists.
COVID-19 that alters health worldwide
Access to health is a vital human right, but the COVID-19 epidemic has put pressure on health systems around the world. Professionals have been limiting in-person contact with their patients due to concerns about the transmission of the new coronavirus, and as a result, non-emergency patients were often deprived of the ability to provide medical care, which could potentially cause term effects.
In less than a year, the United States alone has reported 22.9% more deaths than expected, that is, more than half a million deaths in excess, and a quarter is not attributed to COVID -19. It is clear that COVID-19 has had several effects on people’s health and that the pandemic has directly or indirectly affected people around the world.
COVID-19 has accelerated the need to find a way to offer health services remotely without compromising the quality and accuracy of the diagnosis and the chosen method of treatment, and this is where telehealth comes into play.
The possibilities unlocked by telehealth
COVID-19 has irrevocably altered the way we obtain health care, which has led us to look for more comfortable and safer options. Telehealth is an important part of the new-age healthcare benefit that is growing rapidly as it allows patients to be treated virtually.
Healthcare institutions simply use dedicated software to remotely connect with patients and automate processes, which means doctors can allocate more time for clinical work that requires in-person interaction, without neglecting patients. not urgent. Telehealth is the definitive answer in times of pandemic when many people cannot physically visit the hospital, making telehealth software an integral component of the rapidly expanding telehealth field.
Although virtual visits are not always as efficient as face-to-face medical visits and are not suitable for all medical conditions, several advantages explain why this type of treatment is becoming popular.
Innovative treatments have helped doctors save countless lives and discoveries are on the horizon thanks to research programs conducted by experts around the world. Medical advances such as telemedicine allow for a more accurate diagnosis, monitoring and treatment of various diseases. It won’t be long before new medical practices get widespread adoption and improve the lives of their users, due to the huge research initiatives and advances that technology unlocks.
Some cutting-edge health innovations include:
1. Patient monitoring via the Internet
Telehealth systems for remote patient monitoring (also known as “home telehealth” or “telemonitoring”) allow doctors to check a patient’s health from a distance. Telehealth providers are beginning to provide software and solutions that not only connect patients and doctors, but also record patient medical data, thanks to the advent of portable technology and mobile medical devices.
Right now, these solutions are not just a theory. The most innovative companies are developing telehealth solutions as the COVID-19 pandemic captured health systems safely and hospitals seem to cease to be a safe environment.
A private medical company approached Intellectsoft to create a solution that leverages modern technologies to virtualize physician-patient relationships and allow them to treat their patients remotely. The partners created a mobile app to book a time slot and set up a video call, exchange video messages on an integrated messenger, receive full online appointments or quick queries on the fly, and pay for them with a few simple clicks.
As a result, the company was able to improve the efficiency of its business model, provide a safe experience for its patients, and continue to offer the same secure online service as before, among other things.
2. Mobile applications related to health
Healthcare, patient participation, patient education, and public health services that are offered through mobile devices such as smartphones, laptops, and tablets are called mobile health or mHealth. Since most people now have a smartphone, mHealth is an important component of telehealth software solutions.
3. Real-time telemedicine
Real-time telecare (also known as “synchronous telecare”) involves real-time two-way video conversations between a doctor and a patient and allows for partial replacement of in-person medical visits.
The future prospects of healthcare technology
Advances in digital health technologies, such as artificial intelligence, virtual reality, 3D printing, robots, and nanotechnology, are changing the future of healthcare before our eyes. Companies are making efforts to keep up with new technological trends and are working side by side with the technology that builds the future of health.
Digital technology can contribute to the transformation of unsustainable healthcare systems into sustainable systems. It will serve to equalize the interaction between medical experts and patients, as well as to offer remedies to the disease that are less costly, fast, and effective.
Technologies are already helping us increase efficiency not only in the treatment process, but they are introducing life-changing advances, such as improving the detection of breast cancer by applying ML to mammography and predicting the onset of acute kidney damage. . A recently developed AI-driven breast cancer analysis algorithm has outperformed all human radiologists to identify the disease on average by 11.5%, and that’s just the beginning. Simply put, technological advances can lead to healthier people living in healthier societies.