Healthcare Information Technology Trends That Will Dominate the Future
Healthcare was already on its way to massive technological transformation when the CoVID-19 pandemic made itself known to humankind. With this came rapid-scale digitization that changed how technology integrated with medicine to provide quick, best-in-class, state-of-the-art healthcare solutions.
One of the biggest trends that blossomed was the stress on health information exchange. From wearable devices to cloud networking, all the existing technologies were made compatible with the already booming technological transformation of the medical field.
Below are the 7 biggest trends observed during this technological revolution that will continue to improve and dominate the future of Healthcare Information Technology.
Big Data and Predictive Analytics
Arranging and compiling extensive healthcare data is a difficult task. Combining innovative computers, complex database technology, and cutting-edge analytics software has led to big data finding an important place in healthcare.
A massive amount of health information is produced at the organizational and individual levels, ranging from medical diagnostic and imaging to fitness data. Big data analytics tools and data warehouses provide accurate and calculative observations from these large volumes of data in a shorter duration of time.
In addition to Big Data, Predictive Analytics, along with Business intelligence tools, allow for the use of data-driven insights from past patient encounters with healthcare companies to make necessary improvements. Patients benefit from precise and timely treatments as a result.
Furthermore, healthcare providers benefit from workforce optimization and hold power over the distribution network.
Data security is still the most critical concern, and cybersecurity will remain significant among health information technology advances for a long time. All future technological advancements will have additional security, given that the objective is to safeguard sensitive patient data accessed through the internet.
The pandemic prompted the Health Insurance Portability and Accountability Act (HIPAA) to become a mandatory video conferencing requirement. Given that the regulation is already followed by the majority of the Telehealth video conferencing systems, only a more robust version of this will be introduced in the future.
Internet of Medical Things (IoMT)
Wearables and trackers are an important aspect of the advancement of healthcare information technology. Their main advantage is that they provide real-time and comprehensive data on patients’ health statuses, which is invaluable for clinicians to observe.
The use of IoMT, or the Internet of Medical Things, allows for a considerable transformation in patient awareness as well. People may use trackers to gather real-time statistics on their everyday activities, which can help them make necessary improvements.
Doctors can receive notifications and actively assist in their patients’ care. This new technology in healthcare generates a wealth of data, including sleep patterns, eating habits, average exercise levels, and other health factors. With this knowledge, healthcare practitioners can create more realistic treatment plans and accurately assess the effectiveness of the treatment.
Remote Patient Monitoring (RPM) and Telehealth
COVID-19 can be attributed to the present trend of remote patient monitoring in the medical profession. Virtual healthcare is gaining popularity in various ways, such as online appointments, remote treatment, and video consultations. The wide variety of IoMT devices provides RPM with better accuracy and the opportunity to detect medical conditions accurately.
Telemedicine would be the most basic on-demand service in the broad spectrum of healthcare technology developments. Even post-pandemic, every patient need not go to an ER or a hospital to see a doctor, and teleconsultation may be the perfect alternative.
While AI development has rightly received increasing attention in healthcare information exchange, IT professionals advocate for improved cloud interoperability with existing applications.
Many healthcare firms are already hosting apps on the cloud. However, the fragmented manner in which cloud computing has been implemented poses a problem to IT administration.
The cloud is used in the health care business for data hosting, clinical applications, and backup, just not in an integrated manner. Even though everyone is digitizing data, cloud apps have yet to provide that data on a common platform. According to health information technology specialists, the improvement of cloud technology will be a significant development during the next decade.
A growing number of medical establishments and hospitals have resorted to technology to streamline their filing and billing operations in recent times.
Insurance, management, digital payment systems, capital-raising, settlement services, deposits, and credit services are all covered by financial technology. As a result, cutting the cost of financial services facilitates and optimizes healthcare operations.
Fintech may help the healthcare industry by reducing inefficiencies in payment systems through:
- Robotic Investment Advising
- Peer-to-Peer Financing
- Mobile Payments
- Artificial Intelligence
- Machine Learning
- Blockchain Technology
Furthermore, Fintech solutions may aid in the reduction of economic inequality, financial exclusion, and the ability of low to moderate-income persons to afford and obtain healthcare services.
Robotic Process Automation
The prevalent use of Robotic Process Automation (RPA) technology in healthcare can eliminate inefficiencies in the medical system.
With the know-how of RPA, health providers may achieve precise automation, cost reduction, workforce optimization, and even make significant changes on the administrative front. From the client’s perspective, AI systems can more reliably route patients to the right doctor by assessing their symptoms than google.
Robots that replicate human behavior have been introduced to the healthcare field due to RPA’s technological advancement. They offer a wide range of functions, including detecting screenwriting, documentation, and the execution of pre-defined actions.
RPA is already widely used in healthcare for data management, scheduling appointments, claims administration, efficient care delivery, as well as hospital administration. The future will see a broader application of RPA in the form of things such as Instant Online Scheduling.
Personalized treatment for chronic diseases will enable patients to continue their treatment programs. New technology will enable healthcare practitioners to integrate information with customizable options, increasing treatment efficacy and patient satisfaction.
Further, the improved capacity of health information technology to combine data from several sources will improve the chances of success of the treatment.
With such advances in the domain of healthcare information exchange, patients and healthcare providers will both find satisfactory outcomes. It is, therefore, worth awaiting the developments that the future of healthcare holds.