Tech adoption has impacted every sector in a profound way, including the healthcare industry. It has significantly changed how the healthcare industry operates by making patient records accessible to physicians instantly at the point of care, improving the efficiency and transparency of administrative activities across multiple locations, providing practices with better control over their resources, and much more.
In recent years, tech adoption has been on a rapid rise across all facets of the healthcare industry. Particularly during this Covid-19 pandemic outbreak, technology has transformed healthcare in spectacular ways! It has made it possible for people to access primary healthcare remotely, receive prescriptions electronically, order medicines online, and get them delivered to their homes. As a result, people are starting to accept this as the new normal and expect healthcare delivery to be more transparent, proactive, and personalized.
In this era of growing healthcare needs and patient expectations, the Internet of Things (IoTs} or the Internet of Medical Things (IoMTs) have emerged as a new technological advancement in healthcare IT. Today, the Internet of Things has revamped the entire healthcare delivery system from top to bottom, with multiple applications ranging from remote monitoring to medical device integration.
Basically, the Internet of Things or the Internet of Medical Things consists of intelligently connected devices and systems that collect data from embedded sensors, wearable devices, and smart health monitoring systems and transfer it through the connected network automatically so that healthcare professionals can analyze it and gain valuable insights in order to improve the quality patient care.
IoT has become one of the most fundamental technologies of the 21st century in recent years. It can help enhance existing healthcare technology and the delivery of medical care. Such technologies enable professionals to reach beyond the confines of a facility to deliver care to far-flung locations. By collecting real-time data of patients, they increase both the precision and quality of health data for more accurate decision-making. In addition, they enhance effectiveness in medical care delivery by integrating the healthcare system in a more streamlined format.
The Internet of Things is used for interconnected healthcare devices such as monitoring systems, sensor machines, and detectors that capture real-time health data. Information collected by the detectors is stored on a centralized cloud/server to be analyzed and interpreted to make informed healthcare decisions.
Improved patient engagement: Current analytics have significant blind spots and flaws, resulting in passive engagement. IoT completely transforms this into a richer and more effective patient engagement system.
Optimized resource utilization: Unlike current analytics, IoT provides improved transparency and real-time information that can be utilized to improve resource management.
Better data management: The modern data collection system has many limitations and stores the data in silos. The Internet of Things liberates it from those confined places and places it in the exact location's providers need in order to build a comprehensive clinical picture of individuals.
Enhanced patient care: The Internet of Things enhances the capabilities of preventative medicine. Enable providers to access accurate and real-time information to help deliver high-quality care.
Reduced errors: IoTs help reduce miscalculations and errors associated with decision-making with improved data quality and minimal human intervention.
In the healthcare field, the Internet of Things offers tremendous benefits. With the integration of the Internet of Things with healthcare, hospitals can increase operating efficiency, improve patient monitoring, and even provide accessible solutions for wearable technology.