Internet Of Health Things

Introduction: Internet Of Health Things. The Internet of Healthcare Things is a vision that relates uniquely identifiable medical devices connected to the Internet and able to communicate with each other. These solutions enable localization and real-time information about assets; for example, Remote or automated management of resources is also possible.

This not only ensures high-quality care and time savings but also ensures patient safety. Internet of Health Things is the management of medical facilities that are more efficient, with uninterrupted access to equipment, data, and patient information.

Internet Of Health Things
Internet Of Health Things

The essential features of most IoT solutions are flexibility and personalization. Systems can be adapted to suit every facility, regardless of specialization or size. They can be integrated and modified with existing technologies and software.

The Internet of Things in Healthcare

In healthcare, the Internet of Things is a concept that has been introduced previously. The healthcare industry has been utilizing telemetry for many years.

Telemetry is equivalent to collecting and transmitting data from a distance via radio or cellular signals. Yet, the healthcare industry has made much progress in incorporating Internet of Medical Things technologies into healthcare in recent years.

The use of the Internet of Medical Things with patient data is presently limited, providing an enormous opportunity to advance. Considering the low nurse-to-patient percentage in hospitals, the Internet of Medical Things streamlines nurses’ workload by offering continuous monitoring compared to manually checking patients every few hours. 

Currently, Internet-connected devices emphasize patient needs and improve the speed and accuracy of care through telemetry and accessible electrocardiogram results. In a medical emergency, medical personnel is notified in real-time.

What challenges does IoT technology help overcome in healthcare?

The Internet has spread a whole new world for healthcare. Medical appliances appear in the universe of total connectivity provided by the Internet of Things, which improves patients’ quality of life by monitoring their body signals and sharing data with healthcare glasses. 

When it comes to IoT in healthcare, there is a distinct subdivision related to healthcare — the Internet of Medical Things (IoMT). IoMT generates and collects multiple data streams from various medical devices that track physiological aspects of patients: movements, sliding dynamics, heart rate, allergic reactions, and so on.

IoMT helps develop more integrated disease management strategies and creates a more personalized approach to health status analysis. The data collected by IoMT allows doctors to obtain, among other things, the following:

  • Make an accurate diagnosis.
  • Create treatment plans
  • Improve patient safety
  • Make maintenance easy
  • Continuously monitor critically ill patients.

Custom Software Development for Healthcare is given below!

Remote medicine

IoT technologies allow patients to transmit their data from home to remote healthcare providers. Remote patient monitoring covers a variety of IoT healthcare devices capable of sending various medical metrics such as oxygen saturation (one of the essential data in that time of COVID) and blood pressure to doctors and clinics.

Such a procedure can enormously decrease hospital occupancy rates during pandemics. Telehealth is another instance of IoT and healthcare use cases. For example, online consultations with doctors are essential for recently discharged patients whose health conditions prevent them from visiting the hospital.

Another area where IoT medical appliances facilitate remote healthcare is the so-called PERS (Personal Emergency Response System). These solutions can automatically call for support in a sudden heart attack. For example, patients appear at risk of being unable to call an ambulance independently.

Wearable devices

On-body IoT medical devices are part of digital wearables such as smartwatches and fitness trackers. Their application differs slightly from the one in remote medicine IoT mentioned above. The medical wearable can be employed wherever patients go, while the first type mainly belongs to the in-home IoT.

All on-body IoT medical appliances can be of two main types: consumer wearables and medical devices. As their names suggest, consumer wearables also detect the health conditions of patients and healthy people.

At the same time, some consumer on-body IoT devices allow tracking of a wide range of health metrics. For example, the popular Apple Watch can send warnings in case of heart irregularities. Clinical on-body solutions belong to a narrow class of IoT medical devices that track and transmit some particular health metrics.

For example, people with diabetes can receive warning signals about glucose levels from such medical devices. Unlike consumer on-body gadgets, clinical ones are always directly connected to healthcare organizations and doctors.

Hospital IoT

IoT medical devices within a hospital can be assigned multiple missions. IoT solutions can track and manage any interaction between hospital staff and patients. The latter include electronic bracelets, bedside stations, intelligent emergency systems, and body signal collection gadgets.

In addition, IoT solutions can improve many domestic and economic problems in the hospital. Any hospital is a complex of premises and facilities that require constant monitoring and management. 

Heating, water supply, electricity, ventilation, fire warning, medical vehicles, drug warehouses, specialized healthcare equipment, and many other aspects of hospital routines are connected to the central hospital through Internet-connected sensors and drives and can be equipped with actuators—management systems with extensive IoT capabilities.

The issue of disinfection is fundamental on hospital premises. Specialized IoT devices can control the cleanliness of various locations and perform decontamination measures, if necessary, without involving hospital staff.

It helps maintain a healthy microclimate on the hospital premises, benefiting patients’ health. They can be applied outside hospitals: cafes, restaurants, theaters, schools, and airports.

As we can see, IoT’s application scope in medicine healthcare is so broad that existing IoT solutions cannot fully cover it. That means there’s always room for new IoT players, even if a niche in healthcare is occupied. In addition, IoT technology continues to evolve as new challenges arise in the healthcare sector.

Final Words: Internet Of Health Things

Due to the careful nature of the healthcare industry, the potential of the Internet of Medical Things is challenging to predict. Even with the current funding allocated to healthcare innovation, a small revolution may not be in the offing.

Business-savvy individuals with a severe healthcare background are balanced to have the most significant impact on the healthcare industry and the widespread adoption of the Internet of Medical Things. Patients are increasingly taking control of their health and wellness through wearable devices.

Soon, such devices will remove some of the manual work from users. For example, patients can use smart glasses to record food choices, calories, and portion sizes to send to their healthcare provider.

Also read: Internet Of Things Medical Devices; What is the Internet of Things; IoMT Wearable Device