Applications of IoT in the Health Sector

healthcare technology
Posted by David Freeman

The incorporation of IoT (Internet of Things) solutions in the health sector is producing a revolution in the field of medicine since it allows knowing the patient’s situation with greater precision, applying more effective treatments and achieving savings in health care.

The IoT enables the healthcare sector to take advantage of a number of benefits that benefit both medical staff and patients. Thus, it can be highlighted that thanks to this technology, better patient care can be offered due to the possibility of personalized follow-up and in greater depth.

Likewise, there is greater efficiency, given that health center workers can attend to a greater number of patients while the machinery corresponding to the IoT collects data and assists other patients. In the same way, a better identification of the patient’s diagnosis and the most appropriate treatment for their cure is possible thanks to the large data sets obtained.

IoT Applications in the Health Sector

IoT solutions are currently being implemented in the health sector in order to enjoy the benefits discussed above. Thus, it is important to know what these IoT applications that are being used today in medical centers consist of. We present them below!

Monitoring the Status of the Hospitalized Patient

One of the greatest advantages that IoT offers for healthcare lies in obtaining a large set of data on the patient’s condition. Thus, through this technology, sensors can be used that report valuable physiological information on the individual.

Thanks to this, the doctor will be able to obtain a much better knowledge of the patient’s pathology, its evolution and how the cure of his disease is progressing.


When we speak of telemedicinehealthcare technology we refer to the provision of health services by medical professionals through information and communication technologies. In this way, geographical distance does not represent a barrier to attend to the patient and to be able to respond to their pathology. Telemedicine allows from monitoring patients with chronic diseases who are at home, to making video calls to ask questions and maintain communication in real time.


The wearables are devices that collect so continuous data on the activity and the functions performed by individuals. Thus, patients can continue with the normal development of their lives and, at the same time, the medical team can know their vital signs and identify the evolution of their condition.

These devices will be able to report information such as the individual’s temperature, sleep quality, caloric expenditure, blood pressure and other constants of great importance for the patient’s health.