There is no doubt that medical devices have saved millions of lives because of their awe-inspiring technology. Medical devices are technological advances and medical equipment that can help monitor and identify characteristics of many diseases within the human body. Devices are implanted into the individual’s body near the targeted structure to record biological activity. Ultimately, these devices assist disease prevention and diagnosis while contributing to the large amount of medical data needed to create new therapies to relieve suffering. This technology has rapidly grown in the past decade creating the need for collaboration and uniformity among medical device manufacturers and vendors.

The technology that allows pertinent medical data to be transmitted to a computer network was great in its early years, but since it has evolved, it has incurred issues. As the medical device industry has grown and developed into a major contributor of health care therapies, there have been a variety of makes and models of similar devices produced and distributed to meet the growing demand around the world. In order to organize and assimilate medical information in health care facilities, medical devices need to be integrated so that clinicians and professionals can regulate information on each patient. However, many devices cannot send information to the clinical information system because of software incompatibilities or a wide range of different electronic formats. These issues create difficulties in recording accurate medical information to the electronic health record, which is now an industry standard in the medical field.

Medical Device Interoperability

The most crucial aspect of regulating the health of each patient that uses a medical device is acquiring and analyzing clinical data 24/7. Moreover, medical device interoperability standards have been proposed to eliminate connectivity issues between the patient, clinician, and even administrative and IT departments. Uniformity among medical devices provides a continuing stream of synchronization, which eliminates health risks and even transcription errors. Even the smallest mistake in an electronic health record can have a huge influence on a patient’s health. Therefore, medical device interoperability drastically reduces health and safety risks of each patient to ensure quality health care services.

Communication is essential to monitoring the progress of each patient.  Health care information technologies promote standard-based medical device interoperability to ensure the best possible result. Additionally, improving the infrastructure of medical device manufacturing may incur more sales for each medical device company due to the high demand for highly organized and sophisticated equipment. The transition from evidence-based medicine to value-based medicine can be strongly linked to the accurate use of medical devices for patients around the world. Both provider organizations and health care facilities benefit from the evolution of medical device interoperability, which can be used to detect even the slightest hint of chance in each patient’s body that allows for disease prevention and accurate treatment.