Digital health devices have become a key determinant of the success of remote patient monitoring healthcare solutions.
1. Powerful IoT Architecture Patient Monitoring
Data access results can be enhanced. Many people have had surgery in the hospital. Twenty percent of these surgical patients were readmitted to the hospital within 30 days of their initial discharge.
Readmissions not only frustrate patients, physicians and hospitals, it also costs the industry billions of dollars each year.
If we spend a lot of time and money on patient care in hospitals, why don’t we provide the same level of care to patients after they recover to reduce the abysmal 20% readmission rate?
Fortunately, IoT digital health can be the problem that allows high readmission rates to be effectively addressed.
Remote patient monitoring systems can reduce readmission rates Telemedicine and remote patient monitoring (RPM) are one of the fastest growing areas of healthcare.
A major component of RPM is a wearable device that allows healthcare professionals to monitor and diagnose patients without the need for them to physically visit a doctor’s office. When used correctly, these wearables can remotely monitor a patient’s vital signs and symptoms.
2. Early Warning System in Patient Monitoring Patient Monitoring
RPM can be effectively used as an early warning system for impending medical problems that could lead to readmission (or worse) if left untreated.
A good example of RPM devices helping to reduce readmissions is the newest FDA-approved continuous temperature monitor, which aids in the early detection of infections. A BMJ study states that infections are one of the leading causes of avoidable hospital readmissions, resulting in pain, inconvenience, risk and cost to patients and hospitals, all of which can be prevented with effective RPM solutions .
3. Patient monitoring Timeliness of data collection
RPM Wearables: Huge Potential, But Barriers to Adoption Remain Remote Patient Monitoring Wearables work by transmitting data from a patient at home and transmitting medically accurate data to a doctor or nurse at another location.
Overall, reliable, effective, and accessible medical-grade wearable technology has the ability to reduce hospital wait times, reduce healthcare costs, and improve the general health of patients of all ages and conditions. If RPM can change the healthcare industry in a positive way, why isn’t the solution available to all hospitals and medical professionals?
4. RPM patient monitoring is challenging
a. Accuracy of patient monitoring data collection
Because by definition, it eliminates medical staff support to ensure proper use. Patient compliance issues arise where the patient is responsible for adhering to any component of the treatment plan. Need to ensure the accuracy of patient monitoring data collection.
Timely data access is critical to RPM’s success RPM reaches its full potential. The last item is to ensure timely access to data. If we go back to the case of infection surveillance, time is of the essence, and it is true that readmissions can be made or avoided.
b. Availability of the network
One of the biggest challenges in ensuring timely data access is reliable network availability. While not all consumers have a home network, most do have cell phones. Cellular network connections have become common enough to support RPM solutions in most parts of the world.
Given the prevalence of smartphones and tablets, it’s becoming easier to provide near real-time access to data on wearables, regardless of the healthcare professional’s location near the patient. That being said, smartphone-based solutions also face many challenges.
c. Versatility of network and patient monitoring platform
The variety of available devices reduces the overall reliability of the solution in terms of compatibility, storage space, performance and other core metrics. To mitigate this problem, the industry is taking steps to mitigate connectivity issues. It provides patients with pre-provisioned phones or optimized data management to limit traffic. Other innovative companies are working on specialized network equipment for managing and transmitting healthcare data.
To prove the value of IoT in healthcare, both to save money and to improve patient outcomes at scale, is a tall order for these emerging technologies.
However, advances show clear potential not only to reduce costs and unnecessary medical visits, but also to greatly improve preventive and proactive care. Telemedicine and remote patient monitoring are for the future not only characterized by precision medicine, but more importantly, precision health.
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