Remote Patient Monitoring Software

What Makes A Good Remote Patient Monitoring?

Remote patient monitoring (RPM) systems are becoming increasingly popular among healthcare providers. These systems allow patients to monitor their own vitals remotely via smartphone, computer or any device that connects to the internet. RPM systems come in two basic forms — clinician-based and self-monitoring. Clinicians-based RPM systems involve a remote monitor and a nurse or doctor stationed in the hospital or clinic. Self-monitoring RPM systems, on the other hand, rely on a patient to monitor his or her own health data. Patients use a mobile app to track their vitals and report back to the physician.

What makes a good RPM system? There are several factors that need to be considered before purchasing one. Here are some key points to keep in mind:

Security: Security is one of the biggest concerns when choosing an RPM system. Users must be confident that their information will remain safe within the system. In addition, users must be certain that the system can withstand tampering, hacking, and unauthorized access by third parties.

Data privacy: Unlike most RPM systems, self-monitoring RPM systems store user data locally on the phone itself. This means that the user retains full control over their data. However, this also means that data stored on these systems cannot be backed up or transferred using traditional methods.

User experience: It’s essential that an RPM system integrates well with the user’s lifestyle. Therefore, the design should be flexible enough to adapt to various lifestyles and preferences.

Cost: Although self-monitoring RPMs are more affordable than clinician-based models, there is a tradeoff with lower cost. Self-monitoring systems require users to purchase new hardware each year, which increases the price tag.

What Is Remote Patient Monitoring Software Remote patient monitoring (RPM) systems let healthcare providers monitor patients remotely. They can be used to treat chronic conditions like diabetes, arthritis, heart disease, and asthma.