Remote Patient Monitoring (RPM) is a way to collect health information from patients using digital devices outside of the doctor’s office. Devices like blood pressure monitors, glucose meters, pulse oximeters, and heart monitors are common. These devices send health data to doctors either all the time or sometimes. More doctors used this method during the COVID-19 pandemic because it helped keep patients safe and allowed care from a distance.
Telehealth is a broader idea. It means giving medical care through video, phone, or other technology. From January to March 2020, telehealth visits in the U.S. went up by 50% compared to 2019. In late March, visits increased by 154% because many people stayed home to avoid the virus.
At the start of the pandemic, agencies like the Centers for Medicare & Medicaid Services (CMS) made new rules to help telehealth and RPM grow. These included:
These changes made telehealth more popular among many patients. For example, 63% of telehealth visits early in 2020 were by women aged 18 to 49. COVID-19-related telehealth visits grew from 5.5% to 16.2% in March 2020. Telehealth helped reduce visits to emergency rooms, keeping hospitals less crowded and reducing infection risk.
At the state level, over 22 states passed laws or orders requiring better telehealth insurance coverage. Many included payment equality and coverage for phone visits. These efforts aimed to help people who have trouble getting online or using technology, like older adults or those with mental health needs.
RPM moved from being a minor tool to a common method for managing long-term diseases like high blood pressure, diabetes, and heart disease. CMS data shows that payments for RPM grew from $5.5 million in 2019 to more than $101 million by 2021. That is almost 19 times more. Also, 34 state Medicaid programs paid for RPM by early 2023, although some have limits on coverage or which providers can offer it.
Research showed RPM helps:
These findings show RPM helps find health problems sooner, manage chronic diseases better, and keeps patients involved by letting them check their own health data.
Even with good progress, many of the relaxed rules during the pandemic will end on September 30, 2025. This “policy cliff” could undo many gains by bringing back older limits like where telehealth can happen and how doctors get paid.
If no new laws pass, changes may include:
Health administrators and IT managers must prepare for these changes. They should study how patient visits, revenue, workflows, and technology might be affected. Good communication with medical staff and patients, financial checks, and backup care plans will help.
RPM produces a lot of patient data. In 2021, 78% of office doctors and 96% of hospitals used certified electronic health records (EHRs). These systems can combine RPM data with patient records to help care teams work together.
Still, the large amount of data can overload doctors, causing “alert fatigue,” which means they get tired of too many alerts and might miss important ones. Mayo Clinic created command centers with staff who sort RPM data to find urgent issues. Artificial intelligence (AI) tools help with this, too.
AI and automation help manage RPM and telehealth data better. AI can pick out important alerts and reduce work for providers. For example, Oracle Health uses AI to analyze live data and highlight what needs action to help doctors decide quickly.
Automation also improves front-office tasks such as:
Companies like Simbo AI use AI to manage patient phone calls about RPM alerts, schedule urgent visits, and guide patients without adding work for staff.
For health care managers, using AI and automation can lower costs, make patients happier, and improve workflows. They must keep data safe, follow laws, and give training and help to staff and patients. The American Medical Association says patient trust and quality data need good training and support.
The growth of telehealth and RPM during the pandemic was large, but keeping these programs needs dealing with upcoming rule changes. Some states made permanent rules for phone visits and payment equality but these vary a lot. Insurers’ future willingness to pay will affect how doctors keep using virtual care.
Medical leaders should watch policy changes, especially from CMS and Congress, about telehealth rules. The National Consortium of Telehealth Resource Centers suggests organizations study how patients are affected, update care rules, and plan backup care options.
Collecting data is important to prove telehealth should stay. For example, Oregon used records showing a 3,000% jump in telehealth use in 2020 to support laws. Studying telehealth’s effect on access, cost, and health is key, especially for poor people or those with limited English skills who use telehealth less. These groups may need special help and information.
Besides chronic disease care, RPM is growing in areas like checking patients after surgery, maternal health, rehab, and lung care. Devices that give constant or near-constant data let doctors quickly change treatments when needed. For example:
This shows RPM can keep care going and reduce hospital visits and readmissions. For practice leaders, using RPM in more services can grow care options and keep patients coming back.
Medical administrators, owners, and IT managers play key roles in adjusting their organizations to healthcare changes:
Good management of these points can help health organizations keep benefiting from telehealth and RPM, even as rules change.
Rules for telehealth and remote patient monitoring are at an important point. Relaxed laws during the pandemic allowed these services to grow quickly, but upcoming changes will create challenges. Preparing now is important for medical practices and health systems. Using AI and automated workflows can help manage data, reduce staff load, and keep quality care during these shifts.
Healthcare leaders in the U.S., especially those relying on remote care, will need to watch carefully, stay flexible, and invest in technology and training to keep telehealth and RPM programs going.
RPM involves using at-home and mobile devices to monitor and manage patients’ chronic and acute medical conditions remotely. It includes devices like blood pressure monitors, glucose meters, smart inhalers, and wearables, allowing clinicians to access patient health data continuously or periodically to improve diagnosis, treatment, and patient self-management.
Remote monitoring alerts provide clinicians real-time data enabling early detection of health issues. They help prioritize patients needing immediate attention, support personalized care plans, and facilitate proactive interventions, reducing emergency visits and hospitalizations while improving overall patient outcomes.
Benefits include timely detection of health issues, enhanced patient engagement, cost-effectiveness through reduced hospital visits, streamlined clinical workflows, support for value-based care, integration with EHRs, increased patient volume, improved population health management, and higher patient satisfaction.
Common RPM devices include internet-connected blood pressure cuffs, glucometers (including continuous glucose monitors), pulse oximeters, remote ECG systems, peak flow meters, wearables like smartwatches, remote thermometers, and wireless scales that measure weight and fluid retention.
RPM helps monitor fluctuations in chronic disease conditions such as heart disease, diabetes, and asthma, enabling clinicians to intervene early before hospital visits are necessary, reducing emergency care usage and improving patient quality of life.
Important factors are FDA compliance, ease of use for clinicians and patients, data security and privacy, integration capabilities with existing electronic health records (preferably via FHIR standards), and availability of training and 24/7 support from vendors.
Integration enables seamless transfer of continuous patient data into medical records, allowing better coordination among healthcare providers, faster clinical decision-making, and comprehensive longitudinal patient health monitoring.
The high volume and data noise from continuous monitoring devices can overwhelm clinicians. AI tools, like those from Oracle Health, help by filtering critical alerts from routine data, ensuring providers focus on actionable information.
Temporary regulatory relaxations permitted cross-state remote care, increasing RPM adoption. The American Hospital Association is advocating for these telehealth flexibilities to become permanent to address clinician shortages and enhance healthcare access.
Patient training and ongoing support are crucial to ensure comfort with technology, accurate data generation, and adherence. This reduces false alarms, improves engagement, and enhances health outcomes through reliable use of monitoring devices.