Medicare has covered remote patient monitoring since 2020, and two new CPT codes took effect on January 1, 2026. For care teams weighing an RPM program, the question is rarely whether reimbursement exists. It is what the program changes for patients between visits, and whether it can be run consistently enough to keep changing it. That is what remote patient monitoring ROI comes down to: fewer avoidable escalations, better data to treat from, and a program the practice can sustain. This article covers where that return shows up clinically, what it takes to run a program, and the RPM billing codes that apply. For a broader look at how these programs work, start with our complete guide to remote patient monitoring.
What Remote Patient Monitoring ROI Actually Measures
Return on a remote patient monitoring program is easiest to see in what changes for patients: readings that would have gone unseen until the next appointment, medication adjustments made in days instead of months, and complications caught before they become admissions. Reimbursement matters because it is what allows a care team to keep doing that work. It is the mechanism, not the result.
That framing sets a practical test. A program returns nothing, clinically or otherwise, if patients do not use the devices consistently or the care team has no time to act on what comes in. Both depend on the same two decisions: choosing equipment patients will actually use, and deciding how much of the program the practice runs itself.
Remote Patient Monitoring ROI and Care
The clearest returns from remote patient monitoring show up in how patients do between appointments. Catching a problem early usually means a medication change instead of an admission, which is better for the patient first and less costly second. The sections below cover where that return tends to show up.
Readmissions and Acute Care Use
Readmissions are hard on patients, and they signal that something went unnoticed after discharge. CMS tracks 30-day risk-standardized unplanned readmissions through the Hospital Readmissions Reduction Program (HRRP) for six conditions and procedures:
- acute myocardial infarction
- chronic obstructive pulmonary disease
- heart failure
- pneumonia
- coronary artery bypass graft surgery
- elective primary total hip arthroplasty and total knee arthroplasty
Remote patient monitoring gives clinicians a way to identify complications early and intervene before a readmission happens. A systematic review published in BMJ Open examined 91 studies and concluded that remote patient monitoring can reduce acute care use among patients with cardiovascular disease and COPD, while noting that effectiveness varies within and between populations.
Emergency Department and Urgent Visits
Monitoring between visits gives care teams a chance to act before a problem becomes urgent. UC Davis Health reports that participants in its remote monitoring program for blood pressure lowered their readings from an average of 150/80 mmHg before enrollment to 125/74 mmHg during the program, which lasts six months and can be extended to a year for patients who have not reached their goals.
In implantable cardiac device monitoring, which is a different modality but a useful signal, the EVOLVO randomized trial found that remote monitoring of heart failure patients with defibrillators reduced emergency department and urgent in-office visits for heart failure, arrhythmias, and device-related events by 35% over 16 months, and reduced total healthcare visits by 21%. Detecting and treating complications early keeps patients out of the emergency department, where the visit itself is often the most disruptive part of living with a chronic condition. One physician practice running a blood pressure control program on Tenovi devices cut its high-critical readings by 75% in a single quarter.
Data Between Office Visits
Reliable data between visits is one of the most useful things an RPM program produces. Blood pressure in particular can read differently in an office than it does at home. Some patients experience elevated readings in a clinical setting, known as white coat hypertension. The reverse pattern also occurs: in masked hypertension, office readings look normal while blood pressure is elevated outside the clinic.
A 2023 cohort study of 59,124 patients published in The Lancet compared clinic readings against 24-hour ambulatory monitoring and found that masked hypertension was associated with an increased risk of death, while white coat hypertension was not. Patients with masked hypertension usually go undetected when screening relies on clinic blood pressure alone. Readings taken outside the office are how care teams tell these patterns apart.
Consistent readings taken at home give clinicians a more accurate picture of a patient’s condition between visits. More data allows care teams to fine-tune treatment plans, check how patients are responding to medications, and adjust prescriptions promptly.
Patient Engagement and Adherence
Patient engagement may be the most durable return remote patient monitoring offers. A study in Telemedicine and e-Health following 1,354 patients with type 2 diabetes found that higher levels of patient activation and engagement with remote monitoring technology were associated with better glycemic control, and that patients who uploaded data about once a day were less likely to finish the program with an HbA1c above 9% than those who uploaded every two days or less often.
Patients’ everyday decisions have the largest influence on their health. A clinician can build an effective treatment plan, but it only works if the patient follows it. Knowing that a care team is watching and can step in between visits helps patients stay with their plans.
Access and Care Team Capacity
Remote patient monitoring has no originating site restrictions, so it reaches patients regardless of where they live or whether they can travel to an appointment. Not all RPM services have to be performed directly by the billing physician either.
CPT 99457 can be billed “incident to” under general supervision. That lets a care team follow more patients between visits without a proportional increase in in-office workload.
Remote Patient Monitoring CPT Codes
The billing period for remote patient monitoring CPT codes is 30 days, or the end of the calendar month for the time-based codes. Six codes currently apply to RPM. Payment amounts vary by locality and change year to year, so current rates for a specific code should be pulled from the CMS Physician Fee Schedule Look-Up Tool.
CPT 99453 covers medical device set-up and patient education for vital sign monitoring equipment. It is billed one time per episode of care.
CPT 99445 is new for 2026. It covers the supply of a connected device and data transmission for 2 to 15 days within a 30-day period.
CPT 99454 covers the supply of RPM devices for daily recording or programmed alert transmissions. To bill this code, the patient must transmit data at least 16 days in a 30-day period.
CPT 99470 is new for 2026. It covers the first 10 minutes of RPM treatment management services in a calendar month and requires at least one real-time interactive communication with the patient or caregiver.
CPT 99457 covers the initial 20 minutes of treatment management, which requires remote or virtual communication with the patient. Communication can occur through video calls, text messaging, email, or phone calls. This code is billable as “incident to” under general supervision, so Medicare providers can contract third-party companies to assist with remote patient monitoring services. This gives practices a way to extend monitoring capacity when clinical staff time is the constraint.
CPT 99458 covers each additional 20 minutes of RPM services, including data interpretation. Documentation of how the time was used is required.
Two pairs of these codes are mutually exclusive. For a given 30-day period, bill either 99445 or 99454 based on the number of days the patient actually transmitted data, not both. The same applies to 99470 and 99457, where the code follows the documented minutes.
This material is provided for general informational and educational purposes only and does not constitute legal, compliance, billing, coding, or reimbursement advice. CPT® codes, descriptions, and Medicare payment rates referenced here are drawn from publicly available sources, are subject to change, and may vary by payer, locality, and patient circumstances. Tenovi makes no representation or guarantee regarding coverage, payment, or the appropriateness of any code for a particular patient or service, and any presented are illustrative only. Providers are solely responsible for independently determining medical necessity and applicable coding, coverage, documentation, and billing requirements and for submitting accurate claims. Consult applicable payer guidance and qualified billing, coding, compliance, or legal professionals before making billing decisions. CPT® is a registered trademark of the American Medical Association.
What an RPM Program Costs to Run
Remote patient monitoring companies offer different service models depending on how much work the practice takes on internally.
A full-service model typically covers:
- Device set-up
- Patient education
- Data review
- Patient interaction
A more basic service model may cover device set-up and patient education while leaving data review and patient interaction to the practice. That lowers the direct per-patient cost and adds clinical workload, so neither model is automatically the better fit. The deciding factor is usually the cost and availability of clinical time in your organization.
A realistic picture also accounts for shipping devices to patients, onboarding time, technical support, and patients who leave the program after set-up. Those variables determine whether the clinical return described above is reachable at all.
Understanding ROI on Remote Patient Monitoring and FAQs
Remote patient monitoring ROI is easiest to judge by what changes for patients: earlier intervention, better data between visits, and patients who stay engaged with their treatment plans. Reimbursement determines whether a program can keep running long enough to produce those results. Both depend on the same things: choosing a monitoring system patients will actually use, and adjusting workflows so clinical time goes to the patients who need it.
1. What is remote patient monitoring ROI?
It is the return a monitoring program produces relative to what it costs to run. The clinical side shows up as earlier intervention, fewer avoidable acute care visits, and better data between appointments. The operational side is whether reimbursement and staffing let the program continue long enough to produce those results.
2. Which CPT codes apply to remote patient monitoring in 2026?
Six: 99453 for set-up and patient education, 99445 and 99454 for device supply and data transmission, and 99470, 99457, and 99458 for treatment management time. 99445 and 99470 took effect January 1, 2026.
3. Can 99445 and 99454 be billed in the same 30-day period?
No. The two are mutually exclusive. Bill whichever matches the number of days the patient actually transmitted data during the period. The same restriction applies to 99470 and 99457, where the code follows the documented minutes.
4. How many days must a patient transmit data to bill 99454?
At least 16 days within a 30-day period. If the patient transmitted between 2 and 15 days, 99445 applies instead.
5. Does remote patient monitoring reduce hospital readmissions?
A systematic review in BMJ Open covering 91 studies found that remote patient monitoring can reduce acute care use among patients with cardiovascular disease and COPD. The same review noted that effectiveness varies within and between populations, so results depend on program design and patient engagement.
6. What does it cost to run a remote patient monitoring program?
It depends on how much of the work the practice handles internally. A full-service model carries a higher per-patient cost and less clinical workload; a basic model reverses that. Either way, a full estimate includes device shipping, onboarding time, technical support, and patients who leave the program after set-up.
Tenovi remote patient monitoring devices are easy for patients to use. The Tenovi Cellular-Connected Blood Pressure Monitor, Tenovi Scale, Tenovi Cellular-Connected Blood Glucose Meter, and Tenovi POx require no syncing and no app. Care teams automatically and securely receive patient measurements within seconds. Schedule your free demo and consultation today.
