RPM in FQHCs and RHCs: Research in Advancing Health Equity Tenovi Remote patient Monitoring Blog & Newsletter
Federally Qualified Health Centers (FQHCs) and Rural Health Clinics (RHCs) are the front line of primary care for millions of patients in underserved communities. As chronic disease rates climb and care teams. . .
Federally Qualified Health Centers (FQHCs) and Rural Health Clinics (RHCs) are the front line of primary care for millions of patients in underserved communities. As chronic disease rates climb and care teams stretch to meet demand, remote patient monitoring (RPM) has become one of the most practical tools FQHCs and RHCs can use to extend care beyond the clinic walls. This article explains how RPM works in the FQHC and RHC setting, what the research shows about its impact on chronic conditions like hypertension and diabetes, and how Medicare reimbursement for RPM in these settings works today. What Are FQHCs and RHCs?FQHCs and RHCs both deliver primary care in communities that would otherwise go without it, but they differ in where and how they operate. TheFQHCs are community-based health centers that receive federal funding to provide primary care in underserved areas. They can operate in both urban and rural communities, serve patients regardless of ability to pay, and typically offer sliding-fee scales. RHCs are certified clinics located in designated rural, underserved areas, created to increase access to primary care for rural Medicare and Medicaid patients. Both provider types care for patient populations with higher-than-average rates of chronic conditions such as hypertension, diabetes, and COPD, which are some of the chronic conditions remote patient monitoring is best suited to manage. Why Remote Patient Monitoring Matters for FQHCs and RHCsRemote patient monitoring uses connected devices — blood pressure monitors, blood glucose meters, weight scales, pulse oximeters, and more — to transmit patient readings from home to the care team. Instead of relying on a snapshot reading at a quarterly visit, providers see trends between visits and can intervene before a problem becomes a hospitalization. Adoption continues to grow worldwide. Berg Insightreports that more than 76 million patients worldwide use remote monitoring, a number projected to reach roughly 140 million by 2028, growing at a compound annual rate of 12. 8%. That growth is driven in part by the shift to value-based care and advances in artificial intelligence (AI), which help care teams detect disease earlier, personalize treatment plans, and improve medication adherence through data-driven insights. For FQHCs and RHCs, the case for RPM is especially strong for some of these reasons. Where rural patients may travel an hour or more for a blood pressure check. RPM brings daily monitoring into the home. FQHC and RHC patient panels carry high rates of uncontrolled hypertension and diabetes, where consistent monitoring changes outcomes. RPM lets a small care team monitor hundreds of patients by exception, focusing outreach on the readings that need attention. Consistent monitoring and follow-up close care gaps for patients in remote or resource-limited areas. What the Research Shows: RPM Outcomes in FQHCs and RHCsA growing body of research supports remote patient monitoring in safety-net settings. Two studies stand out for FQHC and RHC leaders evaluating a program. RPM and Hypertension Management in FQHCsA study published inCirculationcompared RPM’s effectiveness in managing hypertension between FQHC patients and patients in traditional primary care settings. The researchers asked: do FQHC patients respond to RPM for hypertension management as effectively as patients in traditional primary care?The results showed significant blood pressure reductions in both groups:FQHC patients:systolic blood pressure decreased by 17. 4 mmHg (from 152. 3 to 134. 9 mmHg), and diastolic blood pressure dropped by 10. 6 mmHg (from 92. 4 to 81. 9 mmHg). Primary care patients:systolic blood pressure fell by 15. 5 mmHg (from 150. 7 to 135. 2 mmHg), and diastolic blood pressure decreased by 8. 7 mmHg (from 86. 4 to 77. 7 mmHg). Although primary care patients transmitted readings slightly more often, FQHC patients achieved a greater reduction in mean arterial pressure, evidence that RPM works at least as well in safety-net settings and can help close blood pressure disparities in underserved populations. Chronic Care Management and RPM in FQHCsApilot studyin southeastern Louisiana examined team-based chronic care management (CCM) integrated with RPM for patients with diabetes and hypertension in FQHCs. Key findings included:Diabetes:patients using remote monitoring showed a 1. 6% reduction in hemoglobin A1c after extended device use. Hypertension:patients engaged with RPM saw an average 7. 5 mmHg reduction in systolic blood pressure during the first three months. The study suggests that pairing RPM with pharmacist-led, team-based care coordination strengthens disease management in the FQHC setting — a model many health centers can replicate with existing care teams. Medicare Reimbursement for RPM in FQHCs and RHCsReimbursement is where RPM programs succeed or stall, and the rules for FQHCs and RHCs have changed significantly in recent years. FQHCs and RHCs originally billed RPM and other care management services under the bundled HCPCS code G0511. CMS has since retired that approach: the transition away from G0511 was completed on September 30, 2025, and FQHCs and RHCs nowbill remote patient monitoring servicesusing the same individual CPT codes as other providers. This unbundling means health centers are paid for each component of RPM they deliver, rather than a single flat rate. The core RPM CPT codes for FQHCs and RHCs include:CPT 99453— initial patient setup and education on the device (one-time). CPT 99454— device supply with daily recordings or programmed alerts, when 16 or more days of data are transmitted in a 30-day period. CPT 99445— device supply when 2–15 days of data are transmitted in a 30-day period. CPT 99457— first 20 minutes of RPM treatment management per calendar month, with at least one interactive communication with the patient or caregiver. CPT 99458— each additional 20 minutes of treatment management. CPT 99470— first 10–19 minutes of RPM treatment management per calendar month, for months when care needs don’t reach the 20-minute threshold. Codes 99445 and 99470 give health centers new flexibility for episodic and short-term monitoring. For example, post-discharge follow-up or medication titration, where patients may not transmit 16 days of readings or require a full 20 minutes of management. Note that the 2–15 day and 16+ day device supply codes cannot be billed together in the same 30-day period. For a deeper look at current billing rules, see our guide toFQHC remote patient monitoring reimbursementand our overview ofFQHCs and RPM CMS updates. How FQHCs and RHCs Are Uniquely Positioned for RPM SuccessFQHCs and RHCs serve as critical access points for healthcare in underserved communities, often managing patients with complex chronic conditions. Health centers that adopt RPM consistently report benefits across four areas:1) Health EquityRPM bridges care gaps through consistent monitoring and follow-up for patients in remote or resource-limited areas. 2) Improved OutcomesRegular data transmission enables timely interventions, reducing the risk of complications and avoidable hospitalizations. 3) Cost EfficiencyRPM aligns with the shift toward value-based care, offering a cost-effective model for chronic disease management. 4) Sustainable ReimbursementWith individual CPT code billing now in place, FQHCs and RHCs can build RPM programs that are financially sustainable while expanding services for their patients. Getting Started With RPM at Your Health CenterHealth centers that succeed with remote patient monitoring tend to follow a similar path. 1) Start with one conditionHypertension is the most common entry point — the devices are simple, patient adherence is high, and outcomes are measurable within months. 2) Choose cellular-connected devicesMany FQHC and RHC patients lack reliable home broadband or smartphones. Devices that transmit over cellular networks remove the connectivity barrier entirely. 3) Assign clear monitoring rolesWhether it’s a nurse, pharmacist, or care coordinator, someone owns the dashboard, triages alerts, and documents time for billing. 4) Track both clinical and financial metricsBlood pressure control rates, A1c trends, patient engagement, and reimbursement per enrolled patient tell you whether the program is working. Remote Patient Monitoring Is a Health Equity ToolRemote patient monitoring enhances care delivery in FQHCs and RHCs, improving health outcomes and access for underserved patient populations, especially in rural areas. The research shows safety-net patients respond to RPM as well as — and sometimes better than — patients in traditional primary care, and current Medicare billing rules make programs more financially viable for health centers than ever before. Tenovi supports FQHCs and RHCs with cellular-connected RPM devices that work out of the box, with no smartphone, Wi-Fi, or app required. Contact usto learn how health centers use Tenovi to launch and scale remote patient monitoring programs, orrequest a demoto see the platform in action.