Every EMS leader knows the patients. The frequent 911 caller with uncontrolled heart failure. The older adult who has fallen multiple times in a single quarter. The recently discharged COPD patient whose next exacerbation feels inevitable. Crews stabilize them, transport them, and hand them off. Then the cycle begins again, because the encounter ends when the ambulance doors close.
EMS has historically been built around a single moment: the call, the response, the transport. Yet the value an agency can create for patients, partner hospitals, and the broader community increasingly lives in the space after that moment. EMS remote patient monitoring is one way agencies are beginning to operate in that space.
EMS and MIH programs typically use RPM in three operational scenarios:
1. Post‑discharge follow‑up
Hospitals and health systems increasingly rely on community‑based partners to support patients after discharge. RPM allows EMS agencies to monitor physiologic trends that may indicate deterioration, while community paramedics reinforce discharge instructions, assess recovery, and escalate concerns to the patient’s clinical team.
2. Frequent‑utilizer management
Patients who repeatedly call 911 often have unmanaged chronic conditions or unstable social circumstances. RPM gives EMS teams visibility into daily physiologic data, which helps identify early signs of decline and intervene before a crisis triggers another emergency call.
3. Treat‑in‑place support
Although CMS’s ET3 Model ended in 2023, treat‑in‑place remains a clinical strategy used by many EMS agencies under local protocols. RPM can support these programs by providing ongoing monitoring after an in‑home evaluation, helping ensure that patients remain stable and connected to follow‑up care.
EMS leaders are right to be cautious. Traditional EMS reimbursement has been tied to transport, and the end of ET3 removed a federal mechanism for paying EMS agencies directly for treat‑in‑place or alternative‑destination care. However, several funding pathways exist.
Multiple states have begun adding community paramedicine or MIH services to their Medicaid programs. These pathways vary by state but generally allow reimbursement for preventive or follow‑up services delivered by trained EMS personnel. CMS guidance permits states to cover such services through State Plan Amendments when they meet preventive‑service criteria and are recommended by a physician or other qualified practitioner.
North Dakota’s 2026 State Plan Amendment is one example of this trend. It added community‑paramedic services as Medicaid‑covered preventive services, including post‑discharge follow‑up. Other states have adopted similar approaches, and more are exploring them.
Hospitals participating in value‑based payment models, including Medicare Shared Savings Program ACOs, have financial incentives to reduce readmissions and total cost of care. EMS agencies that help stabilize high‑risk patients at home can enter contractual arrangements with these organizations. These partnerships are not new; MedPAC and CMS have documented the use of community paramedics in care‑coordination roles within ACOs and other risk‑bearing entities.
RPM strengthens these partnerships by providing measurable data that supports clinical decision‑making and demonstrates the value EMS delivers.
Federal and state grant programs frequently support rural health transformation, care‑coordination infrastructure, and workforce development. These grants do not reimburse clinical encounters, but they can fund planning, technology acquisition, and MIH program development. Agencies often combine grant funding with Medicaid coverage or health‑system contracts to build sustainable models.
Reimbursement is gradually expanding beyond transport. Agencies that position themselves now, while these pathways mature, will be better prepared to operate in emerging models of community‑based care.
Many patients who benefit most from EMS‑supported monitoring live in rural or frontier areas where broadband access is limited. According to the FCC and multiple rural‑health studies, home internet access varies significantly by geography, age, and socioeconomic status.
An RPM program that depends on home Wi‑Fi or complex setup steps may fail across exactly the populations EMS agencies most need to reach.
Effective deployment models typically emphasize:
When these elements are in place, EMS and MIH programs can reliably receive daily physiologic data from patients who are otherwise difficult to reach.
The EMS agencies that thrive in the next decade will not be defined only by rapid response. They will be defined by their ability to turn a 911 encounter into a relationship, supporting patients through the days and weeks that determine whether they remain stable at home or return to the emergency department.
EMS remote patient monitoring is one of the tools that makes this possible. It allows EMS agencies to participate in longitudinal care, support value‑based partners, and strengthen community health.
AMC Health builds remote patient monitoring for the hardest-to-reach settings, including an eight-year track record serving Veterans through the VA Home Telehealth Program across some of the most connectivity-constrained terrain in the country. Schedule a demo to see more.