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Remote Patient Monitoring

A general overview of the market access landscape for remote patient monitoring in European countries.

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Reimbursement landscape 

In Europe, reimbursement for remote patient monitoring varies by country, with most countries still developing reimbursement frameworks. Several European countries (Belgium, France, Germany, and the Netherlands) have established reimbursement models for remote patient monitoring, but the processes and conditions can differ significantly from one country to another.

France is the leader in remote patient monitoring from the reimbursement perspective in Europe. Since July 2023, when the new reimbursement framework called the List of Medical Telemonitoring Activities (LATM) replaced the national program for telemedicine “Experiments in Telemedicine for the Improvement of Health Pathways” (ETAPES program). LATM offers a structured reimbursement pathway for remote patient monitoring, expanding beyond the initial conditions covered under ETAPES. Under the LATM framework, two monthly lump-sum payments per patient are reimbursed: a fee for the healthcare provider overseeing the remote monitoring and a fee for the digital medical device operator supplying the necessary technology. Digital medical devices for remote patient monitoring are registered under six categories: digital medical devices for diabetes, cardiac diseases, respiratory diseases, chronic renal failure, oncology, and pain).

In Germany, remote patient monitoring services are reimbursed under the statutory health insurance system through specific codes in the Uniform Evaluation Standard (Einheitlicher Bewertungsmaßstab, EBM): for example, EBM code 03326 for remote monitoring in heart failure.

In the Netherlands, a new payment model for remote patient monitoring was debuted in 2023: telemonitoring is reimbursed as supplementary payment (OZP) under the category “Add-on – other” (code 039133) with a tariff of €185.63 (2025), defined by the Dutch Healthcare Authority (NZa) at the national level and paid on top of the DRG tariff. The procedure code 039133 can be registered and reimbursed once every 120 days. Remote monitoring of patients with multiple (chronic) conditions can be registered per condition, as it concerns different parameters and/or measured values for different medical specialties.

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Policy considerations

In general, remote patient monitoring is not eligible for national coverage decisions; it is unlikely to be a subject for approval at the national level by payers or national decision-makers.

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Role of HTA

Health Technology Assessment is an important factor influencing the adoption of remote patient monitoring, apart from reimbursement and acceptance by payers / national decision-makers. In most countries, HTA is incorporated into reimbursement decision-making (INAMI/RIZIV in Belgium, HAS in France, “New Methods” framework in Norway). However, in some countries, there are stand-alone HTA organizations whose recommendations can support the adoption of the new remote patient monitoring technologies by healthcare providers (NICE in England or AGENAS in Italy).

For example, in 2024, NICE released diagnostics guidance on algorithm-based systems for remote heart failure monitoring in people with cardiac implantable electronic devices (CIEDs). Two technologies received positive recommendations: HeartLogic and TriageHF, which should be used as options for algorithm-based remote monitoring in people with CIEDs who have heart failure. 

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Role of Innovation Funding

Innovative payment schemes play an important role in the early adoption of remote patient monitoring technologies in Europe: around 52% of the innovative payment schemes can cover digital technologies, including those used for remote patient monitoring (Early Coverage of Digital Medical Devices (PECAN) in France; Government-co-sponsored studies according to the §137e of the German Social Code Book V in Germany; small-scale experiments for introduction of innovations in the Netherlands). Some of the innovative schemes allow for direct application by the industry (for example, Artificial Intelligence in Health & Care Award and Innovative Devices Access Pathway (IDAP) in England; Early Support for Digital Technologies (PECAN) in France).

In France, a new framework called the “Early Coverage of Digital Medical Devices” (PECAN) was implemented in 2022 to accelerate patient access to innovative digital medical devices (with telemonitoring or therapeutical purposes) in the areas of high unmet need for a one-year non-renewable period. It will facilitate the access of innovative digital medical devices to the market, allowing operators to begin an operational deployment before obtaining regular reimbursement. Since the implementation of the framework, eight digital medical devices were assessed: four digital medical devices for remote patient monitoring (one digital medical device for subacute or chronic low back pain and three digital medical devices for adult patients with cancer undergoing systemic treatment and/or treated with radiotherapy, received favorable opinions of CNEDiMTS with subsequent temporary registration in LATM, whereas four digital medical devices received unfavorable opinions.
 

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Future challenges 

Remote patient monitoring is gaining traction in Europe, but challenges related to reimbursement and funding may hinder its widespread adoption and long-term sustainability. There is no established reimbursement for remote patient monitoring in most countries.

Future challenges mostly include establishing a reimbursement framework for remote patient monitoring and expanding existing reimbursement frameworks to novel remote patient monitoring technologies or different indications for its application. HTAs and innovation funding schemes will play an important role in the future adoption of remote patient monitoring.
 

MTRC has experience with 11 projects related to remote patient monitoring in Europe

News and insights

Med Tech-related technology assessments from NICE in February 2026

In February 2026, the National Institute for Health and Care Excellence (NICE) published three new HealthTech Guidances (HTGs) on transcatheter tricuspid valve implantation, leadless cardiac pacemakers for bradyarrhythmia, and pulmonary artery pressure technologies for remote monitoring of chronic heart failure. The National Institute for Health and Care Excellence (NICE) develops HealthTech Guidance (HTG) to evaluate HealthTech products (such as diagnostics, medical devices, and digital technologies, including artificial intelligence) and interventional procedures. The program focuses on assessing the clinical and cost-effectiveness of HealthTech products and the safety and efficacy of interventional procedures. NICE uses a lifecycle approach for HTG, reflecting the development stage of technology: Early use (innovative technologies with potential to address NHS unmet needs but insufficient evidence); Routine use (innovative technologies with sufficient evidence for widespread NHS adoption); Existing use (assess technologies in widespread use in the NHS to inform commissioning and procurement decisions). NICE generally makes four types of recommendations: “Can be used” is the most favorable recommendation, meaning routine NHS use; “Can be used during the evidence generation period” – recommendation is conditional on evidence generation; “More research is needed” – limits the use to research settings only; “Should not be used”. The exception is existing use HTG, which recommends whether any technology should be used over other similar technologies in widespread NHS use, and what to consider when choosing between them. Recommendations are not binding, although they are typically followed by providers and commissioners. In February 2026, NICE released three new HTGs: Transcatheter tricuspid valve implantation for symptomatic severe tricuspid regurgitation is recommended during the evidence generation period as an option to treat symptomatic severe tricuspid regurgitation when open surgical tricuspid valve repair or replacement is high risk, and transcatheter tricuspid valve repair is unsuitable. More research is needed on the procedure before it can be used in the NHS when open surgical tricuspid valve repair or replacement is not high risk, or transcatheter tricuspid valve repair is suitable. Leadless cardiac pacemaker implantation for bradyarrhythmias received different recommendations based on the indications: • The procedure can be used as an option for right ventricular pacing alone for bradyarrhythmia; • When transvenous pacing is unsuitable, the procedure can be used during the evidence generation period for dual-chamber pacing or right atrial pacing alone for bradyarrhythmia; • When transvenous pacing is suitable, more research is needed on the procedure for dual-chamber pacing or right atrial pacing alone for bradyarrhythmia. Routine-use HTG on pulmonary artery pressure technologies for remote monitoring of chronic heart failure made the following recommendations: • CardioMEMS HF System (by Abbott) can be used as an option for remote monitoring of New York Heart Association (NYHA) class 3 chronic heart failure in adults at risk of hospitalization who are able to use the technology (with the help of a carer if necessary) and willing to adjust medication as directed; • More research is needed (on the clinical effectiveness, the short-term impact of the technology on quality of life, and defining which groups of people the technology is most suitable for) on the Cordella Pulmonary Artery Sensor System and the Cordella Heart Failure System (by Endotronix/Edwards Lifesciences) for remote monitoring of NYHA class 3 chronic heart failure in adults before it can be funded by the NHS. See the full details here. This news is just one of about 300 market access news collected by our team in the premium subscription service Market Access Monitor every week from more than 80 organizations. Access our paid service to stay on top of all developments specifically for your products in Europe (reimbursement news) and globally (HTA news). Access is organized as an online Database and email alert formats. Contact us to get a free, three-month, no-obligation trial.

October 2025 Med Tech-related health technology assessments from the NIHR in England

In October 2025, the National Institute for Health and Care Research (NIHR) in England released four Med Tech-related assessments in its HTA Journal, which concerned tumor profiling tests in early breast cancer, remote monitoring of heart failure in people with cardiac implantable electronic devices, microstructural scaffolds in symptomatic defects of the knee, as well as rapid tests for antifungal stewardship in the ICU.

The 2026 version of the Digital Care Funding Guide was released in the Netherlands

In October 2025, the Dutch Healthcare Authority (NZa) published the updated version of the 2026 Guide, which describes the possibilities of funding digital care depending on the healthcare sector. The implemented changes included a Digital Care Helpdesk, reimbursement for "Technical variant" of care, "Collaborative advice" for specialists, and examples of joint Information and Communication Technology (ICT) procurement.

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