Since the COVID-19 crisis five years ago, medical remote monitoring has experienced a significant boom in France, by enabling continuous remote monitoring that transforms patient care. Thanks to connected patches, it is now possible to monitor vital parameters in real time – such as heart rate, oxygen saturation, blood glucose or respiration – without requiring patients to visit the hospital regularly. These devices allow healthcare professionals (HCPs) to detect anomalies early and intervene quickly, thereby reducing unnecessary hospitalisations and optimising medical resources.
According to Fortune Business Insights, the global remote patient monitoring market is expected to reach $85bn by 2027, highlighting the growing importance of these technologies in managing chronic diseases and improving healthcare systems. Everywhere in the world, as the population ages and healthcare facilities become increasingly saturated, the adoption of remote monitoring solutions is becoming a priority.
Reducing hospitalisations and optimising care
Connected patches represent an effective solution for reducing avoidable hospitalisations and improving patient care at home. By enabling continuous monitoring of vital signs, these devices enable caregivers to identify early signs of complications and act quickly, thus preventing costly and often stressful hospital stays.
A study published in the Journal of Medical Internet Research shows that remote monitoring use has led to a decrease in hospital readmissions after an intervention by more than half, generating substantial savings for healthcare systems. In developed countries where chronic diseases such as diabetes, heart failure or respiratory conditions account for a significant number of hospitalisations, remote monitoring offers a tailored response to the challenges facing the healthcare system.
In addition, in some countries, such as France, the national health insurance recently began covering certain remote monitoring devices, paving the way for broader adoption of these technologies. By improving prevention and enabling real-time treatment adjustments, these solutions not only help prevent serious complications but also ease the burden on hospitals.
Moreover, connected patches encourage a more personalised and proactive approach to medicine. Through continuous data collection and analysis, HCPs can adapt care plans based on each patient’s evolving condition, anticipating needs rather than reacting to emergencies. This dynamic increases patient autonomy – making them active participants in their own health – while optimising the use of medical resources. In the long run, this transformation contributes to a more resilient healthcare system focused on prevention and efficiency.
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