Thanks to the emergence of new technologies in recent years, the healthcare sector has undergone a real evolution, with considerable improvements in procedures, devices and medicines. The Internet of Things (IoT), like Artificial Intelligence or Big data, is transforming many sectors every day, not least the healthcare field. This transformation is opening up new avenues for precise monitoring and more efficient care management. At the heart of this revolution, the Internet of Medical Things (IoMT) is redefining the system, making a real distinction through its specific application to the medical field.
What is the IoMT?
Originally, the IoT was and is a tool for connecting everyday objects to the Internet. Over the years, however, this idea has developed into a pillar of digital transformation. Today, the potential is immense, with the IoT touching every area and aspect of our lives, from our homes to our businesses and even our health. Without the emergence of the IoT, technological advances might not have been possible. In the field of healthcare, we speak of “IoMT”, which refers to the “set of connected systems: wearable devices, software applications, connected objects, which offer innovative ways to improve patient care and give doctors access to real-time data”.
The goal? Software devices, such as on-board sensors and other equipment, connect patients, healthcare professionals and medical infrastructure, sending health information or activity reports in real time over a secure network.
Simple, tangible benefits for patients and professionals alike
This technology enables healthcare professionals and patients to connect and exchange data. This can save time, improve efficiency and enhance the quality of care. The benefits are numerous for healthcare service providers: from time savings and cost reduction to optimal use of resources and infrastructure, the IoMT is a technology that is at the service of healthcare professionals.
For patients, it means personalized follow-up, better prevention and earlier detection of illnesses. The IoMT becomes a daily ally, helping us to take control of our health. In dentistry, for example, the IoMT facilitates access to data, improves patient engagement and enables more accurate diagnoses thanks to digital imaging.
Artificial intelligence: a major ally
Unsurprisingly, AI plays an important role in connected healthcare. The IoMT uses AI, sensors and automation to reduce the need for human intervention in monitoring and care procedures. Indeed, as in many fields, it enables data collected by connected objects to be analyzed, anomalies to be detected and healthcare professionals to be alerted. It also assists diagnosis, by analyzing medical images and personalizing treatments according to individual patient data. Finally, it reinforces the cybersecurity of connected devices, protecting sensitive medical data!
But there are still a few challenges to overcome…
Despite its many advantages, connected healthcare must overcome a number of challenges. Data reliability and security are paramount, as are a clear legal framework and the accessibility of these technologies to all, without further widening the digital divide. The ability of different devices to communicate with each other is also an issue to be exploited. Finally, it is essential to invest in modernizing healthcare infrastructures to fully integrate these new technologies. But above all, these innovative technologies bring with them increased security risks, particularly when it comes to ransomware attacks.
What does IoMT mean in practice?
Today, numerous practical applications have demonstrated the effectiveness of this high-performance tool, particularly for remote patient monitoring. Wearable devices, such as connected bracelets or blood glucose meters, transmit patient health data to healthcare professionals in real time. There’s also the association of AI with medical imaging, enabling diseases to be detected at an early stage. But also IoT-assisted robots that enable more complex and precise surgical interventions.
Connected healthcare represents a profound revolution, offering promising prospects for improving the quality of care and well-being of patients. However, it is essential to meet the challenges of safety, regulation and accessibility, while encouraging innovation and collaboration between healthcare players. Mastering these technologies while respecting the standards that govern them will be of prime importance.
Sources :
https://iotindustriel.com/iot-iiot/internet-of-medical-things-iomt-cest-quoi/
https://www.synox.io/cat-sante-connectee/sante-connectee-iomt/
https://www.lexhan-group.fr/blog/connectivite/quest-ce-que-liomt/
