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The application of the Internet of Things (IoT) in the medical field is developing particularly actively on a global scale, with an average growth rate of up to 20%/year.
According to the latest data, the medical IoT segment is developing particularly actively, growing at an average rate of about 20% per year. That growth means investment in the sector is also increasing, with a record investment of more than $300 billion expected by 2025.
The role of IoT in medicine
IoT is a network of devices that are connected and communicate with each other. In medicine, this network can include everything from smart blood pressure monitors to complex patient monitoring systems. For example, a blood pressure monitoring device that automatically sends data to the patient's and doctor's smartphone, or a smart insulin pen that automatically records and transmits data about the amount of insulin used by the patient. These devices not only make life easier for patients but also reduce the burden on medical staff.
With the development of artificial intelligence (AI) technology, the possibilities of IoT in medicine are becoming more and more extensive. AI has proven its ability to diagnose, analyze medical data and make recommendations for patients. For example: AI-based systems analyze medical images to detect diseases in their early stages.
Advantages and limitations of IoT applications in medicine
Using IoT in medicine brings many benefits. It allows to reduce costs, optimize resources and improve the quality of healthcare. However, IoT also has certain limitations, such as compatibility issues between systems, data security requirements and lack of governance standards. However, the benefits that IoT brings make it one of the most promising areas of applied technology in medicine.
Global trends and outlook
There have been many successful cases of IoT implementation in medicine in the global market. For example, Canada's Dialogue Service allows you to make an appointment with a specialist at any time of the day; while German startup Ada Health used AI to diagnose patients' symptoms. This segment is also actively developing in Russia, and many companies already offer innovative solutions in this area.
Therefore, it can be affirmed that IoT is being actively applied in the medical field, bringing new opportunities for diagnosis. At the same time, IoT's global impact on the healthcare sector also means it opens up huge investment prospects.
IoT technology provides healthcare professionals with tools to monitor and care for patients more effectively. They allow doctors to obtain real-time data about a patient's condition, which can save lives and improve the quality of medical care. Additionally, this technology can be used to create individualized treatment plans, taking into account each patient's characteristics.
However, besides those advantages, there are also certain challenges associated with implementing IoT in medicine. Data security issues, device compatibility issues, and the need to train medical staff on new technologies all need to be addressed and addressed.
Taken as a whole, IoT has enormous potential to transform the healthcare sector. They offer new opportunities to improve the quality of care, optimize resources and reduce costs.
Source: Internetandthings / vietnamnet