Internet of Things devices in healthcare are known as Internet of Medical Things (IoMT), which is one of the fastest-growing industries in IoT technology. IoMT is expected to reach $176 billion by 2026 and $822.54 billion by 2032.
IoT devices in the medical industry have made many things easy, such as remote monitoring, drug management, and improved operations that lead to lower costs and better treatments.
Moreover, for IoMT devices to work seamlessly, a strong internet connection is important. It won’t be a lie to say that the internet is the backbone of IoMT. It enables smooth data transmission, analysis, and communication between the patient and the paramedic staff.
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Moving on, in this article, I will be telling you how IoT gadgets are used in the health sector and how patients and hospitals are benefiting from them. Let’s get into it:
Remote Monitoring
Remote patient monitoring is widely used in the health sector. The Internet of Things devices record the heart rate, temperature, blood pressure and etc., from patients who cannot come to hospitals for a checkup. This eliminates the struggle for patients to travel to hospitals and allows them to stay at home.
Additionally, when IoT devices collect patients’ data, they forward it to the software, which can analyze it and recommend further treatments or issue alerts if the problem is serious, so professional healthcare can intervene.
For example, if IoT devices detect that a patient’s heart rate is below normal, they will generate an alert so a medical professional can intervene and start treatment.
Glucose Monitoring
Around 30Million US population is suffering from diabetes. Traditional glucose monitoring methods are not recommended to record the data of a huge population since it makes the process slow, and there is a major delay in the patients’ reports.
To counter this problem, glucose monitoring is done through an IoT device called a Continuous Glucose Monitor (CGM). This is a small device that tracks the patient’s glucose level and then wirelessly sends the data to professional health care providers to analyze it.
MRI Machines
MRI machines are also known as magnetic resonance imaging. These IoT-enabled MRI machines are a big revolution in the healthcare industry. They use internet connectivity, cloud computing, and AI to enhance their efficiency for the MRI scans.
These machines provide real-time data that leads to remote monitoring of patients. This enables the doctors to reduce the downtime and streamline patient scheduling.
Moreover, these devices can also safely secure and transfer images in cloud systems, making it easier to collaborate among the doctors.
Machine learning algorithms enhance analysis that leads to more accurate and faster diagnoses. Additionally, the smart machines can be remotely controlled, reducing the need for on-site visits that cut extra costs and lead to a seamless treatment.
Mood Monitoring
Predicting the patients’ mood has always been a tough job. If health care providers asked patients how they feel, they would not tell them the truth because of shame or other reasons.
But with the help of mood-aware devices, these challenges can be addressed easily. These devices can analyze the heart rate and blood pressure, which can predict the patient’s mood.
Because of technological advancements, modern devices can even track a patient’s eye to analyze their mental state.
Infusion Pumps
Infusion pumps integrate with IoT technology through a wireless connection that enables real-time data transmission regarding the patient’s vitals, infusion status, and pump performance, which leads to a central monitoring platform.
This leads to remote monitoring by the healthcare professionals through online portals, mobile applications that improve safety, efficiency, and lead to fewer errors.
Moreover, these infusion pumps have many safety features, such as:
- Alerts: The device generates alerts for unexpected issues like pressure abnormalities, air bubbles, and occlusions, alarming the medical staff immediately.
- Drug libraries: Many pumps have drug libraries that can be updated wirelessly to prevent dosage errors.
- Fail-safe mechanisms: Latest infusion systems include automatic shutdown features that are used in case of hardware failures to ensure the safety of the patient.
- Automatic loop systems: The pumps are integrated into automatic systems that adjust infusion rates according to real-time data.
Smart Inhalers
Smart inhalers can help asthma patients overcome their problem as they identify triggers, share the information with the paramedical staff and collect the data, and analyze it.
Smart inhalers are important for reminding patients to use the inhaler. It tracks the usage by enabling alerts and notifications.
These devices can help patients be stress-free from having to remember to take meds on time, especially when there are so many medicines to remember.
Moreover, the latest inhalers can even track high pollution or pollen areas and alert the patients not to go there, even if they are not carrying the device with them, with the help of mobile phone applications.
Lastly, smart inhalers help in tracking the symptoms for patients and doctors to analyze how and at what stages the condition gets worse, and to change the medications accordingly.
Internet of Things devices are transforming the way in the medical sector in terms of patient diagnoses and treatments. These devices help doctors make data-driven decisions with more accuracy and precision.
