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What are the Internet of Things (IOT) Based Applications in Healthcare Devices

What are the Internet of Things (IOT) Based Applications in Healthcare Devices


How to use the Internet of Things (IOT) and applications in healthcare devices to improve the way you operate your business? (No Ratings Yet) 0 Ratings : 0 out of 5 based on 0 reviews Internet of Things (IOT) refers to physical objects that are connected to the internet and that can collect and exchange data with other objects and software applications in the environment that they interact with. IOT Applications are the ones which receive commands from devices or systems, generate information, respond to these commands, and perform tasks on behalf of the devices or systems that sent them.


Vital sign monitoring

There's no doubt that wearable technologies—like Fitbit and Apple Watch—have taken healthcare by storm. These wearables have quickly become essential, albeit smaller parts, of patient care. But here's another device you may not know about: it's called Teddy and it's actually an Internet-of-Things-enabled medical sensor device, which is able to measure vital signs like blood pressure and temperature. This little wireless wonder even has a GPS chip so caregivers can track patients. In fact, Teddy was recently featured on TIME magazine’s Top 25 Inventions of 2016. But perhaps most interestingly, Teddy is just one example of how IOT is revolutionizing healthcare. Here are three others to get you started.


Speech recognition

The Internet of Things have created a revolution that has changed our lives. And it has also changed healthcare applications. With these internet-connected devices we can send health data to hospitals and doctors, analyze it and use it to gain useful insights into patient behavior. This allows us to change medical devices like IV pumps, infusion pumps, defibrillators, pacemakers etc. They can automatically order medications from pharmacies once supplies fall below thresholds and warn people when their blood sugar rises too high or drops too low.


Smart, wearable devices

Most commonly, these things are referred to as wearables. Wearables range from small devices like smartwatches and activity trackers that allow users to manage their health care more efficiently, but they also include larger items such as specialized prosthetics. These advanced wearables can be used for communication between hospitals and patients by allowing doctors and nurses to update settings and gather information remotely. For example, implants can monitor heart rate and adjust medication delivery without an office visit, or smart contact lenses could automatically track blood glucose levels. Other internet-connected devices can help people with disabilities live independently for longer by controlling doors, lights or home appliances – even a robotic wheelchair! The Internet of Things is making living life easier for those with chronic illnesses and disabilities.


Remote monitoring

In remote monitoring, a health care provider uses sensors to monitor a patient remotely. These devices use sensors to monitor vitals like heart rate, blood oxygen levels and more, sending data over cellular networks. The devices are typically paired with software that can alert caregivers if a patient’s vitals shift outside healthy parameters. Remote monitoring has real potential to reduce health care costs by avoiding unnecessary hospital stays and other interventions that increase costs.


Caregiver support

Internet of Things (IOT) technology provides many opportunities for caregivers. For example, an IOT based system with a caregiver app can provide real-time updates on medication dosages or alert a caregiver if someone has forgotten to take their medication. This is much easier than calling to see if they have already taken their medication or checking on them when they arrive at work or at home.


Smart medical equipment management

As consumers and healthcare professionals alike demand greater access to their personal medical data, technology companies have responded with devices and services that improve management. The promise of immediate diagnosis, customized treatment, and more efficient use of scarce resources has driven many forward-thinking health organizations to pursue IoT-based applications. One company is combining next-generation clinical outcomes management with machine learning as a way to help clinicians recognize and prevent at-risk patients before they become high users. For example, smart medical equipment could be configured to monitor usage levels during shift changes or when a patient has been discharged; if it is determined that an individual's needs deviate from what's normal for them, then device settings can be adjusted or staff can be notified so they may take action.


Artificial intelligence for medicine

The combination of Internet-connected devices and machine learning, or artificial intelligence, is part of what’s known as the internet of things. Researchers at tech companies and universities have created a new generation of smart medical tools. For example, sensors that connect to an AI platform can detect epileptic seizures before they happen and recommend remedies that might reduce their frequency. As technology continues to advance, expect to see more developments like these take shape in healthcare over time.


 Pharmaceutical industry trends

Analysts predict that IoT-based applications for healthcare devices will be increasingly important to drug discovery and delivery, remote monitoring of patients, and medical care. Given these trends, pharmaceutical companies should consider including some form of sensor technology in their products—even if they aren’t able to actively market it. While not every device needs to be connected to a larger network, companies can still create a more engaging user experience by integrating new technologies with simple Bluetooth sensors, as long as they can use them effectively. This also helps reduce costs while making it easier for users to interact with your product. After all, having hardware that is able to constantly track multiple biometrics without requiring a bulky wearable is going to become even more important as future generations grow up using IoT-enabled tech.

 Biotech industry trends

What is an IoT based application? An IOT-based application refers to a service or product that is connected to and monitored via a network. In healthcare, IOT technology helps connect patients with their doctors by analyzing and monitoring health data collected from wearable devices such as Fitbit, Apple Watch, Nike Fuelband, etc. The growth of internet-connected devices has increased patient compliance with doctor’s orders by making it easier for them to track important personal health information such as their pulse rate, oxygen levels, etc. This reduces chances of errors that could arise due to misinterpretation of raw medical data.

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