The Internet of Things (IoT) in the healthcare and medical industry is at an advanced stage in some areas and very lacking in others.

Some applications such as heart monitors and others provide large amounts of data to healthcare professionals. However, within hospital systems, data sheds and old equipment hinder the widespread implementation of IoT in the sector – but this is changing rapidly.

“There are more examples of IoT in healthcare than we can understand, from sensors for collecting temperature, blood pressure and other health metrics to multi-spectral sensors for X, 2D and 3D images,” said Greg. Schulz. an analyst with StorageIO Group.

“It’s about getting health status fast, monitoring, trending and analysis.”

5 examples of IoT healthcare

Healthcare is one of the key sectors that drives innovation in the Internet of Things. With so much annual GDP immersed in healthcare, there is enough revenue around to invest many dollars in Research and Development in medical IoT. A large number of startups have entered the space.

“The IoT is definitely transforming the healthcare industry by redefining equipment space and people interacting in providing healthcare solutions,” he said. Rajashekhar Karjagi, head of analytical solutions at Wipro.

“The IoT has healthcare applications that benefit patients, families, doctors, hospitals and insurance companies.”

See more: Internet of Things Industrial Market (IIoT).

1. Digital twin

Healthcare technology provider Ebenbuild has launched a research program to increase the chances of survival and recovery of those in need of artificial ventilation due to acute respiratory distress syndrome (ARDS).

The developers optimized artificial intelligence (AI) conclusion models pre-trained to run on Intel hardware, accelerating the performance of the computer vision team. A research program by Ebenbuild combines patient data with machine learning (ML) algorithms and physics-based computer simulation powered by IoT sensors to build a digital lung twin. By better understanding the human lungs, physicians can personalize ventilation therapy to bring many more ARDS patients to a full recovery.

2. Ultrasounds

GE Healthcare provides the industry with intelligent equipment, data analytics, applications and services.

Her Versana Premier The ultrasound system uses AI and IoT to provide two-dimensional images and sensitive flow signals.

It offers automated real-time image enhancement features and labels human tissue into an image with a method based on deep learning neural network technology. This makes it much easier for staff without advanced training to use the equipment, helping to expand access to high-quality medical resources in less developed areas.

IoT innovations: 85 Main IoT equipment

3. Patient monitoring

A Montage Health Hospital in Monterey, California, has added personal patient monitoring with a virtual HIPAA-compliant patient monitoring solution by Wachter Healthcare Solutions.

The Nursing Surveillance and Virtual Assistant (NOVA) solution allows trained technicians to monitor up to 12 patients instantly from a remote monitoring station, providing a virtual window on patient status and status.

With its open architecture, featuring gateways, workstations and IoT servers, NOVA can be easily implemented and scaled to help a healthcare system optimize patient care.

This system has reduced patient falls by 30%, increased patient satisfaction, and reduced staff costs. NOVA is mainly located in telemetry units, where patients are under constant electronic monitoring, as well as in the COVID-19 unit and emergency department overcrowding rooms.

4. Clothing

Equipment in the form of clothing – such as fitness belts and other wireless-related devices, such as handcuffs and glucometers for monitoring blood pressure and heart rate – give patients access to personalized attention.

These devices can be tuned to monitor calorie counting, exercise controls, appointments, blood pressure variations and more.

“The IoT has changed the lives of people, especially elderly patients, by enabling continuous monitoring of health conditions,” he said. Karjagi and Wipros. “This has a huge impact on people living alone and their families.

“For any disturbance or change in a person’s routine activities, an alarm mechanism sends signals to family members and interested health providers.”

5. Equipment tracking

Wipro has also developed IoT technology for doctors and hospitals.

Sensor-labeled IoT devices, for example, are used to track the real-time location of medical devices, such as wheelchairs, defibrillators, nebulizers, oxygen pumps, and other monitoring devices. The deployment of medical staff in different locations can also be analyzed in real time.

Moreover, the spread of infections is a concern for patients in hospitals. IoT-enabled hygiene monitoring devices help prevent infection of patients.

IoT devices assist healthcare providers with asset management, such as pharmacy inventory control and environmental monitoring. For example, they can control and help control the temperature and humidity of the refrigerator.

Health insurance companies are also capturing data from IoT-related intelligent devices for their signature operations and claims. This data enables them to uncover fraudulent allegations and identify prospects for signature. Providers provide incentives for customers to use and share such data generated by IoT devices. They also offer discounts and rewards for those who follow certain routines and adhere to treatment plans and health precautions. This benefits patients as well as insurance providers by reducing the number of claims.