The Internet of Things was unavailable, so patients could only visit their doctors or communicate via text and telephone. Doctors and hospitals could not continuously monitor patients’ health or make recommendations.
Internet of Things-enabled devices make remote monitoring possible in the healthcare industry, allowing physicians to provide superior care. The ease of communication with doctors has increased patient satisfaction and engagement. Remote patient health monitoring also helps reduce hospital stay length and prevent re-admissions. IoT also has a significant impact on healthcare costs and treatment outcomes.
IoT has undoubtedly transformed the healthcare industry by redefining space and interaction between devices and people in the delivery of healthcare app development solutions. IoT applications are available in healthcare for patients, their families, doctors, hospitals, and insurance companies.
Where does IoT fit in healthcare?
Internet of Medical Things, or IoMT (Internet of Medical Things), is revolutionizing the healthcare industry as IoT develops. It improves patient health and connects doctors with patients virtually.
The Internet of Medical Things is a network of devices connected to the Internet that collects data in real-time. Internet of Medical Things (IoMT) is one of IoT’s critical applications for healthcare. It positively impacts the industry and has the potential to resolve medical issues.
IoMT will not only prevent future diseases but will also be able to cure those that are already present. Wearables have been developed to allow patients to be monitored without having them visit a doctor.
The Internet of Medical Things is divided into segments that address each medical issue facing the healthcare industry.
On-Body Segment
The segment focuses on wearables for customer health and medical-grade wearables. Fitbit, Samsung Medical, and other products are used in this segment.
In-Home Segment
This segment focuses on personal health tracking solutions for individuals. This segment includes private health trackers, telehealth virtual consultations, and remote patient monitoring.
Community Segment
Five components comprise the system: Kiosks, which dispense medical products and services; Mobility Services for patients’ cars; Emergency Response Intelligence; point-of-care Devices, which act as medical camps; and Logistics, which keep track of all medical equipment and goods.
In-Clinic segment
This segment contains IoMT devices that can be used in a clinic for healthcare services. In addition to point-of-care devices, the medical IoT solution of the clinic segment includes IoMT devices.
In-Hospital Segment
This segment includes IoT solutions in healthcare for various management areas. This segment provides asset management, personnel management, and patient flow management devices.
What are the Benefits of IoT in Healthcare?
IoT in healthcare helps hospitals to serve their patients better. Introducing healthcare app development services in IoT may help control health issues such as increased illnesses, old age, and other problems. IoT is a must for healthcare. Below are some of the Internet of Things’ most notable advantages.
Reporting and Monitoring
IoT in the healthcare industry allows doctors to monitor real-time patient conditions, preventing emergencies such as heart failure, diabetes attacks, asthma attacks, cardiac arrest, etc.
A patient’s vital signs can be tracked in real-time and immediately reported to the doctor. It is beneficial in emergencies where every second counts.
Data can be collected from many patients and analyzed simultaneously in clinical trials. This can help to accelerate the process of discovering new treatments and cures.
End-to-End Connectivity
Internet of Things applications in healthcare can improve connectivity and allow for data sharing. Tracking and identifying illnesses becomes easier and faster with Bluetooth, Wi-Fi, and other features.
IoT, for example, can connect devices and systems in a hospital to allow better coordination of care. IoT also helps reduce costs by improving patient outcomes and increasing efficiency.
IoT also helps in the remote monitoring of chronic patients, which can lead to a reduction in hospital readmissions. Smart pills and wearable sensor technology can also help improve medication adherence and prevent adverse events.
Data Analysis
IoT can store a lot of data on a patient’s medical background. IoT devices can send data without any problems to other devices. Analyzing such large data manually is impossible, but Internet of Things medical devices can.
Cloud-based IoT devices can collect, track, analyze, and send data. Cloud base is needed because the data is too large to store on the server. The Blockchain of Things can make data storage and transmission more efficient and help to accelerate this adoption. The IoT can be used to demonstrate the value of healthcare in parallel with IoT.
Monitoring Depression and Mood
Information on depression symptoms and the general mood of patients is another data type that was traditionally difficult to collect continuously. Patients were asked to report their moods periodically by healthcare providers, but they could not anticipate sudden mood changes. Patients often don’t accurately describe their feelings.
IoT devices that are “Mood-aware” can help address these issues. Devices can determine a patient’s mood by collecting and analyzing blood pressure and heart rate information. IoT devices that monitor mood can track even the movements of patients’ eyes.
This is because metrics such as these cannot predict depression symptoms or any other cause for concern with 100% accuracy. A traditional in-person assessment cannot predict depression symptoms or other causes of concern with 100% accuracy.
Misallocation of Resources
Modern medicine is expensive and only sometimes meets the needs of patients. This is particularly true for Asia and Africa. IoT technology reduces the cost of personnel, building maintenance, transportation, and other services. It is a challenging task to bring IoT technology into the healthcare sector. The main challenges include inadequate privacy laws and outdated infrastructure. The cost of IoT technology implementation is also quite high. Suitable investments in IoT technologies provide a quick return.
Examples of Internet of Things in Healthcare
The IoT healthcare devices are examples of technical brilliance. They are useful for IoT benefits like improving the efficiency of emergency rooms and tracking staff and patients. You can surely think of hiring healthcare app developers, if you are planning to set your foot in this industry.
Smart Thermometers
IoT devices can transform how we provide care by collecting and transmitting health data. Smart thermometers can monitor a patient’s temperature continuously, providing real-time data that can be used for early detection of illness.
These smart thermometers are also compatible with other IoT devices, such as heart rate monitors, blood pressure monitors, and blood flow monitors. Understanding the patient’s overall health better and identifying any potential problems earlier is possible.
Smart Pills
Smart pills are IoT edible pills that monitor the body’s functioning and alert you if there is an anomaly. For example, scientists at the California Institute of Technology have developed a mini-medical chip that can serve as a smart tablet.
The tiny pills are swallowed and travel through the digestive tract, sending data about the body’s condition to an external receiver. The technology has many potential uses, from monitoring gastrointestinal blood flow to detecting early cancer signs. The sensors can also be used for drug compliance tracking, sending alerts if the patient does not take their medication on time.
Smartphones make it easy to access data. One of the IoT health benefits that proves the power of technology is this.
Insulin Pens
Insulin delivery devices can be remotely controlled and connected to the internet. Patients with diabetes can manage their condition with greater ease and effectiveness.
Insulin pens also provide doctors and healthcare professionals with real-time information, which allows for a more accurate diagnosis and treatment of diabetes. Insulin pens have many potential benefits, and they already make a positive difference in the lives of diabetic patients.
According to Research & Markets, the global market for insulin pens with smart technology could reach USD 123,000,000 by 2023. The increase in diabetes patients and the affordability of insulin pens are responsible for this growth.
Healthcare Charting
Doctors spend a lot of time and energy charting patients. It is fascinating to see how IoT can be implemented. Doctors can access vital clinical data by using voice commands.
The medical charting includes medical history, demographics, and diagnosis. It also contains medication, treatment plans, progress reports, immunization schemes, allergies, and tests (X-rays, cardiology, radiology, urine, and blood). The results. Augmedix, for example, helps with medical documentation to allow clinicians to focus on patient care.
Computer Vision Technology
Computer vision technology can detect and diagnose medical conditions such as cancer. The technology can track patients’ progress and monitor their vital signs. Computer vision can also create 3D organ and tissue models used during surgical planning or as a procedure guide.
Zebra Medical Technologies is one company that uses computer vision technology to improve healthcare. Zebra Medical Technologies’ products are used in hospitals and clinics worldwide to improve patient care.
The Key Takeaway
JPLoft is here to help you integrate IoT in healthcare. JPLoft, being titles as one of the best healthcare app development agency offers medical IoT services to help you get the most out of this technology.
Our services will help you ensure the success of your IoT project and provide maximum benefit to your business and patients. JPLoft has IoT developers who can help you develop your app, no matter how complicated. Contact us now!
Author Bio:
Aastha Gupta has been writing for JPLoft for the past 2 years, making significant contributions to the company’s targeted business goals. Throughout her work experience, she has curated diverse content on various topics related to healthcare app development services. She has expertise in crafting engaging web blogs, guest posts, social media content, and other forms of content. Aastha has also shared her valuable insights and knowledge in the field of healthcare app development, helping the company establish a strong online presence. Her proficiency lies in creating effective content that promotes the services of a healthcare app development company, ultimately enhancing their visibility and reputation.