Body Temperature
Heart Rate
Respiratory (Breathing) Rate
Chest Expansion

Body Position
(Standing, Sitting, Lying)

The IoT for healthcare (eHealth) sector is bringing about the future of health care by integrating high-frequency sensors with connected devices. The IoT devices can transmit vital health information to physicians and other professionals without the patient having to go to the doctor. With the development of this technology, everyone will be able to receive care at the touch of a button, which is especially beneficial for elderly patients. As a result, patients will no longer have to wait days for reports and will have underwriting and claims operations much easier than before.

Healthcare facilities require state-of-the-art hardware and software to provide patient care. Investing in connected IoT solutions will help healthcare organizations protect themselves from the various risks and threats posed by old and outdated hardware. IoT devices can monitor vital patient data, improve clinical workflow, and provide continuous monitoring for patients.

Areas of Application
Patients Health Tracking
Medical Facilities Monitoring
Hospital Management

IoT is changing the healthcare industry. It is transforming the way healthcare facilities work and how especially elderly patients are treated. IoT healthcare solutions can improve pharmacy inventory control, overall health monitoring, and even connection with health insurance companies. The primary application of smart health devices is the constant tracking of patients’ health. Wearable devices can track vital signs, general health conditions, blood pressure variations, the state of chronic diseases, and even detect fraud claims. Wirelessly connected devices can monitor cholesterol levels and glucose levels. Smart medical devices can also be used to improve the care of elderly patients. For instance, it can notify doctors of an upcoming heart attack or alert healthcare professionals of the missed use of an inhaler. Remote patient monitoring using wearable smart medical care devices will be great for the necessary fast reaction as an alert mechanism sends signals right to family members of the patient or to healthcare workers.

Digital transformation can also help prevent medical data errors. Healthcare organizations that don’t have smart technology or other monitoring equipment can easily lose medical records of sensitive data which can lead to a mess in a particular healthcare institution. In contrast, when the medical provider has all the data collected on a cloud platform, patient monitoring and treatment will be more protected from errors.

Healthcare IoT devices can be used to optimize patient flow, staff workflow, inventory, and pharmaceutical supply chains. It can also improve patient care and reduce re-admissions by enhancing the patient experience. Internet of Medical Things (IoMT) can also extend patient care beyond the hospital’s walls. Artificial Intelligence (AI) incorporated to the smart devices can understand and contextualize data and make recommendations for treatments. These are primary applications of the Internet of Things in a healthcare organization but they can be extended greatly.

Benefits of Digitalizing Health Data

There are numerous benefits of digitalizing health data. For example, it can help reduce hospital wait times and can enable concerned health providers with the ability to customize patient care, when delivering healthcare solutions. IoT-connected intelligent devices can even help hospitals develop their own apps for auto-analytics solutions, asset management, the attraction of healthcare stakeholders, and the development of precautionary health measures. These apps can relay vital hospital information such as emergency room wait times to patients or direct them to available parking spaces. Moreover, IoT sensors such as heart rate monitoring cuffs or hygiene monitoring devices can help track hospital interactions and provide real-time updates on patients’ healthcare data. It can also be used to identify potential threats to the life of patients connected to critical changes in blood pressure levels, glucose levels, or other vital health metrics.

Prospects of Use

The use of IoT technology has driven significant interest in a variety of health practices. The IoT has the potential to impact health systems across the global market. This technology can help individuals manage their chronic illnesses by providing vital information on their smartphones. Remote monitoring of this kind will give patients all the necessary resources to monitor their own health without the necessity of going to a healthcare facility on regular checks. This technology can also help people with hearing impairments to improve their quality of life as some Internet of Things medical equipment doesn’t only provide continuous patient monitoring but also can actually be involved in treatment. If you’re looking for an IoT device for healthcare, make sure you read the latest studies and learn as much as you can about the specificity of IoT because there are a lot of unreliable technology companies on the market.

There are many challenges and opportunities that come with the use of IoT in healthcare. One of these is patient data security. Cybercrimes and data breaches must be a top priority in the implementation of IoT for healthcare. So, to be sure that data security is at a high level, healthcare providers have to ensure that cloud computing data generated is decrypted and the network is secured. LoRaWAN network which is supported by all the TEKTELIC devices, in turn, claimed to be a reliable grid for healthcare organizations.



Our solution

The growing demand for IoT medical devices is being driven by the need to improve healthcare delivery, patient engagement, patients’ access to their data, and a necessity to remotely monitor patients. Remote monitoring, which provides healthcare information in real-time, allows doctors and hospitals to take pre-emptive action and reduce hospitalization rates thanks to analytics solutions available with the Internet of Things application. A major class of IoT devices for health monitoring is wearable devices, which provide personalized healthcare information, enabling constant tracking. Since its launch, the technology has been adopted by many hospitals and embodied in different medical equipment to benefit patients by better access to health data generated and notifications sent to family members.

IoT devices and other wirelessly connected devices work on embedded systems with high-speed processors, rich operating systems, and a touchscreen interface. They can collect and store patient data on blood pressure and health conditions, and can automatically transfer this information to healthcare providers. Moreover, health monitoring devices can also be used as diagnostic tools for disease diagnosis and help monitor patient compliance. These redefining healthcare devices based on Internet of Things technology can change environmental monitoring, and health monitoring completely.

TEKTELIC company also has a range of IoT devices for healthcare. For example, TEKTELIC has successfully incorporated its KONA Micro IoT Gateway to continuously and remotely monitor dementia patients through a smart band. These Internet of Things devices are redefining healthcare, making it more comfortable and effective.

At the same time, Internet of Things in healthcare is not limited to devices that monitor blood pressure or other vital indications. Smart technology can be used for monitoring equipment, assets, or medications. For example, the TEKTELIC TUNDRA was successfully used for maintaining optimal and consistent temperatures within refrigerated trucks during vaccine transfer. Applying the Internet of Things healthcare technology, you not only improve patients’ experience but also optimize working processes.


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