How Cloud with IoT is helping Healthcare sector?

Internet of Things (IoT) has enabled devices across the world to process and store information so that it can be used at a later stage. However, the huge gap between data collection and the ability to process and analyze acts as a major deterrent to realize this potential opportunity. A high-end cloud-based IoT framework can be an effective solution to bridge this gap.

Cloud with IoT is the latest breakthrough that combines different technologies connected via the internet to deliver solutions in varied places and environments on a real-time basis. Healthcare, in particular, has been greatly benefitted by the emergence of IoT, which finds its application in anything from managing chronic diseases to preventing different health conditions.

Integrating Cloud Computing and IoT

The integration of cloud computing and the internet in healthcare offers a host of advantages including high reliability, high efficiency, virtualization, and scalability. The construction and application of the public cloud in healthcare can help to improve resource sharing. It builds a highly efficient medical monitoring and management system while saving huge operational costs.

While IoT can enable safe, efficient and high-quality medical monitoring and management, the cloud-based Radio-Frequency Identification (RFID) technology can help to deliver cutting edge which results in medical information transmission, smart health monitoring, and precise location. IoT also ensures convenience in other healthcare operations including patient monitoring and tracking management.

Application of Cloud IoT in Healthcare

Cloud-based IoT services have the potential to revolutionize a complete healthcare delivery system. Other technologies such as ZigBee and Wi-Fi technology can be integrated to establish seamless communication between data collection, transmitting equipment, sensor devices and the MIS system which are used for deep data analysis.

Cloud with IoT can also be used in database design, integrating the Cloud and the smart hospital information system. This integration in association with IoT will enable real-time sensor technologies to collect data from different sensor devices. These devices are connected to the hospital system across different processes and locations. The application of a Cloud with IoT system in hospitals can allow e-storage of all patient’s records including images, documents, and videos. This important information can be accessed anytime by authorized users for both service delivery and research purposes. Moreover, this cutting-edge integration would also enable data exchange between hospitals and between service providers in real-time and at a low cost.

Therefore, it is the need of the hour for service providers in the healthcare sector to embrace cloud-based IoT technology to deliver efficient and effective services.

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FAQs

Q1. How does IoT benefit the healthcare industry?

A1. Some of the benefits of IoT in the healthcare industry include:

• Remote patient monitoring
• Customised treatment plans
• Reduced medical costs

Q2. What is the future scope of IoT in healthcare?

A2. The future of IoT in healthcare is promising. It will facilitate hyper-personalised care, AI-enabled diagnosis, and better access to telehealth services. Through 5G, devices will transmit data faster, enabling real-time monitoring, and remote surgeries. It will make healthcare more predictive, proactive and patient-centric.

Q3. What is the future of digital healthcare?

A3. The future of digital health includes better integration of technology to enhance patient care, diagnostics and treatment. This involves developments in telemedicine, AI-enhanced tools, wearable health technology, and data analysis that will make healthcare more personalised and accessible healthcare.

Q4. How does IoT use Big Data in healthcare?

A4. Medical IoT devices constantly gather real-time patient data (heart rate, glucose levels, sleep patterns, medication adherence, etc.) is analysed with Big Data analytics. These observations can be used to aid in early diagnosis, individualised treatment, remote monitoring, and reducing hospital readmissions.
Examples include:

• Fitbit tracks heart rate and activity for health insights
• Smart insulin pens monitor and log insulin usage
• Zio Patch records ECG data for remote analysis
• Intel’s Cancer Cloud stores and analyses data for cancer research