Abstract
IoT provides a unified framework for coordinating the use of diverse real-world and digitally- enhanced healthcare assets. Telemedicine is appealing in poor countries because of a lack of access to healthcare services, an aging population with chronic diseases, rising healthcare expenditures, and a need to monitor patients remotely. The Internet of Things can provide individualized health services that enhance people’s quality of life while also reducing the burden on public health infrastructure. Therefore, the purpose of this work is to catalog, compare, and categorize previous research into Healthcare IoT (HIoT) systems. In order to better understand the backdrop, we looked at research articles on RFID-based Secure Wireless mobile data exchange systems in healthcare. There was also discussion of other crucial issues including security and interoperability. At the conclusion of this report, we briefly discuss the main advantages and disadvantages of each study. Lastly, there is a dearth of research into the security and interoperability concerns of IoT design in healthcare. Important outcomes of IoT in healthcare include improved information sharing, shorter hospital stays, and lower overall healthcare expenses. IoT in healthcare faced major obstacles due to concerns over patient privacy and data security.
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