RFID-Based COVID-19 Prevention System

The aim of this research is to establish a secure method for accessing patients’ personal data and medical records by utilizing RFID tags and a hardware kit, while adhering to industry standards. This system will utilize Web service interfaces to facilitate interoperability with standard Electronic Health Records. The actual level of adoption of RFID technology has fallen short of previous expectations. To provide insight into this matter, this study employs a formal research framework to examine the literature on the use of RFID in healthcare applications. The objective of our research is to identify existing possibilities, potential advantages, and obstacles to the adoption of RFID technology. Our findings indicate that the majority of healthcare providers perceive RFID to be a practical and effective means of patient identification. However, the primary hindrances to widespread implementation of RFID in health care include high costs, technological limitations, and concerns over privacy. Despite the potential benefits of using RFID in clinical practice, more refined RFID systems are required to improve acceptance and ensure appropriate utilization of the technology in health care. A device designed to monitor important COVID-19 symptoms has been introduced. Utilizing off-the-shelf hardware and software components such as basic sensors, general purpose microcontrollers, and mobile devices and peripherals, the device is capable of detecting and tracking changes in body temperature. This enables patients and remote medical staff to receive alerts regarding abnormal symptoms associated with COVID-19 or related illnesses. The device’s underlying concept, including measurement principles, system integration, digital signal processing, and networking, is presented alongside preliminary testing outcomes.