Iot-Enabled Automated Contactless COVID-19 Testing For Real-Time And Safe Diagnostics

Abstract

Covid testing is critical for disease control in light of the present outbreak. The development and implementation of a real-time COVID-19 testing cubicle system that is fully automated, contactless, and RFID-based is the major objective of this project.For the purpose of this project, a microcontroller is utilized. It is the focal point of the initiative that is being undertaken. It is possible to establish a connection between the operational I/O modules and the onboard computer, which will enable efficient communication.One can acquire the assembly instructions by making use of the memory that is contained within the controller. Immediately after the microcontroller has received data from the RFID reader, it will immediately send an SMS message to the phone number that has been chosen. This message will contain the specifics of the gathered samples, the results of the tests, and the information about the tags.In conclusion, the system makes use of a liquid crystal display (LCD) and an alarm to alert users of any incidents. In the event of a pandemic, it is not possible to prevent the spread of the infectious virus without first conducting testing for COVID-19. Despite this, the manual testing approach has a number of drawbacks, and it is essential to keep in mind that this type of Covid testing is only accessible at facilities that are specifically designed for providing Covid testing.The reason for this is because, despite the significant quantity of samples that were obtained, certain tests are still susceptible to human error due to the fact that they are carried out for a longer period of time and the delays that these tests cause.