COVID-19 WEARABLE DEVICE USING RSSI BLE MODULE MONITORING SYSTEM

Self-quarantine is essential for persons returning from overseas or red zone locations. It is critical that the self-quarantine be completed without incident, since this might result in the selfquarantine individual becoming a carrier of COVID-19 in the community. The majority of nations worldwide have developed a variety of COVID-19 monitoring and tracing systems in order to navigate and address this issue. However, some constraints and limitations may result in deliberate non-adherence. Individuals who have been quarantined may continue to roam within the community by detaching their wristbands or by submitting a false
contact status in the tracing application. This article proposes a novel configuration for an obligatory self-quarantine system. It will facilitate communication between wearable and contact tracing technologies, ensuring that authorities maintain complete control over the system. The suggested system's hardware in the wearable device is low-cost, lightweight, and safe for the next user after the quarantine period is complete. The software (both software and database) that connects the quarantine user to the normal user makes use of cutting-edge artificial intelligence (AI) reporting and flagging techniques.