ABSTRACT
In the recent times it is found that there is a growing interest in the field of controlling the contagious diseases, especially after the outbreak of the novel COVID-19 (coronavirus). It still remains to be one of the biggest threats to humanity and people are dying and getting infected on a daily basis. Governments across the globe are trying their level best to contain the virus. They are also taking the necessary steps (e.g., travel bans, suspension of recreational and outdoor activities concerning mass audiences or public, isolation and contact tracing, social distancing, etc.). There are many patients who are undocumented just because they have coronavirus in their systems but they show no symptoms. Around 79% patients come under this category. It is to be noted that the total count of the number of cases at present in several countries differ from the actual people who are infected at present. This is because in the maj ority of cases, the symptoms show after a certain period of days and not just instantly. Also testing the whole population of a country in such a limited time is simply not possible. The World Health Organization recommended COVID-19 patients to isolate themselves from the healthy individuals in order to stop the spread of the disease. In order to ensure that this happens more efficiently and smoothly, in this paper an IoT based wearable band called QuArm band (i.e) Quarantine Arm band, which the patient can wear on his/her arm for tracking the real-time location of the patient to ensure that the quarantine rules are being followed is designed. This band is made keeping in mind the requirements of the public and the cost is set accordingly. Web interface alongside the band is made to retrieve the information. Notification on band tampering is also enabled. © 2022 IEEE.