The rapid appearance and spread of antibiotic resistance is due to increased use of antibiotics inappropriately. Over the last 80 years, it has become more and more complex to get rid of it. The ability to track epidemics and study how resistance develops through experimental evolution is made possible by Whole-genome sequencing. Despite the fact that in vitro and experimental evolution studies on antibiotic resistance will benefit from the power and accuracy of genomic technologies, there is still much to learn, particularly about the relative significance of different environmental compartments that contribute to the phenomenon of resistance.In low and middle income countries, it is unfortunately difficult to identify bacterial pathogens during the COVID-19 pandemic since there aren't any easily accessible, affordable clinical or molecular indicators that can reliably distinguish between bacterial and viral infections. And that is how we came across a scenario in which antibiotic-resistant bacteria discovered a means to flourish more and bacterial super-infection became prominent in COVID-19 patients. In this review, we will therefore discuss about the severe situation of emergent antibiotic resistance during the COVID-19 pandemic in India as a result of increased antibiotic consumption.