 With the changing climate and a warmer world, wildfires have become more frequent. Australian bushfires, California wildfires, forest fires in Similipal, emitted tremendous amounts of harmful air pollutants. Air pollutants easily get transported to nearby cities and towns leading to severely deteriorated air quality. Moreover, recent studies show that wildfires are occurring more towards the cities, coined as, urban fires. With already questionably poor air quality in the cities, wildfires worsen the scenario. The results of another study concluded that the fine particles in wildfire smoke can be several times more harmful to human respiratory health, than particulate matters from other sources such as car exhaust. The adverse and underestimated effects of wildfire smoke on the citizens compel us to increase the monitoring capacity, especially in such wildfire-prone cities. In India, the recent Similipal wildfires marked the weak ambient air-monitoring network. A robust monitoring network using low-cost sensor-based devices such as Oizom's Pelludrone and Dustroid, help in monitoring the pollutants emitted due to wildfires. Oizom's AI and dispersion analysis helps in generating heat maps to track air pollution. The real-time data helps in gaining useful insights, take timely actions, and prevent the detrimental effects of wildfire smoke in the cities. To know more about the effects of wildfire on ambient air quality, click on the link in the description below.