Delhi continues to face severe air quality challenges, particularly during the post-harvest season when agricultural fires become a primary contributor to the city's smog. While satellite imagery and space-based monitoring have become standard tools for tracking these fire incidents, there is a growing consensus that these technologies are merely diagnostic rather than curative.

According to analysis from NDTV, the reliance on space-based data often distracts from the core issue: the scale of paddy cultivation in the regions surrounding the capital. Because paddy requires significant water and creates a waste product that farmers find difficult to manage, the practice of burning stubble remains the most cost-effective method for clearing fields for the next planting cycle. The report suggests that until there is a measurable decline in the total acreage dedicated to paddy, the smog will persist regardless of how closely the fires are tracked from orbit.

While some policy discussions focus on technological interventions or mechanical solutions for stubble management, the underlying economic incentives for farmers remain largely unaddressed. The current approach of monitoring fires from space provides transparency regarding the source of the pollution, but it does not provide a mechanism to reduce the necessity of burning. Consequently, the debate remains split between those who prioritize immediate technological oversight and those who argue that only a shift in agricultural crop patterns can provide a long-term solution to Delhi's air quality crisis.