Many Key Biodiversity Areas (KBAs) in India have co-evolved with fire, resulting in alterations and dependencies on recurring burning. Therefore, understanding forest fire dynamics within KBAs is essential for developing successful conservation strategies and policies. In this chapter, we analyzed forest fire trends in KBAs across India from 2001 to 2020 using satellite-derived fire data, emphasizing the role of the technology–policy interface in reducing forest fires. The study aims to evaluate spatial and temporal patterns of fire events in these vital biodiversity areas and assess the implications for conservation and management. Using the Fire Information for Resource Management System (FIRMS) dataset through the Google Earth Engine, we comprehensively analyzed fire trends across all designated KBAs in India. The results show a complex depiction, with 6.70% of KBAs indicating statistically significant increases in fire events, while 31.25% showed a significant decreasing trend. Notable regional variations were observed, with Northeastern states and parts of the Himalayas showing predominantly concerning upward trends in fire events. The study stresses the necessity for targeted, context-specific fire management interventions and highlights the importance of integrating advanced technologies with well-crafted policies for adequate fire prevention and control. The findings significantly affect India’s biodiversity conservation, climate change adaptation, and forest management policies. This study provides a fundamental baseline for understanding fire dynamics in KBAs in India, highlighting the urgent need for improved fire management efforts in high-threat areas to safeguard these rare biodiversity areas.