Lt Gen Pratik Sharma Assesses Security Measures Amid Rising Militancy in Basantgarh, Udhampur

Northern Army Commander, Lt Gen Pratik Sharma, conducted a thorough assessment of the security environment and counter-terrorism strategy in Basantgarh, Udhampur district on Wednesday. This region has experienced an increase in militant activities in recent times.
During his visit, Lt Gen Sharma received briefings from senior field commanders about the changing operational dynamics, infiltration attempts across the Line of Control (LoC), and the emerging threats from terrorism within the region. He also evaluated efforts to bolster intelligence networks, enhance collaboration with local police and paramilitary units, and strengthen the counter-infiltration grid in the area.

While interacting with troops stationed in forward positions and engaging in counter-terrorism duties, Lt Gen Sharma praised their professionalism and resilience in difficult conditions. He emphasized the need for maintaining top-level operational readiness, vigilance, and cooperation among security agencies to counter any attempts by hostile forces to disrupt peace.
Basantgarh, situated in the elevated areas of Udhampur, holds strategic importance as a corridor for militants moving between Rajouri-Poonch and South Kashmir. The area has witnessed a rise in militant activity and encounters over the past year, leading security forces to increase their operations.
The Army Commander reaffirmed the Indian Army's commitment to ensuring peace and security for the local populace while applying continuous pressure on terrorist networks. He encouraged troops to remain proactive and agile in countering the evolving tactics of adversaries and assured them of full support from higher headquarters in terms of resources and welfare.
According to officials, this review is part of the Army’s ongoing efforts to refine its operational strategies in Jammu and Kashmir amid shifting threat perceptions, with a dedicated focus on preventing infiltration and dismantling terror cells within the region.