On January 2, 2025, a large-scale mock drill was conducted at Railway Station Amargarh in Sopore to enhance coordination among multiple security agencies for emergency response. The drill involved the police, army, Central Armed Police Force (CAPF), Railway Protection Force (RPF), and Fire & Emergency Service personnel, working together to simulate a coordinated response to a potential crisis.
The exercise was designed to prepare the various agencies for quick and efficient action in the event of a real emergency, such as a terrorist attack, a train accident, or any other critical situation that could occur at a major transportation hub. The simulation was intended to test the readiness of the agencies involved, improve communication, and ensure that the various teams could collaborate effectively in a high-pressure situation.
During the mock drill, teams practiced a range of emergency response techniques, including crowd control, evacuation procedures, fire safety protocols, and the handling of potential threats. The focus was on ensuring that all personnel were familiar with their roles and responsibilities in a crisis, and that resources could be deployed efficiently to protect both passengers and staff at the railway station.
Security forces and emergency teams were also assessed on their ability to maintain order and protect key infrastructure in the event of a large-scale disaster. The mock drill was observed by senior officials from the participating agencies, who provided feedback on the operation’s strengths and areas for improvement.
The exercise was a success, with all teams demonstrating improved coordination and readiness. Senior officials highlighted that such drills are essential for ensuring that the region’s transportation networks remain secure and that all agencies can respond swiftly and effectively in a real emergency.
This mock drill is part of ongoing efforts to improve the preparedness of India’s security and emergency response agencies, ensuring that they are well-equipped to handle the growing complexities of modern security threats.