Inside Indian Railways’ War Room: How AI, CCTV help manage Diwali and Chhath Puja rush

Indian Railways’ War Room is a central monitoring and coordination facility at Rail Bhawan in New Delhi. It gives officials one place to watch several stations, manage passenger crowds, and follow train operations. This matters especially during the Diwali and Chhath Puja rush, when stations face unusually high passenger numbers.

Officials view live CCTV from platforms, foot-over bridges, and station surroundings. They can zoom into individual camera feeds to examine a specific location. AI-based systems help analyse activities and incidents, while real-time train data shows movements and delays. Officials can then coordinate responses with railway departments and station teams.

The War Room currently monitors 28 stations, including New Delhi, Howrah, Mumbai Central, Varanasi, and Vijayawada. Similar War Rooms also operate at major stations. Together, these systems support faster crowd management, disruption analysis, and corrective action during the festive travel period.

Indian Railways has expanded its festive-rush operation substantially. More than 18,000 special trains are being operated this year, compared with around 12,000 last year. The additional services are intended to handle the expected increase in passengers during Diwali and Chhath Puja.

The War Room at Rail Bhawan monitors 28 stations across the country. Its coverage includes major locations such as New Delhi, Anand Vihar Terminal, Howrah, Mumbai Central, Varanasi, and Vijayawada. Officials use live information from these stations to assess crowd conditions and train operations.

Around 700 AI-enabled cameras support monitoring. They provide visual coverage of important station areas, while AI systems help officials analyse activities and incidents. The scale combines extra trains, nationwide station oversight, and automated camera support. Preparations began nearly six months in advance, reflecting the expected pressure on the network.

The three systems give officials different but connected views of railway operations. Live CCTV shows conditions on platforms, foot-over bridges, and around stations. This helps officials notice crowding, unusual activity, or incidents as they develop. They can zoom into a camera feed for a closer look.

AI-based systems support the next step by analysing activities and incidents at different locations. They help officials assess situations and initiate timely responses. Real-time operational data adds the train perspective. It shows where trains are moving, whether they are delayed, and where disruptions may be affecting service.

Officials can combine these signals instead of relying on delayed reports from one station. If a crowd builds up, teams can address the passenger situation. If a train disruption appears, officials can examine its cause and take corrective measures. The goal is smoother movement, better crowd control, and improved punctuality.

When officials identify a crowd problem quickly, they can coordinate action at the affected station. CCTV helps them locate the pressure point, while station War Rooms bring officers from different departments together. This can support safer and more orderly passenger movement through platforms, foot-over bridges, and surrounding areas.

A similar process applies to train disruptions. Real-time data shows train movements and delays, and officials can analyse what caused a problem. They can then take corrective measures aimed at restoring smoother operations and improving punctuality. The War Room helps connect information from several locations rather than treating each issue separately.

The article does not list a specific response for every type of crowd or delay. It does show the intended result: quicker decisions, coordinated action, better crowd management, and smoother train operations. Dedicated holding areas, extra counters, scanning facilities, and special trains add practical support on the ground.

Indian Railways is using several physical and operational measures alongside central monitoring. Dedicated passenger holding areas have been arranged at around 20 stations. These spaces can help organise passengers before they move toward platforms or trains, supporting a more controlled flow during the festive rush.

The Railways has also provided separate ticket counters and multiple scanning facilities. These arrangements are designed to reduce bottlenecks and help passengers move through stations more smoothly. At major stations, additional War Rooms bring officers from all departments together to manage crowd situations and coordinate local responses.

Extra train capacity is another major measure. More than 18,000 special trains are operating this year, compared with around 12,000 last year. The measures work together: special trains address demand, station facilities manage movement, and War Rooms provide oversight. Preparations began nearly six months before the expected Chhath Puja increase.

The article identifies Diwali and Chhath Puja as the reason Indian Railways expects an unusually large festive rush. It says passenger numbers were expected to rise ahead of Chhath Puja, prompting preparations that began nearly six months in advance. Railways responded by increasing special-train services and strengthening station arrangements.

The text does not specifically explain why demand is especially high toward northern and eastern India. It names the festivals and describes the expected passenger increase, but it does not provide details about travel origins, destinations, family visits, or regional patterns. Therefore, those particular reasons cannot be established from the article alone.

What is clear is the operational effect. More passengers are expected at major stations, so Railways is using more than 18,000 special trains, holding areas, ticket counters, scanning facilities, CCTV, and AI-enabled cameras. These measures are intended to keep festive travel moving smoothly.

A large railway network needs a shared view of what is happening at stations and on train routes. The War Room provides that central view by monitoring multiple stations from Rail Bhawan. Officials can compare live station conditions with train movements, delays, and passenger-related issues. This helps coordination move beyond one station at a time.

The mechanism combines live CCTV, AI-based analysis, and real-time operational data. CCTV covers platforms, foot-over bridges, and station surroundings. AI helps analyse activities and incidents. Train data shows movement and delays. At major stations, local War Rooms bring officers from all departments together, allowing them to coordinate responses to crowd situations and operational problems.

This arrangement is being used across 28 monitored stations, with around 700 AI-enabled cameras supporting the process. Dedicated holding areas, ticket counters, scanning facilities, and special trains add local capacity. Together, the systems support quicker decisions and smoother passenger and train movement during the festive rush.