Activities

Safety Fencing Provided Along 19,700 Kilometres of Railway Tracks

Recommended factual title: “Safety Fencing Provided Along 19,700 Kilometres of Railway Tracks” because the latest reported figure refers to fencing already provided, rather than merely planned.

Indian Railways has reported the provision of approximately 19,700 kilometres of safety fencing along railway tracks across the country. The initiative forms part of a wider national effort to prevent unauthorised entry, reduce track-trespassing incidents, minimise cattle run-overs and create safer conditions for train operations. Fencing has reportedly been installed across railway sections in states including Bihar, Madhya Pradesh, Andhra Pradesh and Uttar Pradesh. DD India

Railway tracks are restricted operational areas where trains can approach at high speed and from either direction. Their speed, distance and direction can easily be misjudged, while curves, bridges, vegetation, stationary trains and environmental noise may prevent pedestrians from seeing or hearing an approaching train. Physical fencing creates an important boundary between railway operations and nearby communities, discouraging dangerous shortcuts and directing people towards authorised crossing facilities.

The safety programme is particularly important along densely populated corridors, suburban sections, station approaches and routes where trains operate at higher speeds. Fencing may also help prevent people from walking beside tracks, taking photographs in unsafe locations, allowing cattle to enter railway property or using railway lines as informal pathways. These behaviours place pedestrians, passengers, animals and railway personnel at serious risk.

Fencing should be supported by safe and accessible alternatives. Foot overbridges, pedestrian subways, road overbridges, road underbridges and authorised level crossings must be properly planned, clearly marked and maintained. According to the reported measures, safety fencing is also being provided around pedestrian-subway approaches to facilitate safer movement by pedestrians, cattle and smaller vehicles.

Physical barriers alone cannot completely eliminate trespassing. Damaged sections must be identified and repaired promptly, unauthorised openings must be closed, and vulnerable locations require regular monitoring. Community awareness, school safety education, warning signs and coordination among railway authorities, the Railway Protection Force, local police and civic bodies remain essential.

The All India Rail Safety Council (AIRSC) appeals to every citizen to respect railway boundaries and use only authorised crossing facilities. No shortcut can justify entering an active railway track. Parents, teachers and community leaders must educate children that climbing over fences, passing through gaps or playing near railway lines can result in irreversible tragedy.

Respect Railway Boundaries • Use Authorised Crossings • Prevent Trespassing • Protect Every Life

Track Trespassing Prevention Becomes a Major National Railway-Safety Priority

Track trespassing has emerged as a major railway-safety concern requiring sustained attention from railway authorities, security agencies, educational institutions and communities. Unauthorised entry onto railway tracks exposes people to fast-moving trains, high-voltage electrical equipment, bridges, points and other operational hazards. Preventing such behaviour must therefore remain an important part of India’s wider accident-prevention strategy.

A railway track is never a safe pedestrian route. Even when no train is immediately visible, one may approach suddenly from either direction or move along an adjacent line. Modern trains can travel quickly and quietly, and their stopping distance may extend over a considerable length. Once a loco pilot identifies a person on the track, it may be impossible to stop the train in time.

Trespassing can take several dangerous forms: crossing tracks directly, walking along railway lines, entering restricted areas, passing through damaged fencing, using railway bridges as pedestrian pathways and taking photographs or videos near moving trains. Mobile-phone use and earphones further increase the danger by reducing awareness of horns, announcements and approaching trains.

A comprehensive prevention strategy must combine engineering, enforcement, education and community participation. Engineering measures include safety fencing, boundary walls, foot overbridges, pedestrian subways and properly controlled level crossings. These facilities help separate pedestrians and vehicles from operational tracks and provide safer routes across railway alignments.

Enforcement is also necessary at identified trespassing hotspots. The Railway Protection Force, Government Railway Police, local police and railway administrations can coordinate patrols, monitor vulnerable locations and prevent the creation of unauthorised pathways. Reported incidents and near misses should be analysed to identify patterns and prioritise corrective measures.

Education remains one of the most powerful forms of prevention. Schools located near railway lines should conduct regular safety-awareness programmes explaining why tracks must never be used as shortcuts or play areas. Parents and community members must reinforce the same message through responsible behaviour because children frequently learn by observing adults.

Through RailVidya – Children’s Safety Education Programme, the All India Rail Safety Council (AIRSC) promotes a clear public message: always use a foot overbridge, subway, road overbridge, road underbridge or authorised level crossing. Never cross beneath a closed barrier, climb over fencing or enter a restricted railway area.

Preventing trespassing is a shared national responsibility. Infrastructure can establish safe boundaries, but citizens must respect them. When railway authorities, schools, families and communities work together, avoidable deaths can be prevented and a stronger culture of disciplined, responsible travel can be developed.

Railway Tracks Are Not Pathways • Avoid Shortcuts • Use Safe Crossings • Life Has No Second Chance

Modern Signalling Systems Strengthen Safe and Reliable Train Operations

Modern signalling systems form the technological backbone of safe railway operations. They regulate train movement, maintain safe separation between trains and help ensure that every train proceeds only over an authorised and protected route. As railway traffic increases and operating environments become more complex, modernising signalling infrastructure is essential for improving safety, capacity, punctuality and network reliability.

Electronic Interlocking is one of the most important elements of contemporary railway signalling. It electronically coordinates signals, points and train routes to prevent conflicting movements at stations and junctions. Before a signal is cleared, the system verifies that the required route has been correctly established, relevant points are securely positioned and no conflicting route has been authorised.

Track circuits and axle counters help establish whether a particular section of track is occupied. This information enables signalling systems and operating personnel to manage train movements safely. Reliable track-occupancy detection is especially important at busy stations, junctions and high-density corridors where several trains may be moving within a comparatively limited operational area.

Automatic signalling can divide longer routes into controlled sections, allowing trains to operate with safe separation while improving line capacity. Centralised control and digital monitoring systems can provide controllers with a wider view of railway operations, supporting better traffic regulation and quicker identification of abnormal conditions.

India’s indigenous Kavach Automatic Train Protection system adds another protective layer by supervising train speed and movement. Under specified conditions, it can warn the loco pilot and automatically apply brakes when an appropriate response is not made. Its integration with Electronic Interlocking, trackside equipment and communication infrastructure contributes to a more coordinated train-protection environment.

Modern signalling also improves maintenance and incident analysis. Digital systems can record operational events, identify equipment irregularities and provide diagnostic information to authorised personnel. This supports preventive maintenance, evidence-based investigation and timely corrective action. However, signalling data must be protected through strong cybersecurity, controlled access and disciplined software-configuration management.

The effectiveness of any signalling system depends upon proper design, installation, testing and maintenance. Alterations must follow approved procedures, and every safety-critical interface must be thoroughly validated before commissioning. Regular inspection, functional testing, accurate documentation and immediate reporting of irregularities are necessary throughout the system’s operational life.

Human competence remains indispensable. Station masters, controllers, loco pilots, signalling engineers, technicians and maintenance personnel must understand system indications, operational limitations and emergency procedures. Technology can reduce risk and support decision-making, but it cannot replace vigilance, professional judgement or compliance with established railway rules.

The All India Rail Safety Council (AIRSC) recognises signalling modernisation as a vital part of India’s railway-safety transformation. By combining Electronic Interlocking, reliable train-detection systems, Kavach, secure digital communication and professionally trained personnel, Indian Railways can build a safer, smarter and more resilient network.

Modern Signalling • Protected Routes • Safe Train Separation • Reliable Railway Operations

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