Bengaluru Railway upgrades with automatic signalling

12 Feb 2024 CW Team

The automatic signalling system will replace the current manual signalling methods, which are susceptible to human error and can result in accidents. By automating the signalling process, trains will be able to operate more smoothly and accurately, mitigating the risk of collisions and elevating overall safety standards.

The selection of these six major routes was carefully deliberated, taking into account their importance in the Bengaluru railway network, including factors such as passenger traffic, freight movement, and operational intricacies. The introduction of automatic signalling on these routes is anticipated to streamline operations and minimise delays, thereby enhancing the travel experience for passengers and boosting the reliability of freight transportation.

Moreover, this modernisation initiative aligns with the broader efforts of the Indian government to upgrade and modernise the country's railway infrastructure. By investing in advanced signalling technology, the Railway Board aims to bring Bengaluru's railway system in line with international standards, ensuring safe and efficient transportation for millions of passengers and freight every day.

The approval of the project underscores the government's dedication to prioritising safety and efficiency within the Indian railway sector, which plays a pivotal role in the country's economic development and connectivity. The implementation of automatic signalling along these six major routes marks a significant stride towards modernising Bengaluru's railway network and enhancing the overall transportation infrastructure in the region.

The Railway Board has given the green light for the installation of automatic signalling systems along six key railway routes in Bengaluru, at an estimated cost of Rs 874 crore. This decision aims to bolster safety and efficiency in train operations within one of India's busiest railway networks. The automatic signalling system will replace the current manual signalling methods, which are susceptible to human error and can result in accidents. By automating the signalling process, trains will be able to operate more smoothly and accurately, mitigating the risk of collisions and elevating overall safety standards. The selection of these six major routes was carefully deliberated, taking into account their importance in the Bengaluru railway network, including factors such as passenger traffic, freight movement, and operational intricacies. The introduction of automatic signalling on these routes is anticipated to streamline operations and minimise delays, thereby enhancing the travel experience for passengers and boosting the reliability of freight transportation. Moreover, this modernisation initiative aligns with the broader efforts of the Indian government to upgrade and modernise the country's railway infrastructure. By investing in advanced signalling technology, the Railway Board aims to bring Bengaluru's railway system in line with international standards, ensuring safe and efficient transportation for millions of passengers and freight every day. The approval of the project underscores the government's dedication to prioritising safety and efficiency within the Indian railway sector, which plays a pivotal role in the country's economic development and connectivity. The implementation of automatic signalling along these six major routes marks a significant stride towards modernising Bengaluru's railway network and enhancing the overall transportation infrastructure in the region.

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