Investing in Safer, More Inclusive Railways: Major Accessibility and Safety Upgrades in the U.S. and India

Significant infrastructure improvements on opposite sides of the world highlight a shared global priority: making rail travel safer, more inclusive and more reliable. In the United States, Amtrak recently completed approximately $11 million in accessibility upgrades at two Wisconsin stations—Columbus and Tomah—according to Railway-News. These enhancements form part of Amtrak’s broader Accessibility for All program, which aims to modernize stations across the national network in line with the Americans with Disabilities Act (ADA). The Columbus and Tomah projects include new platforms engineered for safer boarding, upgraded station pathways, tactile wayfinding surfaces for visually impaired passengers, and improved lighting and signage. By investing in these features, Amtrak is not only meeting regulatory obligations but also expanding mobility options for elderly passengers, travellers with disabilities, and communities that have historically faced limited accessibility. These station upgrades underscore a wider commitment to ensuring that intercity rail remains a viable and welcoming mode of transport for all riders across the Midwest.

Meanwhile, India is tackling a different—but no less urgent—challenge: railway safety along high-risk corridors. The Pune Rail Division has successfully completed the fencing of roughly 92 km of track between Lonavla, Pune and Daund, a corridor that sees heavy suburban, long-distance and freight traffic. This fencing project aims to reduce trespassing—one of the leading causes of fatalities on India’s rail network. By creating a physical barrier between railway tracks and surrounding communities, the Railways seek to prevent accidental crossings, curb unsafe shortcuts and protect residents in densely populated areas where tracks run close to homes and markets. India’s rail system—one of the largest in the world—continues to face the structural challenge of balancing accessibility with safety, especially in regions where urban growth has outpaced infrastructure planning. The Pune initiative reflects a proactive strategy to reduce avoidable deaths while complementing other safety measures such as level-crossing closures, surveillance systems and public-awareness campaigns.

Taken together, the U.S. accessibility improvements and India’s extensive safety fencing highlight the varied but interconnected priorities shaping global railway development. While separated by geography and operational context, both projects illustrate how modern rail systems must evolve simultaneously in terms of infrastructure quality, passenger inclusivity and risk mitigation. Amtrak’s station upgrades show how thoughtful design can remove travel barriers and enhance customer experience, whereas India’s fencing initiative demonstrates the profound impact that basic physical interventions can have on public safety. As countries continue to expand and upgrade their networks, these examples serve as strong reminders that successful rail modernisation depends not only on technological advancement but also on human-centred design and a sustained commitment to protecting all who use—or live near—the railways.