Platform safety specifications are full of acronyms: ISO 18298, EN 17168, SIL2, SIL3. For procurement teams and railway operators evaluating safety systems, these are not optional reading. They determine whether a product can be deployed, whether an installation passes regulatory review, and ultimat...
When railway operators sit down to budget platform safety upgrades, one number dominates the conversation: total cost of ownership. Not the brochure price. Not the per-unit quote. The real number that appears on spreadsheets three years, five years, and ten years after installation. Platform screen ...
The numbers on the automatic bollard market keep climbing. Precedence Research pegged 2025 at $24.3 billion globally. The 2026 estimate is $25.9 billion. By 2035, the projection reaches $45.3 billion, running at a compound annual growth rate of 6.43%. North America holds the largest share right now ...
Japan's two biggest rail operators are pouring money into platform safety. The scale of their plans says a lot about where the industry is headed. JR East announced its 2026 plan in March: 29 stations, 60 platforms getting platform doors this year. Their long-term target is 330 stations and 758 plat...
When railway operators sit down to plan station safety upgrades, one question keeps coming up: full-height screen doors or platform barriers? It sounds like a technical decision. In practice, it is a budget decision, a timeline decision, and sometimes a political one. The argument for full-height sc...
Crash Ratings Explained: K4, K8, K12, M30, M50 for Bollards Crash ratings tell you exactly what a bollard can stop. A bollard without a crash rating is just a metal post—its stopping power is unknown and unverified. For any security application where lives are at stake, the crash rating is the singl...
ipv6 network supported 