On-board wireless network and computing platform for trains

September 10, 2018 //By Jean-Pierre Joosting
On-board wireless network and computing platform for trains
Veea Systems has launched SmartRail VeeaHub, an on-board ‘Edge’ Computing and mesh Wi-Fi platform for trains.

It allows operators to deliver connectivity to both passengers and staff, as well as delivering multi-media entertainment, staff communications and engineering monitoring applications, even when the train has no connection to the internet. The deployment-ready platform is being publicly demonstrated for the first time at InnoTrans, the international trade fair for transport technology.

As smart transportation changes the way passengers travel, the need for reliable connectivity to facilitate a new era of services for transit agencies and travelers has become ever more urgent. From ongoing maintenance and staff communication, to streaming media content servers and advanced CCTV functionality; the opportunities are endless. The SmartRail VeeaHub – which brings together distributed computing, state-of-the-art communications and a virtualized application environment – provides localized mesh network connectivity across all rail carriages. This enables a new class of business, safety and passenger applications to be deployed and operated simultaneously at the Edge without any backhaul connection.

The system combines the installation of a number of VeeaHub Edge Servers to create a secure mesh network together with local storage and processing. It has been designed and certified for deployment on a UK rail passenger vehicle, with an initial preloaded set of applications, targeted at the rail industry. Able to operate with an intermittent backhaul connection to the Internet, applications will be able to provide useful functions during travel, even when in tunnels or cellular signal blackspots. Veea Systems have used open interfaces to encourage application development by third parties and the fostering of a wider ecosystem to build upon this foundation of connectivity.

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