Reinventing the 08:15 from Glasgow to Edinburgh; Cisco and Partners Enable High-Speed Connectivity on Trains

Is it the UK's busiest bank branch, a densely populated office space or a retail outlet? None of the above. It's a busy commuter train, but not as you know it.

LONDON, UK 15th September, 2017 - Cisco, ScotRail, CGI, Network Rail Telecoms and Wittos today announced their collaboration on an Innovate UK and RSSB funded proof of concept to enable super-fast Wi-Fi on trains (Project SWIFT).

The project will see ScotRail trialling the fastest in-train Wi-Fi service in the world, allowing users to experience Internet speeds on the go of up to 300 Mbps. Currently, those travelling by train between Scotland's two biggest cities can access less than 10% of that capability; the difference between streaming a music service with interrupted coverage, and downloading the entire Beatles back catalogue, seamlessly in under two minutes.

With the existing in-train mobile service in the UK, 33% of internet requests on trains fail and with 1.4bn journeys a year, that equates to millions of lost hours of productivity, missed opportunity for online retailers, and potentially dissatisfied passengers. Consistent, high speed connectivity on trains provides a significant opportunity for not only the rail industry, but the UK as a whole.

As the recent National Infrastructure Commission report outlined, the use of existing 3G/4G networks for train connectivity has been unsuccessful, largely due to number of tunnels, cuttings and regional 3G/4G black-spots in the UK. Project SWIFT provides a viable alternative.

Led by Cisco CREATE, the company's Collaborative Research and Emerging Technologies division, working with government, industry, research institutions and start-ups to accelerate innovation, Project SWIFT will highlight how high-speed in-carriage connectivity will improve the experience for passengers and help train operators provide better, more reliable and profitable services.

Project SWIFT has been initially implemented on a full scale train and test track near Stratford-upon-Avon, and will now see a limited duration roll-out on one of the current fleet of ScotRail trains that operate services between Glasgow and Edinburgh. The project will utilise existing trackside fibre to backhaul data from trackside masts. The masts will use unlicensed Wi-Fi spectrum to connect trains to this fibre, with a lossless session handover between masts as low as 2 milliseconds. Both existing and newly installed masts will be used along the Edinburgh-Glasgow route to ensure that consistent coverage can be trialled along the line, regardless of tunnels and cuttings.

The proof of concept trial will commence later this year, and run until the end of March 2018.

The project goes beyond providing Internet access to passengers, and investigates what becomes possible when you add data and insight to connections:

Passengers left standing, while other carriages are empty? In-train Wi-Fi can be used to provide insight into crowding, enabling the Train Operator to display, at the station or in an app, information on which carriages have spare seats, so all capacity can be best used. Indeed, if a train is very crowded, a passenger might choose to wait for the next one if they know they will get a seat. In the future, this could be tied to Smart Ticketing to offer passengers paid upgrades to first class if there are seats available.

Lack of phone signal on the train? Using the network infrastructure as backhaul, the quality of VoIP or Wi-Fi calling can be greatly improved with no dropped calls or redialing even in tunnels. With better carriage utilisation, partnered with consistent Internet connectivity, use of collaboration technologies like video conferencing on trains now becomes a truly viable option.

Safer, more reliable services. Project SWIFT also has the potential to provide advanced insight for train operators, enabling greater safety, security and maintenance capabilities with access to CCTV and train monitoring in real time. Current CCTV relies on storing footage on the train to be used for investigation after the event, if an incident occurs. With high speed connectivity, those cameras can be networked, with incidents monitored and detected live alerting the Train Operator and transport police.

Productivity that isn't limited to your day job. Fast, effective access combined with opt-in location data could enable unique retail opportunities. For instance, a passenger could shop online, pickup up their shopping at their final destination or commuters could order shopping on the way to work and collect it at their home station on return.

Supporting quotes:

Scot Gardner, Chief Executive, Cisco UK & Ireland commented Project SWIFT embodies the art of the possible. If the UK is to truly benefit from what digital technologies have to offer, then connectivity has to be a given even when travelling at 140mph. He added If only a fraction of the time that we spend travelling is made more productive, the potential for commuters, the train companies and the UK as a whole is immense.

In a capacity that will see ScotRail prove this concept on their network for the wider benefit of the rail industry, Rob Shorthouse, ScotRail Alliance Communications Director said: We are delighted to be a part of this project. Our customers consistently tell us that one of the things that they expect on their journey is fast, reliable Wi-Fi. This pilot scheme, which we are undertaking on behalf of the entire rail industry, will allow us to fully understand how we take our current on-train WiFi to the next level. We are really excited to be involved.

Matthew Grisoni, Vice President, Oil, Gas and Consumer Services, CGI CGI is really pleased to working on this important digital connectivity activity, which has the potential to be adopted across the UK's extensive train network. Working closely with all t

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