SCOTLAND is renowned the world over as a place of stunning, unique beauty. Whether it’s the rugged coastline of the Western Isles and Argyll, or the haunting machair of Orkney and Shetland, the rolling fields and forests of the Borders or the dramatic glacier-hewn mountains of the Highlands - tourists and locals alike are enchanted not only by the natural beauty of Scotland’s landscape, but the remoteness of it all.
But, as anyone who has tried to check their Twitter feed or upload a Facebook picture while in one of these special places knows, that very remoteness can prove problematic in the digital age.
While a lack of internet connection - or merely a slow one - can be mildly irritating or inconvenient to the passing tourist, for businesses in the 21st century, it can be devastating.
Of course, nobody wants to see new mobile phone masts sprouting up everywhere, so slow or no internet has been accepted as part and parcel of many of Scotland’s remote places.
That attitude is changing, however, thanks to a quiet revolution taking place in the airwaves.
It’s clear that lack of connectivity in rural areas is driving up inequalities across parts of Scotland. Access to broadband and phone signal is no longer a convenience - it’s a necessity to functionDr David Hogg, rural GP, Isle of Arran
Earlier this year, the UK’s communication regulator Ofcom committed to enabling the commercial use of new TV White Space technology by early 2016. This means that communities will be able to construct their own local networks, filling gaps left by commercial network operators.
Access to broadband and phone signal is no longer a convenience - it’s a necessity to function. From small businesses to file their HMRC returns or pay employees, to the way we deliver medical care in our hospital and surgeries, poor connectivity is hampering communication on a daily basis.
Why do rural communities and businesses suffer poor connectivity?
The problem is that the systems we use to provide broadband are cost-effective and deliver usable performance to the majority of households and businesses in urban/suburban areas. They are not a good fit with rural topologies.
Whilst optical fibre is an ideal medium for broadband access, in performance terms, it is expensive and slow to roll out. The costs and challenges are even greater in rural areas, so these have been the last to benefit. With new wireless technologies, including TV White Space, it is possible to distribute the benefits of fibre investment more widely and quickly.
What is TV White Space technology?
TV White Space is a new addition to the wireless connectivity repertoire, which promises to deliver broadband to the parts other systems can’t reach, relying on gaps between television broadcast frequencies.
Several successful pilot applications of TV White Space technology have already taken place across UK, including in Orkney, Bute, Glentress and even the Waverley Paddle Steamer, with technology giants such as Microsoft, Google, and SKY getting behind the trials.
In addition to offering internet access to rural areas, TV White Space technology could be used to provide connectivity across university campuses, hospitals and throughout cities.
The Centre for White Space Communications, based at the University of Strathclyde, is a multi-disciplinary industry and academic centre investigating and undertaking research and development in this field. Its work to establish the viability of TV White Space in rural connectivity has been supported by Scottish Government funding, propelling it to international pre-eminence in the field. Microsoft has been drawing on its expertise to help deliver affordable broadband to remote rural communities across Africa.
What benefits can better broadband bring?
Aside from the benefits of convenience for tourists and locals, faster broadband speeds in Scotland’s rural areas could have a revolutionary effect on local businesses.
As well as enabling small businesses in Scotland to improve their own operations and make efficiency savings that allow them to achieve parity with their competitors in more technologically connected and less geographically remote areas, the adoption of TV White Space technology will open up significant opportunities for further cost saving and commercial development by enabling a move to cloud-based computing services.
Until relatively recently, access to hyper-scale cloud-based services has been the reserve of larger commercial organisations, but now the availability of affordable, scalable and secure enterprise-grade cloud services, combined with revolutionary communications technologies including TV White Space, has dramatically levelled the playing field and has the potential to empower even the smallest of Scottish businesses to compete and flourish in an increasingly cloud-first world.
Looking beyond the established local businesses that will feel the positive effects of TV White Space technology, increasing the technological maturity of the more remote areas of Scotland will make those areas more attractive to other companies looking to expand and invest, benefitting the local economy as a whole and in turn help elevate the overall ability of Scotland as a country to compete on a global stage.
A 2013 report commissioned by the Government’s Department for Culture, Media & Sport estimated that faster broadband speeds will “add about £17 billion to the UK’s annual Gross Value Added by 2024 “.
According to the UK Broadband Impact Study: “The bulk of this economic impact comes from improvements in the productivity of broadband-using firms, but there are also significant benefits from safeguarding employment in areas which would otherwise be at an unfair disadvantage, from productivity-enhancing time-savings for teleworkers, and from increased participation in the labour force. The total net employment impacts from faster broadband rise to about 56,000 jobs at the UK level by 2024, and about 20,000 jobs are attributable to the publicly funded intervention.”
In addition to the economic benefits of faster broadband, the Government study also predicts environmental advantages: “We estimate that, by 2024, it will save a total of 2.3 billion miles in annual commuting, predominantly in car usage, through enabling increased telework for a proportion of the workforce… and 5.3 billion miles in annual business travel, predominantly in car usage, through the increased use of video and online collaboration tools by broadband-using firms. This is in the order of 9% of the current total annual UK business travel distance.”
Why aren’t rural communities benefiting from TV White Space technology now?
With all these benefits within reach, what has been holding TV White Space back?
The technical challenges to overcome include adapting to the future evolution of TV broadcasting, the need to satisfy regulators that the technology will not impair TV reception and to enable agility that will allow TV White Space systems to adapt to future changes in TV White Space availability. This is achieved through the use of central databases which keep updated lists of all the available frequencies which are safe to use.
And while TV White Space frequencies can pass through walls and buildings with ease, saving on the need for expensive Wi-Fi boosters or repeaters, the hardware itself is currently more expensive than standard Wi-Fi equipment. The technology is an important first step - empowering communities in Scotland will require collaboration.
To maximise impact, local business, communities and Government can work together to provision affordable access to internet connectivity.
This will include consideration of planning issues, facilitating the sharing of best practice, building more connections to the internet and access to the future network roll out plans of current operators
Successful trials in Orkney, Glentress and on the famous paddle steamer Waverley are all part of the process of ironing out the wrinkles of TV White Space and moving closer to a day when even the remotest parts of rural Scotland can benefit from usable broadband.
Here are some great examples of communities benefiting from TV White Space
Tweedlove Bike Festival in Glentress Forest
As one of the most hotly anticipated events in Scotland, the caEnduro event at the Tweedlove Bike Festival in Glentress Forest attracts around 600 riders from around the world and thousands of spectators, all keen for the best view of the action. Unfortunately, in a forested, hilly and remote area, that can be easier said than done.
However, at this May’s event, Scottish Enterprise, the Mountain Bike Centre of Scotland and Microsoft teamed up to stream live coverage via TV White Space onto a big screen for onsite spectators.
“Our work to date has proved that use of this technology will allow people to do more and achieve more,” said Jim Beveridge, Senior Director of International Technology Policy at Microsoft. “As well as enhancing the TweedLove EWS spectator experience on-site by providing coverage and internet access, the Glentress forest TV White Space trial has created first time communication connection opportunities for businesses, conservation projects and outdoor tourist pursuits in some of the most remote, forested and mountainous areas of the UK. Now we look forward to turning these trials into commercial realities to benefit people across the world.”
In 2014, Orkney-based IT firm Cloudnet took the initiative to do something about the poor connectivity that has been affecting local businesses and residents. Its founders heard about the Ofcom UK TV White Space pilot, and decided to apply to take part. They decided to roll out a TV White Space network which would allow passengers on three inter-island ferries - the MV Varagen, MV Thorfinn and MV Earl Sigurd - to access broadband internet access where previously only a poor terrestrial TV service had been available.
The trial found that the TV White Space network was able to operate over the tops of islands, and worked well up to a range of 40km.
The relative success of the trial opens up a range of potential marine applications, including: commercial networks for harbours, port areas and marinas with a 30-40km range; links to oil rigs and offshore wind farms, conversation monitoring and lifeguard monitoring.
The PS Waverley
The University of Strathclyde, Glasgow Science Centre, 6Harmonics, Microsoft and Waverley Excursions teamed up to bring TV White Space broadband onto the Paddle Steamer Waverley. The technology provides a link from the Glasgow Science Centre to the boat, enabling the crew to access vital online services as they rush to prepare the boat for the coming season.
Arran – hope of a better future for businesses and residents
“It’s clear that lack of connectivity in rural areas is driving up inequalities across parts of Scotland. Access to broadband and phone signal is no longer a convenience - it’s a necessity to function. From small businesses to file their HMRC returns or pay employees, to the way we deliver medical care in our hospital and surgeries, poor connectivity is hampering communication on a daily basis. For example, there is no mobile signal at the hospital, and we have a very fragile network connecting up our surgeries at Arran Medical Group.
It is clear that integration of heath & social care simply will not progress without tackling this connectivity issue - integration is all about sharing information and working effectively with wider teams, and for that we need to have decent communication far better and more resilient than our present situation.
ConnectArran is trying to galvanise some community spirit to look at where local initiative will help improve our connectivity. However, we are all limited in time and understanding of the telecoms industry, and we need to see government incentives and pressure to ensure that high speed connectivity is delivered as promised. “
Dr David Hogg, rural GP, Isle of Arran
UNDER THE CONNECTIVITY HOOD
The dominant media for broadband access have been telephone and cable TV systems – using existing wiring to customers’ premises. This has enabled cost-effective broadband delivery to millions of homes and businesses across the UK. However, cable TV systems are not usually found in rural areas and the telephone line technology (DSL) struggles to serve properties more than a few miles from the telephone exchange. The answer to delivering increased performance has been to bring optical fibre closer to where the end users live. It would be very expensive to bring fibre to every home or business, so fibre is usually brought to a hub in the neighbourhood, from which other technologies can be used to make the final hop. Current operators use this technique to implement ‘Superfast’ broadband services (30 Mbps +) – but again the number of homes/premises that can be served depends on the length of the telephone wire from the hub (street cabinet).
Wireless technology can also be used from optical fibre hubs, to help broadband access reach further and more flexibly into rural communities. An increasingly large number of people use wireless technology (mobile broadband) to stay connected using mobile devices as we move around. The snag with these licensed (cellular) wireless technologies (3G, 4G etc.) is that they can only be deployed by (typically) large operators – who normally find rural provision commercially unattractive. We now have a new technology (referred to as TV White Space) which is more cost-effective for wide area broadband access distribution and may be used on a licence-exempt basis – empowering property owners and communities to create their own networks.
This already happens inside homes and offices, where users install Wi-Fi routers and can enjoy them licence-free. Now with TV White Space, we can start to tackle unconnected communities.
The TV White Space signals use lower frequencies (than current Wi-Fi and 3G networks) (between 470MHz and 790MHz ) which can travel longer distances, skirt around hills and through buildings and trees, making them ideal for delivering broadband internet to many areas of rural Scotland. Speeds can vary depending on the terrain, range and number of users. The TV White Space is spare capacity in the gaps between TV stations, augmented by the switchover from analogue to digital TV between 2008 and 2012.
- This article was produced in partnership with Microsoft