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New economic model to make the case for rural connectivity

The project, which initially focuses on an area of Scotland, will base network infrastructure feasibility on a range of factors rather than number of people and seeks to address digital divides.

Telecoms mast in Strathconan in the Scottish Highlands
Telecoms mast in Strathconan in the Scottish Highlands

A consortium of research partners – working together in support of the Scottish council area of Moray’s regional growth deal – could pave the way for better connectivity in remote and rural areas by creating a new commercial model for delivering critical telecommunications infrastructure.


The partners want to address the digital divide between areas that have access to fast, reliable telecommunications – typically large population centres – and communities that experience limited access to increasingly vital public services, many of which are in rural Scotland.


Consortium members


Censis – Scotland’s Innovation Centre for sensing, imaging, and Internet of Things (IoT) technologies – the Scotland 5G Centre, and Digital Health & Care Innovation Centre (DHI) have received funding from the Scottish Government to develop an economic model that could redefine the assessments behind infrastructure deployment, prioritising the potential value to communities over cost.


The consortium’s feasibility study will draw on a wider range of factors to determine the overall viability of network infrastructure, rather than relying purely on the number of people in a given area.


Using healthcare as the principal use case, it will factor in the societal and quality of life benefits that enhanced connectivity could bring to rural areas. This will be determined, for instance, by the cost prevention and health benefits delivered by supporting people with underlying conditions to live more independently and avoid hospitalisation, or re-admission, through tele-medicine or remote care services.


“We are aiming to change the way we assess the viability of proposed telecommunications infrastructure, to the benefit of currently under-serviced communities,” said Paul Winstanley, CEO of Censis. “While there might be a smaller need in rural areas when you look at it purely in terms of population figures, network coverage is incredibly important from societal and economic impact perspectives – factors not currently priced into existing commercial models.

“Building on the collective strengths of the three centres, we can demonstrate the value delivered using healthcare as the initial use case and then build out a range of other applications”

“On the back of the pandemic we have seen huge growth in access to services being delivered remotely. As a consequence of a lack of connectivity people in rural areas don’t have that opportunity and this project could be the foundation of addressing that imbalance in the long term.


“Building on the collective strengths of the three centres, we can demonstrate the value delivered using healthcare as the initial use case and then build out a range of other applications that could deliver socio-economic benefits in rural communities.”


The health use case will be developed by DHI, while Censis will look at the additional applications in other sectors. The Scotland 5G Centre will analyse the connectivity through different telecommunications standards – including, but not exclusively, 5G.


Although the project’s main geographical focus will be Moray, it will also examine how the same model might be applied to rural and remote areas in the south of Scotland. The principles developed by the study could be employed by communities in the UK and potentially across the world.


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