Internet service provider Quickline worked with emapsite, a location services platform, to connect business and communities to super-fast broadband.
Quickline wanted potential customers to find out quickly and easily whether they can connect successfully to its network simply by entering their postcode on its website.
The web services model built by emapsite establishes whether there is a clear line for the signal from Quickline’s mast infrastructure using the property address, building heights, terrain and surface clutter. Detailed geographic data was critical to the viability and success of the model.
The Quickline website asks customers to enter their postcode, which calls the emapsite address API. This is based on the latest OS AddressBase data update, providing a list of addressable options and height of that property using the building height attribute (BHA) from OS MasterMap.
emapsite then runs line-of-sight (LoS) analysis at address level using an accurate property height to the three nearest mobile masts and known heights of the satellite equipment. This unique LoS is run through the radio Fresnel zone against detailed OS Terrain 5 data and surface clutter derived from buildings, structures, vegetation, and trees including Bluesky’s National Tree Map.
The response to the user is a simple ‘we can connect you to super-fast broadband’, ‘we can’t connect you yet but hope to soon’, or ‘we may be able to connect you and will survey your site’. These calculations are complex algorithms that are run in parallel on multiple GPUs to achieve sub-second responses. The service is available as an API that can be tailored to fit a business workflow and requirements.
Previously each enquiry would require a surveyor site visit at a cost of £150, sometimes with the need to stand on a ladder with binoculars to locate a mobile mast in a 360 arc. The net savings in costs per connection for Quickline are enormous and still to be properly determined.
The integration of geographic data services has been transformational to Quickline, not only with the ability to inform users instantaneously whether they can connect or not, but in effective planning of marketing to suitable customers.
The solution also supports network planning by running point to multi-point scenarios that identify the best positions for new mobile masts to connect the widest potential audience in poorly connected areas.
This case study was jointly produced by the Association for Geographic Information and the Royal Geographical Society (with IBG).
This is an open access article under the terms of the Creative Commons Attribution License (CC BY NC 4.0), which permits use, adaptation, distribution and reproduction in any medium or format, provided the original work is cited and it is for non-commercial purposes. Please contact us for other uses.
Royal Geographical Society (with IBG), Association for Geographic Information (2019).Connecting the unconnected communities. Case study. [online] Available at: www.rgs.org/impact/emapsite/ Last accessed on: <date>
Young people’s inputs to urban planning and design has improved Garden Village developments
Improved techniques for gathering and structuring data about local areas has enhanced the usefulness of the census and enabled better use of population data.
Using GIS to forecast the effect of cold weather on roads has improved safety and reduced cost for councils.
Fostering effective and engaged collaborative research on climate change in Bangladesh may help mitigate the country’s vulnerability, especially to sea-level rise.
By placing a booking, you are permitting us to store and use your (and any other attendees) details in order to fulfil the booking.
We will not use your details for marketing purposes without your explicit consent.
You must be a member holding a valid Society membership to view the content you are trying to access. Please login to continue.
Join us today, Society membership is open to anyone with a passion for geography
Cookies on the RGS website