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EVIDENCE ANALYSIS · NOT A GEOSAT CLIENT

Barrow: GBP 26,000 a year with GeoServer and GeoNetwork

Barrow reported GBP 26,000 in annual savings with GeoServer and GeoNetwork. We examine the architecture, conditions and limits of the case.

Organization

Barrow Borough Council · Cumbria, United Kingdom

Evidence type

Reported recurring software and licensing savings

Evidence date

Issued September 2011 and updated February 2012

Technologies mentioned

GeoServer · GeoNetwork · WMS · CSW

Reported recurring software and licensing savings

GBP 26,000/year

The problem was not desktop GIS

Barrow Borough Council needed to publish metadata and geospatial services that complied with the European INSPIRE regulations. This is not a case about replacing ArcGIS Pro or ArcMap with QGIS. Its scope was publishing, cataloguing and discovering geospatial data.

The council already ran an open web-mapping system based on GeoServer. The project added GeoNetwork and the UK Location metadata editor to an existing server, with support from the information-technology team.

Architecture and technical result

GeoNetwork stored and published metadata through the CSW standard while GeoServer delivered map visualization. The test catalogue reached 39 records and was successfully harvested by the data.gov.uk test service. With GeoServer 2.1.3, the council reported that it could publish WMS 1.3 services at the required response times.

The source estimated roughly one day to install GeoNetwork and another for users to become familiar with it, under explicit conditions: server infrastructure and some technical knowledge already existed. GeoServer had required a similar effort when first installed.

What GBP 26,000 a year means

The Local Government Association reported that open-source software led to GBP 26,000 in annual software and licensing savings. It also noted that GeoServer, GeoNetwork and the metadata editor did not carry software-license costs.

This is a recurring figure reported by the institution, but the source does not provide a detailed proprietary baseline, a list of retired products or a valuation of internal staff. It also does not update the result beyond 2012.

Conditions that are often omitted

  • Server infrastructure was already available.
  • Both GIS and IT staff supported the implementation.
  • Specialist knowledge was required to install, configure and maintain the solution.
  • Intellectual-property restrictions on some datasets remained even though the software was open.
  • Technical INSPIRE compliance did not automatically make the underlying data compliant.

What Colombia can learn

Barrow shows that OGC publishing and cataloguing can be separated from desktop GIS. An organization can remove proprietary cost from that layer without migrating every user and analytical workflow at once.

Before using GBP 26,000 as a financial benchmark, a Colombian organization must budget server administration, monitoring, backups, security, updates and specialists. The transferable lesson is architectural: migrate layer by layer and measure each retired cost against the new operating cost.

APPLY THE CASE TO YOUR DATA

Calculate first; then validate every workflow

Use annual Esri spend for a preliminary range. We then build the functional inventory and real migration budget.