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Authentic GIS Vranje visual combining the City of Vranje identity with a city panorama.
MapSoft · Municipal geospatial platform

GIS Vranje

Municipal Geoportal & Geospatial Data Platform

GIS Vranje combines accepted orthophoto/LiDAR, four specialist applications, municipal self-service publishing and continuing MapSoft maintenance, with the public platform operational in September 2026.

LocationCity of Vranje
ClientCity of Vranje - City Administration
Core delivery12.2019–09.2020 · operational Sep 2026 · support ongoing
MapSoft roleDirect contractor for the 2019-2020 citywide geospatial and software upgrade and direct supplier for documented annual Geoportal maintenance, technical support and platform extensions.
Project context

From fragmented municipal data to a living geospatial platform

GIS Vranje combines a refreshed orthophoto and LiDAR foundation with specialist web/mobile applications, municipal publishing workflows and long-term technical support. The important result is not only a delivered portal, but an operating model in which the City can continue routine thematic publishing while MapSoft supports, secures and extends the platform.

29 entriesPublic thematic GIS entriesOfficial City GIS gallery · Aug 2026
860 km²Accepted geospatial coverage40 km² urban + 820 km² non-urban
5 / 20 cm/pixelOrthophoto resolutionUrban / non-urban
4 applicationsAccepted specialist applicationsAccepted specialist applications
01MapSoft baseline & platform delivery

Platform establishment, accepted orthophoto/LiDAR and four specialist applications.

02City-published content / adoption proof

Municipal specialists continue routine thematic publishing inside the established environment.

03MapSoft support & evolution

Maintenance, backup, SSL, troubleshooting, publication assistance and platform extensions.

Geospatial foundation

Two acquisition scales for one citywide spatial baseline

The accepted 2020 delivery separated the dense urban core from the wider non-urban territory: 40 km² at higher resolution and 820 km² at lower resolution. Coverage graphics show the project footprint and realized airborne LiDAR strip pattern.

Regional project-area map distinguishing the 40 km² urban area and 820 km² non-urban coverage.
Urban and non-urban project coverage
Regional map showing the realized airborne LiDAR strip coverage across the Vranje project area.
Realized airborne LiDAR scanning strips
Municipal Geoportal

A browser-based gateway for municipal thematic information

The project established a shared environment for planning, infrastructure and other municipal themes instead of keeping spatial information isolated in separate CAD/GIS files. The authentic interface below shows the Geoportal and thematic-map gallery used as the entry point into that environment.

Historical 2017 GIS Vranje gateway showing thematic municipal maps.
Geoportal gateway and thematic-map gallery
Planning & thematic publishing

Large, readable operational views instead of thumbnail software proof

Application screens show how planning, land-use and renewable-energy information can be inspected as mapped objects with contextual panels and layer control.

GIS Vranje interface showing land-use and regulatory layers with contextual information for a selected planning area.
General Urban Plan information workflow
Geoportal view presenting renewable-energy locations and wider terrain and electricity-network context.
Renewable-energy thematic information
Operating-model boundary: MapSoft established the platform and baseline content. City of Vranje specialists subsequently continued routine thematic publishing. Later City-published themes are therefore shown as adoption and platform-capability proof, not automatically as MapSoft-produced datasets.
2D + 3D geospatial access

The same municipal environment reaches into interactive point-cloud inspection

The orthophoto/LiDAR application extends the municipal GIS beyond a conventional 2D viewer. Real project screens show urban point-cloud visualization, clipping and measurement tools directly in the browser-oriented workflow.

Second authentic 3D point-cloud interface view showing urban geometry and browser-based measurement tools.
Interactive 3D point-cloud measurement workflow
Operational municipal workflows

Infrastructure and asset information in the same spatial interface

A single map framework can carry detailed municipal asset records, technical descriptions, photographs and other structured information. The value is consistency: departments can work with different subject matter while sharing a common spatial interaction model.

Map and information panels illustrating access to detailed municipal asset or infrastructure content.
Municipal infrastructure and asset information

Specialist solar-potential analysis as a delivered application

The accepted software package included an application for solar-panel records and solar-potential analysis. The interface demonstrates roof-level visualization together with monthly and annual values for a selected building.

Map view with roof-level solar-potential visualization and building information.
Roof solar-potential analysis
Structured data

Municipal software depends on a data model, not only a map viewer

Early implementation work included relational modelling for investor-location attributes and supporting domain tables. Together with later SQL-linked maintenance work, this illustrates the structured-data layer behind the visible Geoportal experience.

MapSoft GeoportalSQLCAD/GISSLDSSLWeb/Mobile
Relational model for investor-location attributes and supporting municipal domain tables.
Investor-location relational data model
Client enablement & long-term operation

Deliver the baseline, transfer routine publishing, stay available for specialist support

The signed handover confirms the 2019–2020 geospatial datasets, four applications and remote training. Later final maintenance reports document server checks, backups, SSL renewals, raster and CAD/GIS support, new data publication and incremental integrations over multiple years.

  1. 01Establish platform and baseline municipal data
  2. 02Deliver refreshed orthophoto/LiDAR foundation
  3. 03Deploy four specialist applications and train users
  4. 04Enable City specialists to publish routine thematic content
  5. 05Provide specialist maintenance, security, integration and evolution support
2020Signed handover of spatial datasets, four applications and remote training
2021–2024Documented recurring maintenance, backup, SSL, publication and troubleshooting
2026Public Geoportal operational in September; MapSoft maintenance/support continuing
Delivered system

Geospatial data, specialist applications and an operating model that continued after handover

01

Urban digital orthophoto

Accepted 40 km² orthophoto.

5 cm/pixel · 40 km² · TIFF/World File; ECW
02

Non-urban digital orthophoto

Accepted 820 km² orthophoto.

20 cm/pixel · 820 km² · TIFF/World File; ECW
03

Urban point cloud

Accepted urban LiDAR point cloud.

8 pts/m² · 40 km² · LAS
04

Non-urban point cloud

Accepted non-urban LiDAR point cloud.

0.6 pts/m² · 820 km² · LAS
05

Four specialist applications

Orthophoto/point-cloud, mobile GIS, G-Parking access and solar-panel/solar-potential applications.

4 · Web/Mobile applications
06

Training and long-term maintenance

Remote training plus multi-year server, backup, SSL, publication, conversion and troubleshooting support.

Service
Interactive 3D point-cloud visualization with measurement tools.
What this project proves

MapSoft can combine municipal geospatial production, custom software and long-term platform evolution

GIS Vranje proves end-to-end municipal geospatial platform delivery and a sustainable operating model: MapSoft establishes the platform and baseline, transfers routine publishing capability to municipal specialists and remains the technical partner for continuing support, security, integrations and platform evolution.

29 public thematic GIS entries in August 2026860 km² accepted geospatial coverage5 cm / 20 cm accepted orthophoto resolutionFour accepted specialist applications

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