Survey control networks
Project coordinate frameworks, transformations and stable control.
Data Acquisition
Terrestrial & GNSS Surveying
Survey control, precise field measurement and engineering geodesy that connect acquisition, design and construction to a reliable spatial reference.
What we do
Reliable control and precise field measurement
MapSoft combines GNSS, total-station, precise levelling and field-control methods to establish reliable spatial reference and detailed measurement for geospatial and engineering projects. The same capability supports control networks, orientation and check points, construction geometry, local detail and validation of airborne, UAV, mobile and hydrographic surveys.
Method selection depends on required accuracy, visibility, site access and project stage. Field observations are integrated with network adjustment, coordinate transformation and downstream CAD/GIS production rather than treated as isolated measurements.
Where it is used
Built around the project context.
Engineering & construction
Detailed survey, setting-out support and as-built checks.
Acquisition control
Ground control and independent checks for airborne, UAV and mobile data.
Cadastre & land work
Boundary, parcel, topographic and legal-survey support.
How we work
A controlled path from requirement to delivery.
MapSoft selects the measurement method and equipment configuration according to the project, required accuracy and field conditions.
Reference system, accuracy, network geometry and final engineering use.
Existing control review, stabilization and observation strategy.
GNSS, total station, levelling and project-specific direct measurements.
Redundancy, transformations, least-squares adjustment and independent control.
Acquisition support, design data, setting-out, monitoring and as-built records.
Typical outputs
What the client receives.
Control networks
Coordinates, elevations and adjustment results
Ground control
GCP / check points for remote acquisition
Topographic survey
Detailed field-measured geometry
Engineering observations
Structures, alignments and construction control
Transformation parameters
Consistent project reference frames
Quality & control
Redundancy, network geometry and independent checks
Field-survey quality is established by observation design and adjustment, not by a single instrument specification.
Network & observation design
- Appropriate geometry and redundancy for the required accuracy.
- Stable point selection and project-specific monumentation.
- Combination of GNSS, total-station and levelling observations where needed.
- Reference-system and transformation control.
Adjustment & verification
- Network adjustment and residual review.
- Independent check observations and closure controls.
- Repeat measurement / epoch comparison for engineering networks where required.
- Traceable delivery of coordinates, methods and accuracy evidence.
Project evidence
All matching projects→Capability proven through realized work.
geospatialNovi Sad–Ruma Corridor — Integrated Geodetic Engineering for Road, Tunnel & Bridge Construction
A multi-year geodetic engineering engagement spanning corridor-scale reality capture, engineering-ready terrain/topography, geodetic networks, setting-out, monitoring design, construction-phase network realization and expropriation support.
47.896 kmCombined documented corridor scope
View project →
geospatialBelgrade–Niš Railway — Engineering Geospatial Foundation
Specialist geodetic and geospatial work supporting railway modernization through a unified reference framework, an engineering survey network, airborne LiDAR and aerial imaging, field and tunnel survey, 1:1,000 engineering products and confirmed land-expropriation design packages.
235 kmRailway corridor length
View project →
geospatialBački Petrovac Cadastral Renewal & Land Consolidation
Whole-cadastral-municipality transformation combining cadastral renewal, historical-plan digitization, high-resolution photogrammetry, digital cadastral/topographic databases and technically governed land consolidation.
13463 parcelsAgricultural parcels before consolidation
View project →
geospatialCIRC-BOOST Belgrade — 3D Building Survey for Circular-Construction Research
A high-resolution urban 3D survey combining UAV and mobile LiDAR, GNSS control, point-cloud processing and CityGML LoD2 modelling to create a validated spatial foundation for circular-construction and building-stock research.
38 missionsUAV flight missions
View project →
geospatialBelgrade Bypass Sector C — Digital Topographic Foundations
A major road–rail infrastructure mapping project combining airborne LiDAR, aerial photogrammetry, field control, direct georeferencing, point-cloud processing, terrain modelling, orthophoto and detailed 1:1,000 CAD-ready topographic production.
~3,400 haDocumented final realization area
View project →MapSoft
Talk to our team→