Our company, in partnership with Prehnit d.o.o. from Zagreb and Infrastruktura d.o.o. from Podgorica, is participating in the implementation of the innovative GeoNext project, supported through the EmBRACE Small Project Fund.
GeoNext focuses on the development of modern geoinformation services aimed at improving spatial planning in cross-border areas, contributing to more efficient and sustainable development. The project is co-financed through the Interreg IPA Cross-border Cooperation Programme Croatia – Bosnia and Herzegovina – Montenegro.
The EmBRACE programme (Enhancing MSEs sustainaBle gRowth And CompEtitiveness) aims to strengthen the competitiveness and sustainable growth of small and medium-sized enterprises, fostering innovation and cross-border collaboration.
More information here.
Our company successfully completed the design, establishment, and measurement of the primary geodetic network for the construction of the A11 highway on the Vukosavlje–Brčko section. The project was implemented for the investor "Autoputevi Republike Srpske", with CSCEC Limited as the main contractor. High-precision engineering geodesy work was carried out using modern equipment and expert staff, achieving excellent results in accordance with the highest industry standards.
A geodetic survey has been successfully completed in the cadastral municipality Zvornik 1, funded by the Republic Administration for Geodetic and Property-Legal Affairs of RS. The works took place from August 2024 to June 2025. A 1:1000 scale plan was created using classical geodetic methods. This project provides the basis for establishing a Unified Real Estate Cadastre in the area.
In March 2024, our company conducted a project involving aerial photogrammetric imaging and data collection on land rights and parcels along the route of the JANAF pipeline in Bosnia and Herzegovina, leading to the Brod Refinery. The project, commissioned and funded by JANAF, supports the conservation and cleaning of this pipeline section. High-resolution imagery was acquired using drone-based photogrammetry.