MipMap combines survey expertise, GNSS technologies, terrestrial laser scanning and spatial software. The resulting information can be measured, maintained, transformed and confidently shared across systems throughout a project’s lifecycle.
Geodetic control stations are the anchor points of national and project-level spatial referencing. We develop and deploy software that supports the accurate representation, maintenance, updating and publication of control-station coordinates.
TÜBİTAK National CORS Establishment, Türkiye — 150 sites and one control centre providing RTK and post-processing services nationwide.
A geographic datum transformation converts information between coordinate systems so that every dataset aligns correctly on the map.
Our specialists select the most appropriate reference system for the geography and intended use, then convert existing coordinates while protecting positional integrity.
We assess existing reference points, benchmarks and Continuously Operating Reference Stations before designing the additional control required by aerial and terrestrial surveys.
Review national control points, benchmarks, coverage and site conditions.
Install GNSS base stations, ground control points and levelling references.
Apply rigorous observations and adjustment procedures for a coherent network.
Monitor station health and preserve reliable RTK and post-processing services.
Land surveying reveals how terrain interacts with planned infrastructure. Satellite positioning, field observations and GIS data are combined into comprehensive maps and routes that inform design decisions.
Terrestrial laser scanning complements conventional surveying by continuously measuring the distance to surrounding objects from a stationary sensor.
Modern scanners can connect directly to GNSS receivers, giving the scanner station a precise position and producing dense, accurate three-dimensional records.
Accurate property rights are fundamental to functioning land and real-estate markets. We connect GNSS surveying, laser-derived elevation data, realistic 3D city models and legal records in one spatial framework.