Creation of digital and printed maps, spatial analysis, and data visualization. Used in planning, geological exploration, engineering surveys, and facility monitoring.
Expert support for projects at all stages: from selecting methods and planning work to analyzing results.
Analysis and processing of geophysical measurements to build cross-section models, identify anomalies, and assess subsurface structure. A key stage in prospecting, exploration, and engineering geology.
Measurements and constructions for the accurate determination of coordinates, relief, and site boundaries. Used for design, construction, cadastre, and monitoring of structural deformations.
Systematic monitoring of the subsurface environment: deformations, filtration, and technogenic impact.
A set of studies for analyzing soil strength, stability, and composition. Used for designing foundations and assessing the risks of subsidence, landslides, and technogenic impacts.
Topographic and Geodetic Works
A set of methods for studying the geological structure of the seabed and sediment thickness. Used in offshore exploration, cable and pipeline installation, and engineering inspections.
Borehole measurement methods for assessing lithology, saturation, fracturing, and the physical and mechanical properties of rocks.
A method for studying subsurface conductivity to identify aquifers, faults, ore bodies, and engineering defects.
Geophysical Investigations in Boreholes
A method for detecting magnetic field anomalies to search for ore bodies, faults, and engineering structures. Provides fast and non-contact site scanning.
A method for determining density anomalies based on variations in the gravitational field. Detects voids, faults, ore bodies, and construction risks.
A fast and large-scale geophysical method using unmanned systems and aviation. Identifies magnetic, gravitational, and radiation anomalies over large areas.
We provide integrated geological and geophysical services and engineering surveys.