Geotica-Geotechnical AI Analysis Tool

Example

Automates the processing and interpretation of geotechnical lab test data, such as Atterberg limits, grain size distribution, and triaxial tests.

Scenario

In a soil characterization project, LabLink could be used to rapidly process a series of soil samples from different depths, providing a detailed analysis of each layer's physical and mechanical properties.

Example

Facilitates the design of foundations, including shallow and deep foundations, by integrating soil parameters and loading conditions.

Scenario

When designing the foundation for a multi-story building, GenDesign can suggest the most suitable foundation type, calculate the required dimensions, and evaluate the safety factors based on the soil conditions and building loads.

Example

Converts Cone Penetration Test (CPT) data into detailed soil profiles, offering visual and analytical insights into subsurface conditions.

Scenario

During a site investigation for a new highway, MapCPT could be used to interpret CPT data along the proposed route, identifying critical zones such as soft soils or potential liquefaction areas.

Example

Captures and analyzes in-situ conditions using geospatial data, facilitating site evaluation and risk assessment.

Scenario

For a landslide risk assessment project, GeoSnap can analyze satellite imagery and topographical data to identify areas with potential slope stability issues.

Example

Provides a detailed 3D visualization of underground structures, soil layers, and foundation elements, enhancing understanding and communication.

Scenario

In a complex urban environment with numerous underground utilities, GeoLens can be used to visualize the subsurface, aiding in the planning of excavation works and avoiding potential conflicts.