When choosing calculation software, the right question is not “how many features does it have” but who uses it, on which works, and on what scientific basis. This page collects GeoStru’s references in three verifiable forms: the research carried out with universities, the scientific publications in which our codes are used, and a selection of…
The bill of quantities is the part of a project where the most time is lost and the most errors hide: items searched by hand in price lists, quantities copied from drawings, regional price lists updated every year, formats that have to talk to the contractor and to the contracting authority. Computo NX is GeoStru’s…
The calculation of slope stability is an essential operation for a proper analysis of rocky elements plan. To tackle modern geotechnical challenges, the RockPlane NX software stands out as the definitive solution to calculate the stability of these elements in both static and seismic conditions Geometric criteria in analysis of rocky elements RockPlane NX allows for…
The geology and geotechnical engineering sector is undergoing a rapid digital transformation. Today, to optimize time and precision on site, we present GMS NX, the next generation of the geomechanical survey by GeoStru. This tool completely reimagines the professional’s workflow: your geomechanical survey goes directly from measurement with the compass on the rock face to…
The world of design and surveying requires increasingly faster, integrated, and accessible tools. With this goal in mind, Trispace NX was born, the new 2D web CAD of the GeoStru NX suite. Specifically designed for the needs of engineers, architects, agronomists, surveyors, and geologists, this software redefines the concept of technical drawing by combining the…
In modern geotechnical practice, analyzing soil susceptibility under seismic conditions requires increasingly rapid, precise, and rigorous tools. GeoStru LiquiTer NX represents the vanguard in this sector: an advanced web software designed to automate liquefaction analysis with AI starting from in-situ tests such as SPT, CPT, CPTU, CPTE, and Vs. In this article, we explore the…
Addressing the stabilization of a hydrogeological instability that threatens a main road requires extremely fast reaction times and the use of an advanced geotechnical cloud. In a recent operation to secure a rotational landslide, the design team faced a critical obstacle: the fragmentation of the information flow. Geologists were busy at the landslide site performing…
Case study • Hydrogeological instability The Niscemi landslide: from mapped risk to 3D modelling and stability analyses An integrated approach: GeoRisk for hazard, GeoStru Maps for the three-dimensional reconstruction, Slope (LEM+DEM) for 2D/3D stability and Debris Flow for rapid phenomena. Why this event matters The Niscemi landslide shows how much risk management requires tools able…
The BEP (BIM Execution Plan) is a fundamental document in the design, construction, and management of projects using the BIM (Building Information Modeling) methodology. It is an operational guide that defines how BIM should be used in a specific project and ensures that all involved parties collaborate effectively and in a coordinated manner. A Bit…
BIM (Building Information Modeling) refers to the entire process of planning, creating, and optimizing constructions and infrastructures using various software tools. The geometric model (the 3D rendering of the infrastructure) is accompanied by data for each individual component: properties and characteristics that follow a standardized format, allowing software to correctly interpret the information related to…
