GeoSIG Ltd
4 software found

GeoSIG Ltd software

GeoSIG - Graphical Application Software

GeoSMART is an innovative graphical application that provides tools for realtime structural health monitoring for civil engineering structures. GeoSMART, with its “smart” features, can monitor and display the status of a structure that is equipped with GeoSIG measuring instruments. GeoSMART is S2HM in a Box; it has been designed to meet fundamental engineering requirements with respect to structural health monitoring applications.

GeoSIG - Graphical Microsoft Windows-Based Software

GeoDAS is a graphical Microsoft Windows-based application. It provides the most comprehensive, intuitive and versatile features available in the earthquake, seismic, structural, dynamic and static monitoring and measuring industry. Fundamentally the program is used for instrument configuration and for acquisition of data provided by any standard GeoSIG instrument. . All recent Windows versions are supported, down to Windows 7. It may work also on the obsolete Windows XP but we no longer support it. Virtual machines or wrapper applications can be used to enable its many features to run under Linux, Mac OS, Unix and other operating systems too.

SEISAN - Analysis Software Suite

SEISAN analysis software suite is a complete set of programs and an uncomplicated database for analyzing earthquakes from analog and digital data, by University of Bergen. GeoSIG’s software GeoDAS can automatically link to an existing SEISAN database and can automatically provide all retrieved data from all configured stations into this database in a directly useable format. The system consists of a set of advanced seismic analysis programs operating over a seismic database. 

ARTeMIS - Modal Analysis Software

The ARTeMIS software range is an effective tool for modal identification of civil engineering structures such as buildings, bridges, dams and offshore structures. The software allows the user to accurately estimate natural frequencies of vibration and associated mode shapes and modal damping of a structure from measured responses only.