• Accelerogram data processing : The software can process various types of accelerogram data, including real, synthetic, and analytical.
• Spectral analysis : The software can calculate different acceleration, velocity, and displacement spectra for accelerogram data.
• Calculation of earthquake parameters : The software can calculate various earthquake parameters, including magnitude, depth, distance, and intensity.
• Generating synthetic accelerograms : The software can generate synthetic accelerograms with desired spectra.

Software applications

• Design of earthquake-resistant structures : The software can be used for dynamic analysis of structures against earthquakes.
• Studying the effects of earthquakes on structures and buildings : The software can be used to assess the vulnerability of structures and buildings to earthquakes.
• Earthquake hazard study  : The software can be used to assess earthquake hazard in different regions.

SeismoBuild 

• An innovative package based on the finite element method, designed exclusively for the seismic assessment and retrofitting of reinforced concrete structures, and aimed primarily at design offices. It is the only civil engineering tool in the world that focuses entirely on structural assessment and seismic retrofitting.

SeismoStruct

• It is an award-winning finite element software that can predict the behavior of large displacements in space frames under static or dynamic loading. The analysis takes into account both geometric nonlinear effects and inelastic material behavior.

SeismoSelect

• It is a simple and efficient way to search, select, scale and download accelerometer data records from various strong ground motion databases available online. A variety of criteria can be used for searching, from target response spectrum to motion parameters (such as PGA and PGV or Arias and Hausner intensity), earthquake characteristics (such as magnitude, fault mechanism, location and date) or characteristics of the recording site (such as Vs30 or epicentral distance).

SeismoSignal

• It is a simple and effective method for processing strong ground motion signals. With an intuitive user interface, this software extracts a set of parameters needed by seismologists and earthquake engineers from the records.

SeismoMatch 

• Software that can match earthquake accelerograms to a target response spectrum. This is done using the wavelet algorithm provided by Abrahamson & Hancock or the Al Atik & Abrahamson algorithm. After loading the records and defining the target spectrum, it is sufficient to select the spectrum matching algorithm, set the survey frequency interval, and specify the tolerance level to perform the spectral matching process.

SeismoArtif

• A tool for generating artificial earthquake accelerograms that match a target response spectrum. This can be done with different computational methods and different assumptions. Although the use of real records and spectral matching methods along with record selection tools is usually recommended for nonlinear dynamic analysis of structures, SeismoArtif is a useful and reliable tool in situations where access to real records is difficult or inappropriate.

SeismoSpect 

• It is a simple and effective signal processing platform that allows the user to build a personal library of ground motion records and store them all in a single file; a feature that makes it easy to manage and share large numbers of records.

FRP Designer 

• It provides an efficient solution for designing reinforcement of reinforced concrete structures with FRP materials. This software calculates the capacity of reinforced concrete members reinforced with FRP layers and is suitable for designing reinforced columns and beams.

Together, these software suites provide a complete ecosystem for seismic analysis, record processing, and reinforcement design, where seismic data is meaningfully linked to real-world structural behavior.