3D Orbits Plots: Visualize the actual trajectory of ground motion in 3D space with interactive Orbit Plots. Analyse the correlation between horizontal and vertical components to identify dominant directions of shaking.

Simultaneous Component Processing: Import, baseline correct, and filter all three orthogonal components (North-South, East-West, Vertical) simultaneously, ensuring phase consistency and synchronization across your dataset.

Structural Engineers: Engineers performing seismic design, retrofit assessment, nonlinear time-history analysis, or site-specific studies need fully processed, baseline-corrected, and spectrally analysed accelerograms. SeismoSignal 3D provides all required ground-motion parameters — from PGA, PGV and PGD to RotD spectra — in a clean, consistent and exportable format.

Seismologists and Seismic Hazard Analysts: Researchers analysing strong-motion data from seismic networks rely on SeismoSignal 3D to process 2D or 3D recordings, apply filtering and baseline correction, compute cumulative metrics (Arias Intensity, CAV), and generate spectra for hazard investigations or academic publications.

Geotechnical Engineers: Professionals performing site response analyses, soil-structure interaction studies or liquefaction assessments require reliable multi-component input motions. SeismoSignal 3D ensures that the processed signals are physically meaningful and ready for advanced geotechnical modelling.

Engineering Consultants & Design Offices: Consultants preparing seismic assessment reports, performance-based design submissions, or retrofit proposals use SeismoSignal 3D to convert raw accelerograms into standardized sets of plots and tables that can be directly incorporated into project documentation.

Government Agencies & Earthquake Networks: Organisations managing strong-motion stations, seismic monitoring programs, or building-code calibration studies need robust tools to process large volumes of accelerograms. SeismoSignal 3D provides the accuracy, repeatability and professional-grade outputs required by official datasets.

Universities & Research Institutions: In academic environments, SeismoSignal 3D is widely used for teaching strong-motion processing, and analysing datasets for scientific studies. Its intuitive interface makes it ideal for both high-level research and teaching.

Parallel RotD Calculation: Leveraging multi-core processing, the calculation of RotD100, RotD50, and RotDxx spectra is now significantly faster, enabling the rapid processing of massive record suites.

Enhanced 3D Orbit Plots: New high-performance visualization engine for smoother, more detailed inspection of 3D trajectories.

AI Assistant Integration: Get real-time help with interpreting complex 3D parameters and navigating the software interface.

Generation of orientation-independent spectra (e.g. RotD100/RotD50) from recorded ground motions for code compliance or performance-based design.

Rigorous processing of real earthquake data in 3D — When you have recorded accelerograms (especially 3-component data), SeismoSignal 3D ensures they’re correctly baseline-corrected, filtered, and converted into the full set of parameters needed for engineering analysis, research, or code compliance.

Efficiency and repeatability — The visual interface and automation reduce the chance of human error, make the process faster, and enable repeated processing of many records with consistent settings.

Integration processed ground motion data into structural modelling, design workflows or retrofit assessments — through export to common tools like Excel or Word.

SeismoSignal Feature Set: Includes the baseline correction, filtering, and several of the ground motion parameter calculations of the standard SeismoSignal version.