DESIGN:  Seismic network design tools to plan arrays and meet monitoring objectives.

ACQUISTION:  Remote real-time data acquisition and processing with customisable triggering settings.

PROCESSING:  Manual and automated waveform processing with efficient workflows. Complex velocity models and sophisticated algorithms for seismic event location.

INTERPRETATION:  Full 3D visualisation of events and objects with intuitive movement through scene. Enhanced interpretation of seismic and microseismic clouds. 

UNDERSTANDING:  Improve understanding of mechanics with calculation and visualisation on moment tensors.

• Import data from a wide range of common formats including SEGY, SEG2, SEGD, SEISAN, SEED, MiniSEED, GCF, SAC.
• Event detection and triggering from data streams.
• Windows based graphical user interface.
• Manual or automatic processing of event data with range of sophisticated automatic arrival-picking, source location and source parameter algorithms.
• Rotation of waveforms from triaxial or quadraxial instruments into ray coordinate systems and display of particle motions on hodogram plots.
• Display of colour-density sonograms and polarisograms.
• Calculation of display of custom shakemaps
• Customisable Local Magnitude calculation
• Storage and management of event parameters and waveforms on a remote PC for easy access by multiple users managed with Microsoft's SQL server.

• Ray-tracing algorithms with complex velocity structures to locate microseismic events  within a 3D volume (including anisotropy).
• Display of the event locations in a 3D scene, allowing rotating, panning, magnifying and flying through the scene plus creation of hot-planes and 3D objects.
• Velocity analysis for 'active' data for velocity and amplitude information including calculation of transmission velocities from picked arrivals and waveform cross-correlation for repeated surveys.
• Calculation and visualisation of source mechanisms and fault plane solutions.
• Advanced interpretation tools including customisable charting of event parameters (e.g. velocities and amplitudes, b-values, magnitudes), display of preferential orientation described by events through statistical distribution, uncertainty volumes, and cluster analysis.