Seismological Signal Processing – Software Tailored to Your Needs
From embedded sensor firmware to full-stack visualization — we build the software that turns your seismic data into actionable intelligence.
Custom software, built by scientists who use it
Most seismic software consultants adapt generic tools to your problem. Our team of seismologists and software engineers starts from the physics — so the solutions we build are correct by design, not by approximation.
We work across the full stack: from real-time signal processing plugins running on the sensor edge, through data acquisition and post-processing pipelines, to interactive web dashboards and reporting tools. Whether you need a targeted plugin or a complete end-to-end system, we scope each engagement to deliver working software against your specific data and requirements — not a generic framework you have to adapt yourself.
Typical engagements include: sensor firmware plugins, automated earthquake catalogs, geothermal injection monitoring pipelines, structural health monitoring dashboards, and integration of seismological algorithms into existing institutional software.
Earthquake Detection and Characterisation
Seismic datasets grow faster than teams can process them manually. We build automated analysis pipelines that extract every event — including the ones classical STA/LTA detectors miss — and deliver a clean, attributed catalog ready for decision-making.
Detection
We apply neural-network phase pickers (PhaseNet, EQTransformer via SeisBench) to continuously scan your waveform archive — recovering microseismic events down to completeness magnitudes that template matching or manual review rarely reach. Delivered as a fully automated, continuously updated event catalog.
Localization
From single-array to multi-network geometries, we produce high-resolution hypocenter catalogs with calibrated uncertainty estimates. Applications range from tracking induced seismicity migration during well injection to mapping fault structures at regional scale.
Characterisation
We determine source mechanisms through full moment tensor inversion or finite fault models, and compute standard magnitude and stress-drop parameters. Results are delivered in standard seismological formats (QuakeML, StationXML) and as publication-ready figures — giving you the detail needed for regulatory reporting, hazard assessment, or peer-reviewed research.
Ready to build your monitoring network?
Expert consulting services to help extend your seismic monitoring system. Our team of experienced engineers and scientists can work with you to design a customized monitoring solution that meets your specific needs, and provides reliable and accurate data for your seismic monitoring applications.
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