gamma-phase-associatorv0.1.0

Seismic network operators use GaMMA to re-process historical and real-time phase picks to build more complete earthquake catalogs. By associating picks into events and estimating source parameters, they improve detectability of small earthquakes and aftershock sequences.

Oil, gas, and geothermal companies deploy GaMMA to monitor microseismic activity around injection and extraction wells. It automatically clusters P/S picks into events, enabling rapid detection of induced earthquakes and compliance with regulatory thresholds.

Early warning systems integrate GaMMA to associate incoming picks from multiple stations into earthquake events within seconds. The estimated location, origin time, and magnitude feed downstream alerting algorithms to issue warnings before strong shaking arrives.

Emergency responders and seismological agencies use GaMMA to quickly process large volumes of picks following a mainshock. The resulting event catalog helps map fault rupture extent and assess ongoing seismic hazard.

Researchers apply GaMMA to dense array and temporary network data to study fault behavior, earthquake triggering, and crustal structure. The Python API enables integration with custom workflows for magnitude estimation and statistical seismology.

GaMMA remains open-source under a permissive license, while the team offers paid support, custom feature development, and training for enterprise users. This builds a community around the tool and monetizes through service agreements.

A cloud-based service ingests phase picks from customer networks, runs GaMMA association, and delivers real-time event catalogs and alerts via API and dashboard. Subscription fees scale with data volume and number of stations.

GaMMA is bundled as a module within a larger commercial seismic processing package that includes pickers, location tools, and visualization. Customers license the entire suite for end-to-end earthquake analysis.