OpenQuake Engine: a software for Seismic Hazard and Risk Analysis
OpenQuake Model Building Toolkit, a suite of tools for building components and analysing models for PSHA.
A web service and Python library for selecting and testing ground shaking intensity models (GSIM)
DEPRECATED. Please refer to https://github.com/gem/oq-platform2
A Python toolbox for earthquake source uncertainty quantification and propagation
The OpenQuake Platform
Tools for Hazard Model Evaluation and Testing
Agentic MCP server for European seismic hazard & risk. 24 tools over ESHM20+ESRM20: hazard, UHS, CMS, fragility, damage, AAL, conditional-spectrum record selection (ESM), user-defined GMMs per TRT, browser front-end. OpenQuake-backed, stateful 4-tier cache. Companion to Vemula, Jehel, Cotton, Gatti (2026).
The following report contains the description of the impact, damages, and losses due the M7.5 earthquake that occurred at Palu, Indonesia on 28 Sept’18.
Openquake Model Explorer: Visualization and Processing of Global Earthquake Models.
Open-source seismic resilience assessment for Philippine school building portfolios — a free Pelicun + openquake.hazardlib reimplementation of a 2021 UofT MASc thesis (PBEE loss + recovery for 1,021 Metro Manila schools). AI-agent-built.
matlab script to plot disaggregation (in inplementation for the other conbinations that contribute to hazard)
Scenario earthquake damage and risk for Germany: GEM building exposure disaggregated to a 1 km grid, OpenQuake hazard library, interactive map dashboard
Aplikasi Streamlit untuk menjelajahi katalog gempa Indonesia, menghitung bahaya gempa (PSHA) dengan OpenQuake, dan membuat peta siap cetak.
Ensemble regression of seismic shaking: weighted ground-motion logic trees, lithology-conditioned Vs30 priors and spatially blocked Random Forest residual learning — from finite rupture through ShakeMap reconciliation to macroseismic population exposure with aleatory bounds.
Reproducible Python pipeline for multi-hazard (earthquake, tsunami, wind) risk assessment of the Marmara basin and Istanbul — generates the study's geospatial figures from open datasets.
AI–digital-twin workflow for Istanbul seismic resilience: EEW architecture, seismotectonic mapping, and open ground-motion validation.
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