Static, citable disaster-risk explainer for Japan's PLATEAU open data. Building-level hazard zones rendered with strict three-state honesty (covered=false is never green).
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Updated
May 31, 2026 - TypeScript
Static, citable disaster-risk explainer for Japan's PLATEAU open data. Building-level hazard zones rendered with strict three-state honesty (covered=false is never green).
This is the repository of the Webapp, that is a product of Tomorrow's Cities Project, which aims at simulating future urban context and modelling potential impacts against multi-hazards.
Malaysia-focused flood risk prediction and explainability research project using FastAPI, Streamlit, geospatial data, and machine learning.
BARLO: Bayani Alert and Response for Local Operations. Predicts a storm's economic impact from typhoon forecast data using a PyTorch + scikit-learn model, deployed on Streamlit.
CCART is a country-agnostic physical climate risk framework. India is the reference implementation. The architecture is designed so that any country can be added by providing local boundary files and climate data
[8th IDRC, Best Overall Conference Paper Award] GraphCSVAE: Graph Categorical Structured Variational Autoencoder for Spatiotemporal Auditing of Physical Vulnerability Towards Sustainable Post-Disaster Risk Reduction
Open earthquake digital twin for Greater Dhaka — hazard, exposure, cascade, surrogate emulator
CRIMA ontology source files
Philippines Storm Impact Analyzer: a Streamlit web app combining typhoon forecast data with geographic and economic data to estimate damage and affected provinces. Built for the PJDSC competition.
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