Systemic Risk & Cascading Failures
We study how local disruptions spread through economies, infrastructure, supply chains, and social systems, and identify the nodes that amplify systemic risk.
systemic riskcascading failurenetwork science
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Research
Research
Our work focuses on risk propagation, impact assessment, recovery pathways, and decision intelligence in complex systems.
Disaster Impact & Recovery Modeling
We assess the direct and indirect effects of disasters and compound shocks on industries, cities, and regional economies, and simulate recovery pathways.
ARIOdisaster impactrecovery modeling
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Climate Risk & Urban Resilience
We study exposure, vulnerability, adaptation capacity, and long-term resilience investments under flood, heat, storm surge, and other climate risks.
climate riskurban resilienceadaptation
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Infrastructure & Supply-Chain Risk
We map dependencies among transport, energy, water, communications, and supply-chain systems to analyze disruptions, bottlenecks, and substitution pathways.
infrastructuresupply chainresilience
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AI for Risk Assessment
We explore machine learning, knowledge graphs, and language models for risk identification, evidence extraction, scenario generation, and decision support.
AIknowledge graphdecision intelligence
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Data Infrastructure for Risk Science
We build maintainable, citable, and traceable data products to support risk research, model development, and policy assessment.
data infrastructuremetadataopen science
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