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EUREKA international consortium project

GIS-based platformUtilised for seismicResilience ofUrban communities

GURU connects hazard data, building inventories, sensor streams, AI inference, and recovery analytics in one decision-ready environment for cities.

Illustrative urban representation for the GURU platform
GURU resilience assessment framework concept
Three operational lenses

The consortium design converges on pre-event preparedness, event-time sensing, and post-event recovery intelligence.

Project scope

One platform across pre-event, real-time, and post-event operations

GURU brings together resilience science, GIS engineering, sensing, structural inference, digital twins, and recovery planning within a unified product vision.

Research pillars

A shared architecture for risk, sensing, AI, and recovery

GURU is not just a map viewer, but a full workflow linking seismic hazard, community resilience, structural response, and decision support.

GURU resilience framework architecture

What the current concept already makes clear

GURU is designed as a modular environment where spatial data, structural logic, and recovery intelligence are integrated instead of handled in isolation.

    Consortium

    International partners shaping one shared platform

    The project structure links academic research, applied engineering, sensing technology, GIS product development, and urban testbed thinking across South Korea, Denmark, and Türkiye.

    Progress so far

    International coordination continues to sharpen the platform direction

    Partner briefings show steady progress across work packages, with pilot-area sensor installation planned for the coming months to support field-ready validation.