Interactive Risk Map

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Overall Risk Score

0
Calculating...
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Earthquake Risk

0.0

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Flood Risk

0.0

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Rainfall Impact

0.0

Engineering Recommendations

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Risk Breakdown Visualization

About AI-Based Disaster Risk Analyzer

A professional-grade environmental assessment tool designed for modern civil engineering and urban planning.

Intelligent Logic

The system uses weighted algorithmic scoring based on multi-source sensor data and historical records to evaluate site viability.

Real-Time Data

Direct integration with USGS and Open-Meteo ensures the most current seismic and meteorological data is used for every analysis.

Engineering Focused

Recommendations are tailored to structural safety, drainage requirements, and foundation integrity based on risk tiers.

Project Developed By

Moawia Husnain

Civil Engineering & AI Integration Specialist

Uses & Practical Scope

1. Pre-Construction Site Assessment

Ideal for civil engineers to conduct preliminary risk screening before geotechnical surveys. It helps identify "red-flag" zones for flooding or high seismic activity.

2. Urban Planning & Zoning

Urban planners can use the tool to evaluate large-scale developments and their proximity to river discharge points or seismic fault lines.

3. Academic & Environmental Research

A valuable resource for students and researchers studying the impact of rainfall intensity and long-term disaster trends on infrastructure.

4. Disaster Mitigation Planning

Helps in designing proper stormwater management systems and selecting appropriate building materials (e.g., ductile design in earthquake zones).

Frequently Asked Questions

How accurate is the risk score?

The score is a calculated estimate based on 20 years of historical data. While highly indicative of trends, it should be supplemented by on-site geotechnical investigations.

Where does the data come from?

We use the United States Geological Survey (USGS) for earthquake data and Open-Meteo Global Archives for rainfall and flood discharge data.

What does the 0-100 score mean?

0-40 is Low Risk (Safe/Standard practices), 40-70 is Medium Risk (Enhanced caution), and 70-100 is High Risk (Significant engineering interventions required).

Does it work globally?

Yes, the tool utilizes global datasets and can analyze coordinates anywhere on Earth.