FloodSense

AI-powered flood risk prediction & visualization platform

Developed by Ritvik Shah & Rishi Yedavalli

Flood Prediction

Select a scenario or enter custom environmental parameters to predict flood risk

Predefined Scenarios

Select a scenario to quickly populate environmental data

Heavy Rain

Rainfall: 150mm Water Level: 4.5m Humidity: 90% Temp: 18°C

Coastal Flooding

Rainfall: 80mm Water Level: 5.2m Humidity: 85% Temp: 22°C

Spring Melt

Rainfall: 50mm Water Level: 3.8m Humidity: 70% Temp: 8°C

Moderate

Rainfall: 60mm Water Level: 2.5m Humidity: 65% Temp: 15°C

Drought

Rainfall: 5mm Water Level: 1.0m Humidity: 30% Temp: 32°C

Custom Parameters

Enter specific environmental data for your prediction

Future Scenario Simulation

Project how flood risks might evolve over time based on your scenario

Scenario Description

Describe a future scenario using natural language

20 years

About FloodSense

Learn how our flood prediction platform works

How It Works

FloodSense is an AI-powered platform that predicts flood risks based on environmental parameters. The system analyzes rainfall, water levels, humidity, and temperature to provide accurate risk assessments.

Key Features

  • Real-time flood risk prediction
  • Multiple visualization methods
  • Similar location identification
  • Historical comparison
  • Future scenario simulation

Prediction Models

The platform offers two prediction models:

  • Simplified Rule-based Model: Works entirely in the browser using predefined risk assessment rules
  • Machine Learning Model: Uses a sophisticated neural network model to provide more accurate predictions based on extensive training data

Creators

FloodSense was developed by:

Analysis Results

View and explore your prediction results through multiple visualizations

Enter your data and click "Predict Flood Risk" to see results

Flood Risk Map

Risk Gauge

Risk Factors Breakdown

Historical Comparison

Showing how current conditions compare to historical flood events

Future Risk Simulation

Run a simulation to see future flood risk projections