top of page

SeaWARRDD

The future of hurricane detection

Our mission is to deploy the next generation ocean weather monitoring and detection systems

Hurricanes In Florida

Hurricanes approach from various directions, intensify and move inland, affecting Florida and states to the north.

Florida Map.png
image_edited.png
image.png

The Gulf of
Mexico

Florida

image_edited.png

Over the past ten years, hurricanes have become more powerful with increased energy supplied by warmer ocean temperatures

Hurr Cat Graph.png

This has lead to catastrophic damage:

Picture1.png

The devastating effects of hurricanes are further exacerbated by:

image.png

Rising Sea Levels

Expected to rise 14 inches by 2050, causing more coastal and river flooding

image.png

Increased Unpredictability 

Warmer oceans also cause hurricanes to develop faster, increasing uncertainty about their timing, location, and impact

The Problem:

Current Data Collection is Insufficient

image.png

Not Integrated

There is no connected in-situ system for the detection of hurricanes in Florida

image.png

Incorrect Data

Current systems do not collect the right data for monitoring hurricanes, including temperature and connectivity at different ocean depths 

The Solution

The SeaWARRDD Coastal Warning and Rapid Response Data Density System

Updated Seawarrdd.png

Five integrated data collection transects utilizing cutting-edge autonomous, long term data collection technology

Collecting the right data for:

image.png

Early Warning Detection

Integrated data collection transects provide comprehensive early detection and tracking of hurricanes 

image.png

Machine Learning

Rich, consistent data tailored for AI models can predict when and where hurricanes will strike

SeaWARRDD
bottom of page