Artificial Intelligence Takes Hurricane Season by Storm
Hurricane season began this week, on June 1, and stretches through November 30th. For Louisiana, the season has become part of routine life and its residents are no stranger to both the minor annoyances and major tragic upheavals that accompany the storms. Developments in artificial intelligence (AI) are rapidly changing the way states prepare for, respond to, and recover from hurricane season. Try searching “AI breakthrough” with any other category, industry, or field, and one will inevitably find a collection of stunning feats of progress enabled by AI. Hurricane season is certainly no exception.
AI-powered storm prediction and tracking is providing a more detailed and accurate way for meteorologists to share vital information about imminent storms. The National Weather Service has been testing different AI models over recent years, attributing the accuracy and speed of their 2025 Hurricane Melissa reporting to the advantages provided by AI technology. Our own Louisiana State University (LSU) has developed a flood prediction tool that uses AI to calculate the impact of storm-related flooding in a faster, cheaper, and more accurate way than older models. Having more information about a storm doesn’t prevent the storm from happening, but it does allow the people within its path to prepare their homes and businesses for impact and flee to safety when necessary. Many of the greatest tragedies associated with hurricanes are a result of the storm exceeding expectations or people not preparing in advance. AI now extends the timeline for preparation and the accuracy of the warnings.
When a hurricane lands in an area, no one is immune from its impact, and the secondary effects often ripple for weeks to months after the storm. Water quality issues, a problem that plagues Louisiana’s infrastructure even outside of hurricane season, can result from the damage. For all the conversation about AI and water, not enough attention is paid to the ways that AI is detecting and solving problems with water management. As is characteristic of AI systems, the technology increases the speed and accuracy of water monitoring, allowing officials to detect water quality issues earlier with data from sensors that can identify contamination. Before water quality even becomes a question, cities can also use AI to anticipate where pipes or other water-related structures might fail and plan accordingly.
Hurricanes are also a primary driver of coastal erosion, which affects Louisiana greatly. AI has given new life to projects focused on coastal restoration and resilience. A Louisiana company, Natrx, has gained global customers for its approach which began with the Louisiana coast in mind. The Amelia, Louisiana based company uses AI-powered geospatial software to analyze and solve areas of erosion with customized “ExoForm” coastal restoration projects. AI’s ability to map and predict erosion before it happens can also promote precautionary measures to prevent further erosion and bolster the coast against the damages of storms.
While AI is undeniably changing the world we know, it can also help to preserve and protect it. The technology is fundamentally shifting storm preparation and recovery and empowering our state to weather the storm with more resilience than ever before. This progress becomes nearly impossible when over-zealous regulation or the mindset that AI is an existential threat prevails. An environment where innovators have the freedom to develop and improve existing systems is crucial to withstanding the challenges of the physical environment.
