When catastrophe activity slows down, it creates a dangerous illusion: that risk has slowed down, too.
NOAA’s 2026 Atlantic hurricane outlook is forecasting a below-normal Atlantic season, with 8–14 named storms, 3–6 hurricanes, and 1–3 major hurricanes, driven largely by anticipated El Niño conditions. That compares to the long-term average of 14 named storms and 7 hurricanes.
At first glance, that sounds like good news.
Fewer storms should mean less pressure on carriers, fewer field deployments, and more breathing room for claimsorganizations.
But experienced CAT teams know something the forecast alone doesn’t capture:
Quiet seasons do not eliminate exposure. They create an opportunity to prepare before exposure arrives.
“Although El Niño’s impact in the Atlantic Basin can often suppress hurricane development, there is still uncertainty in how each season will unfold. It only takes one storm to make for a very bad season.”
— Ken Graham, Director, U.S. National Weather Service, during NOAA’s 2026 Atlantic Hurricane Season Outlook briefing, May 21, 2026
For insurance organizations, catastrophe losses are increasingly being driven by a broader mix of weather events, not just headline hurricanes.
According to the latest catastrophe reporting from Aon, global insured losses reached $127 billion in 2025, marking the sixth consecutive year insured catastrophe losses exceeded $100 billion globally. More notably, severe convective storms overtook hurricanes as the costliest insured peril category, generating approximately $61 billion in insured losses worldwide.
The industry’s biggest operational challenge is no longer preparing for one major storm event every few years. It’s building systems capable of responding to more frequent, distributed events across larger geographic footprints.
The Insurance Information Institute reported more than $103 billion in U.S. insured catastrophe losses during 2025, with severe convective storms representing over $52 billion of insured loss, far exceeding tropical cyclone losses that year.
That means carriers cannot treat quieter hurricane forecasts as a signal to pause readiness efforts. If anything, they increase the value of preparation.
Because storms don’t create operational weaknesses.
They expose them.
The Biggest Risk of a Quiet Year Is Complacency
One of the most expensive mistakes carriers can make during a quieter CAT cycle is assuming that lower event volume means lower operational risk.
In reality, quieter periods often create the exact conditions that make organizations more vulnerable later. When claim volume slows, improvement work tends to lose urgency. Training gets delayed because day-to-day priorities take over. Inspection methods stay in pilot mode longer than intended. Reporting standards evolve differently across regions and teams. Data cleanup projects get pushed into the next quarter because they do not feel immediately connected to loss outcomes.
None of those decisions feels significant in isolation.
But when claim volume returns, those small inefficiencies begin to compound.
Field resources become constrained. Vendors reach capacity. Inspection turnaround times increase. Teams revert to inconsistent documentation practices, and managers spend more time reconciling reports than making decisions. Leadership loses visibility because data arrives in different formats, from different sources, and at different levels of quality.
At that point, organizations are no longer managing catastrophe losses—they are managing operational friction.
The challenge is that process issues rarely announce themselves during normal operating conditions. They surface when volume spikes and decisions need to happen quickly. A claims workflow that feels manageable in a steady state can become a bottleneck under surge conditions. A reporting process that works across dozens of claims may begin to break across thousands.
That is why taking advantage of quieter periods matters.
The strongest carriers use these windows to pressure-test operations before they are under pressure. They evaluate whether inspection workflows can scale without proportional increases in staffing. They validate reporting standards across teams and regions. They measure how quickly information moves from field capture to claim decision and identify manual handoffs that slow execution.
When catastrophic activity arrives, there is rarely time to redesign the system.
The carriers that perform best during CAT events are usually not creating new processes in the middle of the storm. They are executing the ones they already practiced.
Quiet CAT Years Create an Investment Advantage
When catastrophe activity slows, carriers gain something that is often more valuable than reduced claims volume: optionality.
During heavy CAT years, attention shifts toward execution. Teams focus on response, staffing, vendor management, claim throughput, and loss containment. Technology initiatives slow down because resources are redirected toward keeping operations moving.
But quieter periods create space to think differently.
Leadership teams can step back from immediate event response and ask bigger questions:
Where are claims slowing down?
Which inspection processes are creating friction?
Where are adjusters spending time that could be automated?
Which workflows become bottlenecks during surge periods?
What capabilities would meaningfully improve performance before the next event?
For many carriers, this becomes the window where larger operational investments finally become possible.
That might mean modernizing claims workflows. Expanding remote inspection programs. Standardizing reporting practices. Improving weather and property intelligence. Testing AI-assisted review processes. Building stronger integrations between systems that traditionally operate in silos.
The value of those investments is not always obvious during quieter periods.
The return tends to show up later when volume increases, and organizations discover they can scale decisions faster without scaling cost at the same rate.
