Over the past several weeks, our team has been on the road, sharing recent research and exploring possibilities.

From San Diego to Israel to Washington D.C., the message was consistent:

Our ability to forecast seasonal precipitation extends across multiple continents and climates.  What could this mean for you?

More Than a California Model

We’ve long wondered, “Can our seasonal precipitation model work beyond California?”

To answer that, we extended the same forecasting framework into new locations, including Australia and Israel.

It worked. Read more: “What Are the Chances?”

What We’re Seeing

The atmosphere appears to set seasonal outcomes earlier than we typically assume—and that signal can be measured across a wide range of climate regimes.

To date, the model has been tested across:

• Mediterranean climates: California, Israel, southern Australia
• Tropical and monsoonal regions: northern Australia
• Arid interior environments: central Australia
• Subtropical and coastal systems
  

Despite the differences in how precipitation forms in each of these regions, the same analytical framework continues to show consistent predictive skill.

Understanding Capability and Limits

This work is helping define not just where the system performs, but where its limits lie.

There are places where the signal is strong and readable. And there are places where, based on the underlying theory, we would expect it to be less so.

Both are essential. Together, they define capability and deepen understanding.

Why This Matters

With these results in hand, we’ve begun sharing this work more broadly, engaging with partners and potential clients, and exploring the breadth of what this new technology can inform globally.

The response so far has been encouraging, and it reinforces something important: The need for early, reliable seasonal insight is not regional, it’s global.

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