At sea, few phenomena demand faster decisions and sharper foresight than thunderstorms, that’s where thunderstorm nowcasting becomes essential. This is especially true in storm-prone regions like the Gulf of Guinea, where the persistent Intertropical Convergence Zone (ITCZ) and warm ocean waters create a breeding ground for sudden, high-intensity convective storms.
For offshore heavy lift operations, where timing and stability are everything, the stakes are even higher. Knowing when and where a storm cell might develop isn’t just helpful. It’s critical. That’s why Marine Weather Intelligence is developing a cutting-edge in-house nowcasting proof of concept designed to anticipate thunderstorms in near real time.
Storms don’t wait. Neither do we.
Our thunderstorm nowcasting proof of concept leverages satellite-based infrared imagery to detect convective zones as they form. Using geostationary satellite data, we apply optical flow techniques to track cloud-top temperature changes, which are key indicators of thunderstorm growth and movement.
What sets our approach apart is its precision.
Instead of relying on broad forecasts, we focus on the fine-scale storm activity that directly impacts offshore operations. Whether it’s a developing cell that could interrupt a lift, delay a vessel, or create safety concerns for the crew, we aim to deliver the insights needed to stay ahead.
The intended result is fast, accurate short-range forecasts that adapt to the unique pace of offshore operations. These forecasts are specifically tailored to clients’ areas of operation, offering critical lead time for risk mitigation and operational adjustments.
Thunderstorm Nowcasting in Action
By continuously monitoring convective activity, this proof of concept is designed to empower teams at sea to:
- Adjust or postpone sensitive marine operations
- Reroute vessels to safer waters
- Implement safety protocols with greater confidence
Whether you’re overseeing heavy-lift logistics or coordinating complex offshore installations, our goal is the same: to make your operations safer, smarter, and more resilient to the atmosphere’s most unpredictable forces.
Smart & Safe Navigation
