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TECHNOLOGY

Weather Modification
and Aerial Deployment

In our ongoing efforts to mitigate hurricanes, we revolutionize storm resilience with Dyn-o-Storm™️ technology. This patented solution is introduced into developing storms, disrupting their natural progression. Orchestrated by the Atmospheric Research Center (ARC), this innovative weather modification process systematically reduces hurricane strength and impact.

We prevent the tropical storms from becoming hurricanes off the coast of Africa.

HOW IT WORKS

Innovative Hurricane Mitigation Technology

The patented polymer in powder form, Dyn-o-Storm™️, operates on a fundamental principle—its remarkable ability to absorb 1,500 times its weight in liquid water. Positioned strategically at air bases worldwide near tropical storm hotspots, Dyn-o-Storm™️ actively removes frozen water crystals, diminishing the force of storms. As it falls into the ocean, Dyn-o-Storm™️ rapidly dissolves, minimizing its environmental impact. Released into clouds forming off the coast of Africa, Dyn-o-Storm™️ efficiently disrupts the potential formation of hurricanes. ARC plans on performing tornado prevention testing in the coming months.

Polymeric Power

Dyn-o-Storm™️ is deployed from a cargo aircraft such as the C-130, C-17, C-5, or IL-78. The load is then dropped at high altitude over a building storm.

Cloud-Based Intervention

The strategic deployment of the Dyn-o-Storm™️ directly into clouds disrupts the storm’s moisture content, influencing its energy dynamics.

Energy Dissipation

Dyn-o-Storm™️ is positively charged and attracts and collects frozen water crystals. The now heavy frozen clusters fall to earth, causing the lower water vapor to condense into rain, initiating a rain domino effect.

Environmental Responsiveness

The particulate drag in Dyn-o-Storm™️ absorbs up to 1500 times the liquid water and decreases wind speed. Upon reaching the ocean surface, Dyn-o-Storm™️ dissolves, minimizing its environmental footprint and highlighting its eco-friendly, non-toxic nature.

Past Attempts – Old Technology

Project Stormfury
Learning from the Winds

Conducted by the U.S. Government from 1962 to 1983, Project Stormfury aimed to weaken hurricanes by seeding them with silver iodide. However, the hypothesis proved flawed, as most hurricanes lacked the necessary conditions for effective cloud seeding. Unseeded hurricanes exhibited similar structural changes, challenging Stormfury’s reported successes. The project’s last experimental flight was in 1971, and it officially concluded over a decade later. While falling short of its goal, Project Stormfury provided valuable observational data and insights into hurricane lifecycles, enhancing meteorologists’ forecasting capabilities.
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Beyond Prevention Innovating for Impactful Change in Communities and the Environment

Human and Environmental Impact
Our technology extends beyond hurricane prevention—it has a profound impact on both human lives and the environment. By reducing the destructive force of hurricanes, we safeguard communities, protect property, and ensure a more sustainable future. Join us in this mission to create a world where innovative solutions make a lasting impact.