Company: RAIN
Filing Date: 2025-02-12
Form Type: 424B3
Source: 0001213900-25-012904
Chunk: 119

Company: Rain Enhancement Technologies Holdco, Inc.
Filing Date: 2025-02-12
Form: 424B3
Chunk 119
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 more regions, RET intends to automate these processes to scale its business, including through externally operating the systems it installs for clients, integrating rain and snow gauge data (both public and third-party private data) and collecting hyperlocal near real-time weather data to better forecast conditions suitable to maximize rain generation. The current design of the rain generation system is well suited for private land with terrain that includes areas with prevailing winds in a favorable direction, and naturally occurring updrafts that help carry the ion plume into the cloud layer, including high-altitude areas, such as hills and cliffs, with strong thermal updrafts.

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Our ability to continue to incorporate or develop innovative tools in line with our growth is crucial to ensuring the success of our strategy. We are committed to innovating new products and features. In addition, we intend to explore acquisitions to enhance our rain generation technology platforms and incorporate features that will improve the technology and anticipated rain generation.

Development and Enhancement of Rain Generation Technology

The current technology is designed to incorporate a tower with a plasma antenna mounted at the top (the “antenna”). The antenna and tower are made of certain composite materials, and the antenna is wrapped in certain conductive metal wire. When high voltage is introduced to the wire, ions can escape at each fold in the wire. Those ions are carried into the cloud layer above by naturally occurring thermal updrafts.

The current generation of the rain generation technology, which we expect to deploy in North America this year, uses this basic design. RET relies on the overall design of the system, as well as the operating knowledge around the specific weather and wind conditions to support operation of each individual antenna, and the methodology for measuring the impact of the introduced ion plumes in enhancing the amount of rain in a given region.

In the coming months (as described below under “Plan of Operations”), we intend to incorporate plasma antennas into our ongoing development of rainfall generation technology. RET has exclusively licensed certain patents from Dr. Theodore Anderson, a plasma physicist, and is exploring, through ongoing and planned R&D, new designs for ion plume delivery that would not be as dependent on updrafts, which we expect to allow us to extend our rain generation solutions to geographic areas that are mostly flat terrain (such as farms), or that have prevailing winds in an unfavorable direction.

Expanding our Water Generation Technologies

Rain generation technology has shown promise in third-party trials and antennas designed to be modular for rapid deployment in various geographies. Therefore, scaling RET is primarily