GINNA NUCLEAR POWER PLANT

DIGITAL ASSET DESCRIPTION The RWA tied to Ginna Nuclear Power Plant represents ownership exposure to one of the longest-operating nuclear energy facilities in the United States. Located along the southern shoreline of Lake Ontario in New York, the station occupies a distinctive position within the history of American infrastructure through its remarkable operational longevity and enduring contribution to the nation's energy landscape. What makes this asset unique is its relationship to time. While many infrastructure projects are remembered for moments of expansion, innovation, or transformation, Ginna's significance stems from its ability to persist. The facility has operated through multiple generations of technological advancement, economic cycles, regulatory evolution, and changing public attitudes toward energy production. Unlike facilities whose importance is defined by scale, experimentation, or geographic influence, Ginna derives importance from endurance through continuity. Its history demonstrates how well-managed infrastructure can remain valuable and relevant across decades while continuing to fulfill its intended purpose. The blockchain use case associated with this asset demonstrates how historically significant infrastructure can be permanently preserved within an immutable digital framework. Through tokenization, blockchain technology creates an enduring record capable of documenting provenance, ownership history, and the digital representation of assets whose value has been proven through the passage of time. The significance of this address is that it represents one of America's longest-operating nuclear energy assets, serving as the Atomic Timekeeper of the Great Lakes through decades of dependable performance, institutional resilience, and sustained infrastructure relevance.