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The Next Giant Leap is a non-profit organization dedicated to developing solutions to resource scarcity and climate change. We promote frameworks, systems and ideas that can revolutionize how we power our world, acquire resources, heal our environment and advance our way of life.

Primary Frameworks

  • Scarcity Zero

    Scarcity Zero is a framework for generating energy and producing resources. It outlines strategies to deploy the best energy technologies we have available into a smart, cooperative system that's designed to work together from the ground up. Its goal is to make energy cheap and universal, allowing humanity to produce vital resources to scale.

    Scarcity Zero is a framework for generating energy and producing resources. It outlines strategies to deploy the best energy technologies we have available into a smart, cooperative system that's designed to work together from the ground up. Its goal is to make energy cheap and universal, allowing humanity to produce vital resources to scale.
    Learn More ›
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Scarcity Zero

Scarcity Zero is a framework for generating energy and producing resources. It outlines strategies to deploy the best energy technologies we have available into a smart, cooperative system that's designed to work together from the ground up. Its goal is to make energy cheap and universal, allowing humanity to produce vital resources to scale.
Learn More ›
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  • Renewable Cities

    Integrating renewable power directly within city infrastructure avoids the need to buy expensive land, enabling deployment closest to where electricity is consumed. This also creates a smart electric grid that amplifies municipal energy production and reduces external energy demand, eventually transforming cities into power plants.

    Integrating renewable power directly within city infrastructure avoids the need to buy expensive land, enabling deployment closest to where electricity is consumed. This also creates a smart electric grid that amplifies municipal energy production and reduces external energy demand, eventually transforming cities into power plants.
    Learn More ›

Renewable Cities

Integrating renewable power directly within city infrastructure avoids the need to buy expensive land, enabling deployment closest to where electricity is consumed. This also creates a smart electric grid that amplifies municipal energy production and reduces external energy demand.
Learn More ›

  • Cogeneration Facilities

    By transforming our power and resource infrastructure into modular and standardized systems that can be mass-produced at scale, we can deploy them cooperatively within a self-contained ecosystem where the waste energy of one technology can be used to power the functions of another. The result? Unlimited electricity, fresh water and hydrogen fuel.

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Cogeneration Facilities

By transforming our power and resource infrastructure into modular and standardized systems that can be mass-produced at scale, we can deploy them cooperatively within a self-contained ecosystem where the waste energy of one technology can be used to power the functions of another. The result? Unlimited electricity, fresh water and hydrogen fuel.
Learn More ›
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  • The National Aqueduct

    The National Aqueduct is a smart nationwide delivery system for desalinated fresh water. It is designed to end drought and our reliance on natural freshwater sources while doubling as both a "battery" for renewables and a potent means of generating power.

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The National Aqueduct

The National Aqueduct is a smart nationwide delivery system for desalinated fresh water. It is designed to end drought and our reliance on natural freshwater sources while doubling as both a "battery" for renewables and a potent means of generating power.

Learn More ›
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