The animation above explains how our 501c(3) eligible project -  LifeTree, works to freely and sustainably provide everyone with their basic needs: water, food, energy, and connectivity to metropolitan, urban and rural people, remote communities, and impoverished societies worldwide.

 

Our Purpose: forever sustainably disrupting fossil fuel consumption, water exploitation,  land use change, energy and communications provision globally - helping humanity stay below 1.5 degrees:

 

The 'Not for Profit' agrovoltaic project consists of the elements detailed here: 

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Renewable energy harvesting: the 'Voltaic' part of our Agrovlotaic technology -

The design effectively gathers solar and wind energy, which is then utilised to charge a battery array, establish a WiFi communications network, and operate a condenser, which collects water from the air. This free renewable energy source disrupts the need for fossil-fueled power generation and transmission. 

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Condensing water: Water is condensed from water vapour in the air using an energy-negative hydrostatic material and low energy (5'C) cooling. The water is mineralised, filtered, and stored in tanks, providing clean drinking water to the population and irrigation for plant cultivation. This limitless supply of pure water undermines the exploitative behaviours connected with traditional water supplies and permanently disrupts the pollutants emitted by fossil-fueled transportation, fertilisers, pesticides, PET-stored water containers, and all communities' reliance on diseased and contaminated groundwater sources. ​

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Community Utilities: The batteries power community's lights, heating, and electricity, as well as remote internet access and wireless communications enabling the free delivery of educational materials, economic engagement and services. 

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Sustainability Monitoring: Using a network of sensors linked to an autonomous A. I. Cloud data lake which profiles response capability based on localised events via software and the internet. This hierarchy of systems is built with an adaptable, modular architecture to allow for sensor expansion, trigger condition configuration, and response customisation. 

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Growing food:  as well as providing pure drinking water, It is also used to supply a drip irrigation system for vertical growing towers, enabling the accelerated growth of plants for food or cash crops—a disruptive innovation eradicating the need for polluting fertilisers and pesticides.

 

Environmental Monitoring: This system implements a climatic and ecological surveillance program. We currently schedule networked sensor array tests to identify and investigate fires, flooding, chaotic weather, GHG concentrations, cryosphere events, and atmospheric phenomena.

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The Rationale: Every night, up to 828 million people - more than one-tenth of the world's population - go to bed hungry. Acute food insecurity is at an all-time high, affecting a record 345 million people, up from 135 million in 2019. A total of 50 million people in 45 countries are on the verge of starvation. A lethal combination of conflict, climate change, and the COVID-19 pandemic is at the root of rising hunger levels. The economic fallout from the pandemic, followed by the war in Ukraine, has raised prices and put essential nutrition out of reach for a third of the world's population. These rising costs impact U.N.'s World Food Program's work and budgets. At the end of 2022, the WFP  paid 30% more for food than in 2020, and the cost of delivering it had risen by an additional US$42 million per month. Following the outbreak of conflict in Ukraine, WFP is now required to pay US$73.6 million more per month for operations than in 2019. Suppose the impact of this innovation is just 1.1%. In that case, it could save humanity and the world's economy US$9 million per year without factoring in the solution's environmental, sustainability and social benefits. 

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Outcomes: Today, uncertain weather, soil conditions, and large-scale parasite attacks make traditional farming challenging and polluting. In a single unit, this disruptive innovation eliminates the need for agricultural deforestation, community dependency on land resources or the weather for water, and biomass incineration for energy - all while providing a continuous supply of pure, clean water free of infection or pollution, as well as fresh, expedited healthy food production without the use of land, pesticides, or fertilisers.

 

 

Removing human dependencies forever 

By exclusively using renewable resources without land - this agrovoltaic technology, shared via creative commons with the world - eradicates severe poverty, waterborne infections, malnutrition, and dehydration. With your support, we can immediately assist more than 3 billion people who face these challenges daily, saving 2,5 million hectares of virgin forest, the last wildlife habitats, from annual permanent destruction. 

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High-resolution measurement of the world in real-time 

All these sustainability initiatives are enabled by the continuous real-time gathering of crucial environmental, geological, metrological, and ecological data - an environmental sensor-web of millions of geographically spread remote locations throughout the world—for example:

• allowing for real-time event monitoring of GHG concentrations, Global warming, extreme weather,

• biological sensors monitor animal, bird and bat population migrations, locust mutation swarms,

• Environmental sensors report deforestation, magnetosphere fluctuations or pressure waves from geological and global chaotic weather events.  

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This single solid-state measuring device monitors pollution, climate change, environmental quality, chaotic environmental changes, flooding, drought, natural habitat destruction, species migrations and populations, and global warming from millions of scattered geolocations worldwide.

 

We are giving the intelligence to respond and rescue all life.

 

The data products are brokered and sold through our sister company Analytical Earth to fund the development, distribution, and maintenance of the LifeTree devices, allowing any community worldwide to attain water, food, electricity, and communications security, independence, and sustainability.

 

This technology is probably the most disruptive technology ever devised in the history of humankind.

 

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