The fraudulent decree of the "WORLD WATER BANKRUPTCY"

What does TECHNOCRACY mean? What are your goals and objectives?

During the 1920s and 1930s a movement called TECNOCRACY- This term describes a government of technicians, formed by academics of Columbia University, sought to replace representative democracy and economic systems based on money with a scientific management of society; arguing that engineers were the only ones qualified to manage resources, and that the population should be governed exclusively by an elite of qualified scientists and outstanding scholars.

Economic characteristics include total rejection of the price system and the complete abolition of money. In the field of geopolitics, their initiative was the creation of a single nation. They propelled a system without politics where political parties, elections and partisan debates would be abolished as ineffective and unproductive.

Even though this movement did not last long his nefarious legacy endured. Those ideas resonate today in the elitist groups and its determination to impose in society dictatorial governance managed by algorithms and digital corporations.

This technocratic philosophy, with its authoritarian and dehumanizing potential, can be clearly observed today, through the multifaceted impositions that these individuals eager for power and domination are reflecting in infinity of policies camouflaged under elegant euphemisms.

One of its current objectives its the seizure and subsequent tokenization of natural resources.

What is tokenization?

It is a technological process that involves replacing sensitive data with unique random codes called tokens, which lack value for themselves outside the system that generated them. This mechanism converts common goods into liquid financial assets, facilitating their grabbing by global speculators.

Tokenization presents a structural paradox: it is a tool that facilitates the concentration of wealth and control by the financial and technological oligarchy that creates it, allowing them to freeze, burn or reverse tokens without the consent of the final owner. This results in the transformation of private property into a conditional revocable permit.

Tokenized assets allow programmable control through embedded rules that restrict use or transfer based on compliance criteria or social scores (social credit), granting issuers unprecedented power over the behavior of individuals' personal and private lives.

It is a dangerous tool that has the potential to become the ultimate infrastructure of a subscription economy where the oligarchy owns programmable assets and the population only rents access to them under supervised and revocable conditions.

The tokenization of strategic resources such as water, minerals, and land, which lead to the dispossession of populations, was a latent danger until January 2026. That date marked the beginning of a dramatic reality.

Opportune Timely "Declaration on Global Water Failure"

In January 2026, the United Nations University Institute for Water, Environment and Health (UNU-INA) published a report declaring that the world had entered an era of "global water bankruptcy." This term means, according to "experts," a change from "temporary water crises" to a permanent post-crisis state where human water withdrawals exceed natural replenishment, causing irreversible degradation of water systems. "

They have presented a convenient analysis designed to justify their goal of seizing and tokenizing resources.

And since it could not be otherwise to deal with this new and timely "crisis," the "experts" call for a fundamental re-establishment of "crisis management" to "bankruptcy management." This approach involves establishing the first global framework for freshwater governance. The proposed framework includes transparent water accounting through satellite observation and AI, limits on water use and a restructuring of water rights to adapt demand to the new hydrological reality.

Put another way and briefly, they are presenting their strategic plan with persuasive and elegant arguments typical of their style, to legitimize the seizure of all the water resources of the planet, transferring control, surveillance and domination of them, to supranational agencies and NGOs. At the same time, they point to society as incompetent for the alleged misuse of the resources and point to the people as guilty of the situation.

It is more than evident that the narrative of "bankruptcy" is an ingenious pretext for a technocratic taking of water resources considering that the "concerned experts" deliberately forget in their analysis to refer to an indisputably important point, that is the consumption of water that the corporations use in their DATA CENTERS; while blaming agriculture and population growth in the report.

It is well known that AI data centers are large consumers of water, however, such consumption is generally not measured, much less reported by major technology companies. Despite this, the report doesn't expose it, and look the other way and direct the blame towards innocent citizens for drinking a glass of water, watering the garden or garden.

PROTECTED WASTE

Overview of Data Center water and energy consumption.

The data centers, which host the service and the IAs are large consumers and demand very important amounts of water and energy, due to the essential cooling and electricity needs for their power.

These demands increase markedly as AI workloads intensify, resulting in important implications for water resources and the energy grid.

Energy Consumption

• Data centres are the main and largest consumers of electricity. In the US in 2023, they consumed approximately 176 terawatt-hours (TWh), representing 4.4% of that country's total electricity consumption. And globally in 2024, they consumed an estimated 415 TWh, about 1.5% of the world's electricity.

• Globally, these figures are projected to mark a sharp upward trend. By 2028, they suggest that data centers could account for up to 13% of global energy consumption, driven by the expansion of AI.

• In 2025, AI workloads accounted for nearly 20% of the data center's global electricity consumption (approximately 757,082,357 m3 or - the filling of 201,889 Olympic swimming pools - of water equivalent in indirect use). This happens because the workloads are much more energy intensive than traditional computing. The training and execution of great models of language generate immense heat. Forecasts for 2030 are on a 40% increase.

• A single AI query requires much more processing power than a standard web search, leading to higher power consumption per interaction.

Water consumption

Water consumption in data centres is classified in two ways: direct consumption (on-site cooling), and indirect consumption (electricity generation and hardware manufacturing).

Direct consumption or on-site cooling

• Direct consumption or on-site cooling is primarily produced by evaporation cooling systems. The water absorbs the heat from the servers and evaporates, this requires a continuous replenishment.

• Data centers directly consumed about 66.000 million liters of water in 2023. This is equivalent to the annual water requirements of approximately 160,000 households.

Scale of installations:

• A typical data center uses about 300,000 gallons (1,136 m3) per day.

• Large hyperscale facilities can consume up to 5 million gallons (18,927 m3 or the equivalent of 5 Olympic pools) per day, consumption comparable to a city of 50,000 residents.

• In northern Virginia, a global data center, facilities consumed nearly 2 billion gallons (7,570,823,568 liters) in 2023, 63% more than in 2019. In some local districts, a single group can consume up to 6% of the monthly water supply.

Indirect use of water

Direct consumption is usually surpassed by indirect consumption. The latter includes water used by power plants to generate electricity (thermoelectric cooling) and water used in the manufacture of semiconductors.

• An average of 2 gallons (7.57 liters) of water is needed to generate 1 kWh of energy, while on-site cooling uses about 0.48 gallons (0.18 m3) per kWh.

• When indirect use is added, the total water mark is significantly higher. In 2023, for example, electricity generation for data centers resulted in an estimated 800 billion litres of indirect water consumption.

• To produce one gallon (3.78 liters) of ultra-fast water * for shaving requires approximately 1.5 gallons (5,679 liters) of tap water. A single semiconductor can use 10 million gallons (37,854 m3 or the equivalent of nearly 11 Olympic swimming pools) of ultrapura water daily.

* NOTE: Ultrapure water is that which has been purified to the extreme. Removing all impurities.

The Impact of Artificial Intelligence

AI is rushing energy and water demand due to higher heat densities and higher computational requirements.

Water intensity in AI tasks

• Each query: it is estimated that the generation of a single 150-300 word response from a model such as GPT-3 consumes approximately 16.9 milliliters of water (2.2 ml in situ, 14.7 ml for electricity).

• Per session: Approximately 20 to 50 AI warnings may consume 500 milliliters of water (approximately one standard water bottle) when considering direct and indirect use.

• The training of some models in data centers directly evaporated 700,000 liters of clean fresh water.

Future projections

• Due to the growth of this industry, U.S. data center water consumption is expected to double or quadruple by 2028, reaching between 38 and 73 billion gallons (143,845,648 m3 and 276,335,060 m3) annually.

• Global demand for AI by 2027 could generate annual water withdrawals of 1.1 to 1.7 trillion gallons, which is four to six times Denmark's total annual withdrawals.

• Prospects for 2030 project that total global water consumption for AI data centers could reach 600.000 million gallons (2.271.247 m3) in 2030.

As can be seen in the above-PROTECTED WASTE: Overview of the water and energy consumption of Data Centres-, the data and numbers clearly demonstrate that it is the technological corporations with their data centers and "Artificial Intelligences" that are consuming astronomical figures of water and energy resources, and not farmers or the citizenry in general whom the "experts" of international organizations point out as the culprits or generators of crises.

It is well demonstrated that the fallacious reports only aim to invent and fabricate false crises to justify the seizure and centralization of control over natural resources, trying to divert attention by blaming non-existent crises and bankruptcies on peoples when they and their technological deployments abuse resources.

For that only purpose they elaborate their eloquent and decorated reports plagued with sophisms and deliberate omissions that in no way fit reality.

Beyond the deceptive technicalities embodied in the elaborate reports, there is a reality that is impossible to hide and that is visible in the eyes of anyone who is willing to see it.

The real intention behind beautiful words is that a technocratic oligarchy has the firm intention of concentrating strategic resources such as water, minerals and land in its hands.