Friday, August 22, 2025

Drop by Drop: How AI Is Drinking Our Children’s Future

Humanity has always worried about oil, gas, gold, and technology. But in the 21st century, the most valuable resource isn’t oil or data it’s clean water. Without it, there is no life, no farming, no future. And while politicians fight over borders and corporations chase profits, another silent crisis is unfolding: Artificial Intelligence is consuming our freshwater reserves drop by drop.

We created AI to answer questions, write poems, solve problems. But hidden behind the glowing screens and smart responses is a dark truth: every query, every prompt, every click is powered by vast data centers that must be cooled with millions of liters of fresh, drinkable water.

We thought AI would make life easier. Instead, it may be quietly drinking away the future of our children and their children.


AI’s hidden costs echo the hidden cost of technology draining resources while promising progress.

How AI Drinks Water

AI doesn’t drink like humans, but its servers do. Here’s how:

  1. Massive Data Centers:

    • To run AI models like ChatGPT, Gemini, or others, servers work at full power 24/7.

    • These servers get extremely hot. To prevent meltdown, they need cooling lots of it.

  2. Cooling Systems = Pure Water:

    • The most common cooling method is evaporative cooling.

    • Freshwater is pumped in, absorbs heat, and then evaporates into the air.

    • Once evaporated, it’s gone not reusable, not returned to rivers.

  3. The Numbers:

    • Training a single large AI model (like GPT-3) consumed an estimated 700,000 liters of clean water.

    • Every 10–50 questions you ask may consume half a liter of water.

    • Google admitted their Gemini model uses about five drops of water per prompt.

It sounds small just drops. But multiplied by millions of users, those drops turn into rivers.


The Global Scale of AI’s Thirst

  • In 2022, just three companies (Google, Microsoft, Meta) used 580 billion gallons of water for AI-related data operations enough for 15 million households.

  • By 2027, AI’s water demand is projected to hit 4.2–6.6 billion cubic meters per year more than what entire countries consume.

  • Data centers are being built in water-stressed regions: Arizona, Texas, Saudi Arabia, India. Cities already struggling for water may soon compete with AI farms for survival.

This is not science fiction this is today’s reality.

This unchecked growth is another face of the psychology of power dominance disguised as innovation.


Our Children’s Inheritance

Think about it:

  • If 200 million people ask just one AI question in a day, that equals 200 million drops around 50,000 liters of pure water gone.

  • That’s enough to give 25,000 people drinking water for a day.

  • Multiply this daily use over years, and you start to see a future where servers drink while children go thirsty.

We are setting up a cruel inheritance: a future where our children, or their children, fight over every glass of water while data centers guzzle it to keep machines alive.


Warnings from History and Fiction

Movies once warned us about this:

  • Mad Max showed us wars over water.

  • Anime like Akira and Evangelion hinted at science consuming humanity’s soul.

  • Even Jurassic Park taught us that when humans tamper with nature, they pay the price.

But unlike dinosaurs or zombies, this threat is silent, invisible, and already here.


The Dark Irony

We tell ourselves AI is “smart.”
But what intelligence is there in destroying the very resource that sustains life?
We call it “progress,” but progress for who? For corporations? For machines? Certainly not for the children who may grow up in a world where water is more expensive than gold.


A Serious Warning to Humanity

If nothing changes, the timeline is clear:

  • Today: Drops are wasted by the billions.

  • Within a decade: Entire cities could face shortages as AI data centers compete with farms and households.

  • Within a generation: Our children’s children may inherit deserts where rivers once flowed, while machines hum safely in climate-controlled data fortresses.


We are at a crossroads. Either we rethink how AI is powered, cooled, and scaled or we accept that we are sacrificing tomorrow’s water for today’s convenience.

Every drop matters. And every careless question we ask an AI today may echo as a scream of thirst tomorrow.

AI isn’t just consuming energy. It’s drinking our children’s future. Drop by drop.

Only with the Rise and Rule mindset can humanity ensure AI serves us instead of consuming our future.

From Movies and Animations to Real-Life Science: Playing God with DNA

For decades, movies, cartoons, and anime have shown us the dark side of human ambition scientists who play God, tamper with DNA, and unleash monsters they cannot control. Back then, we thought it was just entertainment. Today, science is dangerously close to making those nightmares a reality.


Jurassic Park: The Beginning of DNA Fantasies

When Jurassic Park hit theaters in 1993, it introduced us to the concept of bringing dinosaurs back using ancient DNA from mosquitoes trapped in amber. At first, it was about awe and wonder. But as the series continued, it turned darker: hybrids like the Indominus Rex and Indoraptor proved that tampering with nature always backfires.

The warning was clear: life finds a way and it punishes arrogance.


Hollywood’s Other Warnings

Jurassic Park wasn’t alone. Many films explored the dangers of mixing genes, cloning, and forbidden science:

  • Splice (2009): Scientists combine human and animal DNA, creating a hybrid that becomes uncontrollable.

  • The Fly (1986): A teleportation accident fuses a scientist with a fly, leading to a slow and grotesque transformation.

  • Resident Evil (2002–2016): Corporations experiment with viruses and DNA, creating zombies and bioweapons.

  • Deep Blue Sea (1999): Sharks genetically engineered for intelligence turn on their creators.

  • I Am Legend (2007): A cure for cancer mutates humanity into monsters.

  • The Island of Dr. Moreau (1996): Human-animal hybrids revolt against their maker.

Each movie repeated the same lesson: tampering with life’s code leads to chaos.

What once looked like science fiction is now real echoing the dark history of experiments on humanity.


Anime & Cartoons: Warnings in Disguise

Even animations have played with this theme:

  • Fullmetal Alchemist (2003–2010): Scientists break nature’s laws with human transmutation, paying heavy prices.

  • Neon Genesis Evangelion (1995): DNA manipulation and cloning create monstrous “angels” and unstable hybrids.

  • Teenage Mutant Ninja Turtles (1987–present): Beloved mutants, but born from reckless experiments with mutagen.

  • Akira (1988): Genetic and psychic experiments unleash unstoppable destruction.

Though fictional, these stories mirrored a real fear: humans meddling in areas where they have no wisdom.

DNA manipulation is a dangerous reflection of the psychology of power control written into our very cells.


Real-Life Science: Fiction Becoming Reality

Now, what once seemed like fantasy is happening in labs:

  • De-Extinction Projects: Scientists are working to revive the woolly mammoth, Tasmanian tiger, and even the dodo bird using preserved DNA.

  • CRISPR Gene Editing: A powerful tool that can cut and rewrite DNA, allowing humans to design traits, cure diseases or create something unnatural.

  • Synthetic Embryos: In 2022, researchers created embryos without sperm or eggs, sparking ethical debates.

  • Military & Biotech Research: Programs explore ideas like super-soldiers, disease-proof humans, and bioengineered organisms.

Piece by piece, science fiction is leaking into reality.


The Warning We Keep Ignoring

All these stories from Jurassic Park to Fullmetal Alchemist were not just fantasy. They were warnings. They told us what happens when humans cross boundaries meant to stay untouched.

As Jeff Goldblum’s character in Jurassic Park famously said:

“Your scientists were so preoccupied with whether they could, they didn’t stop to think if they should.”

The question is not whether we can revive or alter life it’s whether we should.


From movies and animations to the real world, the story has always been the same: when humans play with the code of life, the outcome is never what they expect. What once lived on screen as science fiction is now unfolding in laboratories.

The question is will we learn from the warnings, or will we wait until nature unleashes its fury again?

To protect the future, society needs leaders with the Rise and Rule mindset strong enough to resist abuse of science.