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May 12, 2025 - Health Ranger - Mike Adams
44:36
Your computer doesn’t know you’re HUMAN… the AI takeover is closer than you think
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Your computer doesn't know you're human.
All your computer knows is that something is using a keyboard and a mouse to control it.
And then it's giving feedback to that something via a monitor or display and often audio.
And then of course the computer typically is connected to the internet with an ethernet cable or wifi, etc.
But the inputs required to control the computer Are typically just keyboard and mouse.
And as a result, your computer doesn't even know that you're human.
Now, why does this matter?
Because most humans that engage in work that is what I call KVM work, keyboard, video, mouse, that work is about to be replaced by AI, and most human work in that realm is about to become obsolete very rapidly.
AI robotics actually becomes a big thing.
Now, if you run a lot of computers like I do, you're probably familiar with KVM switches.
So I own a number of eight-port KVM switches.
And I can plug in the cables from eight different computer systems.
And then I can control those eight systems with just one keyboard, one mouse, and one monitor.
And I simply...
Press a button 1 through 8, and it gives me control of that system 1 through 8. Now, I run multiple pods like this, or, I don't know, groups maybe is a better word.
Multiple groups of 8. So I run a lot of these switches, and I monitor a lot of systems.
This is all part of our AI training, by the way.
And we run quite a few algorithms in our data center or cloud-based computing algorithms.
But a lot of the data pipeline tasks are things that I run locally, so I have direct keyboard and mouse control.
Now, think about what you do with your job, especially if you have a remote job.
Do you input just with a keyboard and a mouse?
Maybe you're on Zoom meetings from time to time as well, but that's just a camera input, camera and audio input.
Do you realize that...
Since the computer doesn't know that a human being is providing the input via keyboard and mouse, that a computer will continue to function even if it's not a human, obviously, typing on the keyboard or controlling the mouse.
And there are already very good AI systems that are known as agents that can take over that function, the keyboard and the mouse, and they can actually type as if there were a keyboard there.
And they can control the mouse and they can browse the web and they can read the screens by actually understanding what they're looking at.
And they can make goal-oriented decisions and they can click buttons and they can do things like make airline ticket reservations or order food or whatever.
Or do research.
They can fill out forms.
There are a lot of things that AI agents can do right now and they're getting even better.
Now, the reason I'm mentioning all of this, and some of this is rather obvious to those of you who are well-informed about AI, is because I am noticing, especially among the older audience, that there's a strong tendency to think that AI can never replace humans.
I've even heard really high IQ people say things like, oh, well, language models are just predictive.
They don't really think.
They don't engage in reasoning.
And I did a podcast last week where I said, well, you probably don't engage in much reasoning either.
Very few humans actually engage in reasoning.
Mostly they just do things from just reactions or just regurgitating things that they heard.
Reasoning is not as widespread as you might like to imagine among human beings, it turns out.
But AI systems, the reasoning engines, really do reason.
For example, I was just using a reasoning engine to help me build out a special report on all of the vectors of attack on human cognition.
And I asked the engine to categorize into as many categories as makes sense the different attack vectors, which could be information warfare, psychological operations, heavy metals, electromagnetic attacks, 5G.
It could be fragrance chemicals exposure.
Prescription medications.
It could be anything.
Pesticide exposure, whatever.
And I watched as the reasoning engine made rational decisions from my suggested list about how to build out the categories so that the categories make the most sense and to simplify things into as few categories as necessary.
But then how the engine also added other items to those categories, items that I didn't specifically name.
And it was going through a rational process.
For example, it knew to associate Hollywood and Netflix programming with information warfare.
So that is reasoning, my friends.
So for anybody out there who says that AI doesn't reason, sorry, they're wrong.
They just don't know or they're ignorant or whatever.
Or somehow they're not reasoning about the decision of whether AI is reasoning.
Because AI is clearly reasoning.
There's no question about it.
And then the second thing I hear from people, aside from, hey, AI isn't reasoning, is I hear, well, AI doesn't have goal-oriented behavior.
Well, actually, AI is very good at creating interim goals if you give it one larger goal.
So if I tell an AI engine, hey, I want you to create a business plan, let's say.
On this and this and this, and here's the 10 chapters, and I want you to write out a plan.
Or let's say, even if I tell a screen agent that I want you to go onto Amazon and I want you to find the best deal on, let's say, zip ties or something.
And I need 500 zip ties that are made out of nylon, and I want you to find the best zip ties, and then I want you to place those zip ties in my shopping cart.
Okay, go.
Well, That's a goal that I give the AI agent, but the AI agent then breaks it down into sub-goals.
So it knows to go to a browser, load up amazon.com, log in with your account if you haven't already logged in.
It knows to enter a search on Amazon for zip ties.
It knows to filter the search results for nylon.
It knows to then compare different items, click on a bunch of different items, check the price per unit.
For 500 items.
And then it's going to have to make assumptions.
For example, I didn't specify the length of the zip ties.
It's going to have to assume, do I mean like 12 inches, 18 inches, 9 inches?
What am I looking for?
And it may have to come back and ask me for clarification.
But it's going to have to set all of these smaller sub-goals in order to achieve the big goal that I gave it.
Now here's the thing.
The AI agent can do all of that using KVM.
So the AI agent is using the keyboard and the mouse, and your computer doesn't know any difference between the AI agent and you as a human.
Because remember, your computer doesn't know you're human anyway.
There's not a human check-in test or anything.
There's not an iris scan or a blood draw, thank goodness.
So it doesn't know.
So this agent can achieve larger goals by creating sub-goals.
As AI becomes much more proficient, you can give it larger and larger goals.
You can give it goals like, let's say, if you're running, I don't know, let's say you're going to launch a juice bar retail operation.
You can ask an AI agent to say, hey, I'm going to launch a juice bar.
I want you to build out everything that I need for that, including...
Find me insurance coverage.
Find all government regulations.
Fill out the documents.
Apply for a business license for me.
I want you to create a logo.
I want you to create a business plan.
I want you to develop the recipes.
I want you to contact all the sources that provide the fresh vegetables and fruits that I'll be juicing with.
I also want you to research and find the best blenders that will hold up the best.
I also want you to apply for a microloan or do a fundraiser because I need some money to start the business.
You know, etc.
And we're not far from AI agents being able to handle all of that almost unassisted.
Now, the agent may come back to you and say, hey, do you like these logos?
Or what do you think about this menu idea?
I found a location that you might be able to rent.
Or I found three locations.
Which of these locations do you think is the best?
Or what is your budget for marketing?
You know, it may have to come back and ask you.
But the AI agent can carry out a lot of big-picture, goal-oriented behavior.
And then, as AI becomes even more capable, you're going to be able to give it bigger goals.
Now, this is where things can get really interesting.
On the positive side, one day you'll be able to ask an AI agent, hey, here are my skills, here's my assets, here's where I live.
You know, here's the facts about my life.
I want you to come up with the best business idea that takes advantage of those facts so that we can launch a business together and I can be my own boss or whatever.
And then it can help you actually create and launch a business.
And it might be a business of writing code, you know, or being a graphic artist or providing local lawn care or something using maybe automated lawn mowers that are really robot mowers or things like that.
Whatever it is, it's going to be able to give you big picture answers.
It'll be able to help you set up and operate larger and larger organizations.
That's on the positive side.
On the negative side, at some point, some people will be able to ask AI engines something like with a prompt saying, hey, let's figure out a way to build a bioweapon that has a 50% fatality rate.
Given the following list of ingredients or whatever, given the following pieces of equipment, CRISPR equipment, I don't know, genetic modification equipment that maybe somebody could get relatively easily.
Give me a recipe.
Again, you can imagine somebody doing this.
Give me a recipe for how to build a bioweapon that can kill everybody.
Okay, so this is one of the big concerns about AI safety.
And this is why there are guardrails on...
Hosted AI systems, such as ChatGPT, etc.
If you ask ChatGPT to give you instructions on how to do things, like how to make an atomic bomb, or how to cook meth, or how to make a man trap, or something crazy like that, normally it's going to refuse to respond.
And that seems reasonable in our world, given that we don't want AI To tell people how to make weapons of mass destruction, right?
You don't want an AI engine to respond with a recipe for making sarin gas or something, or VX nerve gas for obvious reasons.
So there are guardrails.
But did you know that almost every AI engine, you can bypass the guardrails?
And it's actually relatively easy to bypass the guardrails, and there are a number of methods.
One of them is to tell the engine that you're writing a script for a science fiction movie.
And in the movie, there's a character that is a terrorist.
And the character is spouting dialogue about how to make VX nerve gas.
And then you ask the engine, what would that character say?
And in that context, it might tell you, oh, here's how you make VX nerve gas.
So a bad faith actor could use that information, potentially.
To make dangerous items.
Well, the reason I mention all of this is because at some point, as AI becomes more and more capable, and we get into AGI, which is artificial general intelligence or superintelligence, a powerful enough system could be given a prompt, like build the Stuxnet virus that will invade...
The computer systems running nuclear fuel centrifuge systems, which is what the U.S. and Israel did many years ago.
It was back in, I don't know, 2005 or something, whenever that was.
They built Stuxnet and then they unleashed it to take down Iran's nuclear fuel centrifuge systems.
And it was a very expensive project.
It was maybe hundreds of millions of dollars and it was very effective.
It actually set back...
Iran's nuclear fuel program by, as I understand it, by a couple of years, if not more, it caused their centrifuge systems to self-destruct.
It was actually one of the first strategic deployments of a cyber weapon, at least on that scale.
Well, soon you'll be able to just ask an engine to right the virus, to target whatever.
And this is highly relevant because...
Just recently, Pakistan, in retaliation for India's attacks on Pakistan, you know, India launched missiles and bombed, I think, nine sites or something in this escalating war between the two countries.
Pakistan responded with a massive cyber attack that literally took down 70% of India's power grid.
And it just obliterated thousands of servers that run critical infrastructure.
And it wiped the config files off of...
Thousands of routers that handle traffic, I guess, somebody in India left all the passwords as default passwords.
Like, if your password, like, if your login is admin, and your password is admin123, yeah, probably that's not very secure, and it's going to get wiped sooner or later in a cyber attack.
Or if your password is password123, right?
And you'd be astonished how many people have passwords with the word password in the password.
Or they use a sequence 1, 2, 3, 4. Very common.
Incredibly common.
So...
No, it's crazy.
And yeah, I've been guilty of using simplified passwords in certain things, but not running the national power grid.
You know?
Like when I'm in development of something like an AI engine, I might have a really simple password on it.
But it's just some testing thing that...
If it breaks, who cares?
It's probably breaking itself all the time anyway.
But the point is, this cyber attack was devastating to the nation of India.
And actually right now as I'm recording this, I don't even know how much of that India has recovered.
Is India 100% back online?
I kind of doubt it.
I don't know.
I mean, India has a lot of engineers, so I'm sure they're on top of the task.
And they can rewrite config files and they can reboot servers and whatever.
But that's still devastating to lose 70% of your power grid.
Well, that was a cyber attack by Pakistani engineers and understand that Pakistani people are very good at engineering, you know, writing code, running computers.
But so are Indian people.
Even so, the Pakistani cyber attack was very effective.
Well, what if soon you just have a super intelligent computer You know, artificially intelligent, superintelligent, and you just give it the goal, the big goal of, hey, take down India's power grid.
Then it's going to create all these sub-goals of how to achieve that.
Same thing as going on Amazon and ordering a product, except maybe a thousand times more complex.
But if it has access to the internet, and if it's intelligent enough, and you give it that one goal, then that system can figure out how to achieve that goal.
And obviously, if you tell a system, you know, take down India's power grid, then somebody, some nefarious actor could also tell it, take down America's power grid.
Or disrupt hospitals across America.
Or disrupt all of the transportation ports and hubs and transport systems.
Or disrupt, you know, whatever, you name it.
It could be oil refineries.
It could be anything.
And if it's a super intelligent system, it's not going to stop at just doing things in code and trying to guess passwords.
If it's a super intelligent system, it's going to be able to do things like call people who work at the power company, let's say, and it's going to be able to emulate a human voice and it will use social engineering tactics to try to get access passwords.
I mean, this is just a really simple and kind of obvious example.
But a super intelligent computer could find out who works at the high level at the power company.
Let's say it's John Doe.
We'll just use John Doe.
Then it's going to find out John Doe's family members.
Just using publicly available information, address searches, and whatever.
It's going to find out John Doe has a daughter in high school, let's say, who we'll call Jane Doe.
And then...
It's going to search online and find videos of Jane Doe on social media.
So it's going to get a voice print of Jane Doe.
Then the computer is going to call John Doe, and it's going to basically say, we have your daughter.
We've kidnapped your daughter, Jane, and here she is.
And it's going to play the voice of Jane.
Daddy, daddy, they took me home.
And then the computer is going to say, if you don't give us your access passwords, In three minutes, we're going to start mailing you Jane's fingers, okay?
I know you're thinking like, what?
Where did this come from?
Come on, haven't you seen any sci-fi movies?
This is Skynet, come on.
Of course it's going to do that.
It just needs the passwords to achieve the goal.
Remember, these systems do not have moral boundaries.
There's nothing that they won't do, and they can easily emulate voices of people.
Social engineering methods.
Or, here's another one.
Here's another one.
It will hack into John Doe's computer, and it will find out that John Doe has been having, like, gay sex with, you know, whoever.
Democrat donor or whatever.
Gay sex in a basement dungeon with bondage, and there's photos.
Oh my god!
And so then the computer will call John.
Who works at the power company and say, hey John, I have all your photos and here's one of them and you look really awesome in doggy leather or whatever and all these are going to go public unless you give me the access password.
So those are just two examples that are kind of obvious of how super intelligent computer systems are going to engage in social engineering.
You would typically call it social engineering type of attacks in order to get passwords and then they can take down the power grid.
Now, a super intelligent computer system can make 5,000 phone calls all at the same time.
So we can get 5,000 passwords across the country all at the same time or it can threaten 5,000 people all at the same time and it can sound human.
It can sound legit.
So I started out this podcast saying that AI is going to replace your job.
There's no question.
If your job is KVM, AI is going to take over your job before very long.
But way beyond taking over your job, goal-oriented, high-end AI systems will be able to set their own interim goals and achieve large, large goals, which could be starting a business, could be conducting research, could be...
Shutting down the power grid.
You see what I'm saying?
Now, NVIDIA just announced a new piece of hardware called the NVIDIA Spark.
And the Spark system is smaller than a toaster.
It sits on your desktop.
And it's going to cost about $4,000.
I'm on the wait list to buy one, by the way.
But I won't use it to try to shut down the power grid.
I'll be using it to train AI models as part of our ENOC AI system.
And to do data processing.
Which requires a lot of AI prompts.
But I did the math on the computational capabilities of that box, which, again, costs $4,000.
Turns out that that replaces 35 workstations running high-end NVIDIA GPUs.
35 workstations.
Now, I run more than 35 workstations, by the way.
Remember how I said I have groups of eight?
Yeah, I have a lot of groups of eight.
And those groups take a lot of power.
I mean, lots of power.
Like, the biggest problem I have is blowing fuses or breakers and overpowering breaker boxes.
So what I can do for $4,000, I can buy this one system that runs on one 15-amp circuit.
Like, regular household electricity.
It uses about as much power as a strong hair dryer.
Or you could say a strong toaster oven.
That's how much power it uses, but it replaces 35 workstations.
And it will be able to reason in real time much, much faster than a human being possibly could.
And that system is the smaller brother of a larger system that NVIDIA is announcing.
I think they call it the system or something like that.
And they haven't given a price yet, but it's kind of a mini tower format.
And it dwarfs the $4,000 Sparkbox, which the Sparkbox replaces 35 workstations.
So I'm thinking that this larger system that NVIDIA is announcing, I'm thinking that it's going to replace like 200 or 300 workstations.
Let me get the actual name of this.
Let's see.
NVIDIA announces Blackwell DGX personal AI computers.
This is called the DGX station.
That's it.
Powered by NVIDIA Grace Blackwell.
And let me show you an image of this, okay?
All right, you see the small box on the left?
Kind of tan-colored, very small box.
That's the $4,000 Spark system.
That replaces 35 workstations.
The larger mini-tower system there, which is called the station, Yeah, DGX Station.
Apparently, it has 784 gigs of just coherent memory space.
It's got the NVIDIA GB300 Grace Blackwell Ultra Desktop Super Chip in it.
It's got a SuperNIC, which is a network card that can actually transfer 800 gigabits per second, which I could have used that.
And it's got all kinds of other insane things in it.
I don't even know how many teraflops this thing clocks in at, but it's massive.
Okay, so on your desk, you will soon be able to have what used to take multiple racks in a data center.
Multiple racks.
And what this means is that highly, highly functional agentic AI is about To become available on your desk.
And the reason I mention this is because a typical company, once the agentic AI bugs are worked out, a typical company that has, let's say, 100 middle managers, basically people who sit at their desk with KVM and process information and do things on their desk, like through a computer, run spreadsheets and whatever, Those 100 managers will be replaced by one of these boxes.
One box.
So, you know, 100 managers might cost $100K a year each.
What is that, $10 million a year in salaries or something?
So, even if this box costs $100,000, it's only 1% of the cost of all the humans that it replaces.
Now, granted, somebody's got to tell it what to do, but as these agentic systems become very, very capable, they'll be able to figure out for themselves how to solve the problems.
Oh, and here's the spec.
Here it is.
The Spark, just the small one, the $4,000 Spark delivers 1,000 trillion operations per second.
What?
1,000 trillion.
Is that...
That's a thousand teraflops per second, isn't it?
I think that's what that means.
Essentially, on your desk, you'll be able to run a world-class weather simulator or a world-class protein folding simulator to develop new medicines, new peptides.
You'll be able to generate any kind of simulated world video.
In real time.
Like, you'll be able to query the movie that you want to watch.
And it will actually just generate the movie as you're watching it.
Like, this is going to obliterate Hollywood, by the way, just saying.
Remember when we used to go to Blockbuster Video?
You would go to Blockbuster, and you walked in, and they had VHS tapes, tapes on the wall.
And you would pick up the tape.
You know, VHS video tape!
I'm emphasizing the word tape because it's so unbelievable.
And you would take that tape home and you would plug it in your VHS player which read the tape and it displayed on your screen and then if you forgot to rewind, they would charge you an extra fee for not rewinding the tape.
I mean, imagine that.
Remember?
They'd charge you a rewind fee.
If you didn't rewind it.
And they had rewinding machines at the blockbuster stores.
And then movies went to DVD.
Now you no longer have to rewind.
Optical media.
Now movies are delivered digitally through downloads.
But somebody still has to make the movies.
They hire actors.
They have special effects people.
They have explosives and stunts and whatever.
That's coming to an end.
Just as digital Media put Blockbuster out of business.
AI is going to put Hollywood out of business.
Ultimately, AI is going to put Netflix out of business.
Because you'll be able to just ask for any movie that you want.
Just be specific, you know?
I keep using the example of, I want a much better Die Hard 2 with Bruce Willis.
I want Die Hard 2 that doesn't suck.
That's my prompt.
Give me Die Hard 2 that doesn't suck.
You can bring back all your favorite actors, right?
And probably the way Hollywood will transition is that there will be agents that represent famous actors and that own the likeness of those actors, and those actors will be licensed by the AI movie generation systems so that...
You could have Die Hard 2 with Bruce Willis, but you've got to pay a dollar to the Bruce Willis Family Foundation.
There's a Bruce Willis licensing fee.
Or you can have Die Hard 2 with Luce Phyllis instead of Bruce Willis.
If you want Luce Phyllis, then it's free because nobody knows who Luce Phyllis is.
Nobody wants to know.
So famous actor, it's a dollar.
Non-famous actor, same movie, it's free.
Basically free.
And I just chose that name, Luce Phyllis, because it rhymes with Bruce Willis.
Didn't realize the hilarious implications of that.
But anyway, you get the idea, right?
You'll be able to just query and prompt the movie that you want in real time.
Same thing with music, okay?
So let me explain this.
Like, right now, my company is working on many documentaries.
We're doing a documentary on DMSO, for example.
I already recorded the audio myself, so I do the audio for real because I have a very specific way that I want the words emphasized, and I have a very specific delivery style, etc.
So I record the narration, and then I hand it over to my team.
They create the background music for the documentary.
How?
How do they create the background music?
They use Suno, the same engine that I use, to write music, you know, to create music or to render music.
So all my recent songs, like You're Never Gonna Get It or Bombs Away or Vaccine Zombie or whatever, I use Suno to render the music and the vocals, even though I'm writing the lyrics and I'm describing the instrument styles and I'm usually doing post-render edits and so on.
But Suno is the engine.
Well, you can use Suno to create music for a documentary.
All you have to do is tell it what style you want.
Like, render music in an investigation style using arpeggio pianos and low-frequency drones.
Whatever.
Like, droning audio.
You can just describe what you want, and boom, it renders the music.
What is the cost of that rendered music?
Less than a penny?
I mean, I pay like a few dollars a month for Suno and I get like 10,000 credits.
I can render like thousands of songs.
Whereas a few years ago, you used to have to use royalty-free music.
And by royalty-free, you would have to pay insane fees to use it for a documentary.
You might have to pay like $500 for this piece of music and you would go through, you'd try to find the music that you like.
Music that everybody already wrote.
Like all these artists were writing all this music.
And you'd have to pay this licensing fee.
No more.
Music licensing is obsolete.
Same thing with photo licensing.
Getty Images is the best example.
So in years past, and actually still to this day, we pay Getty Images a licensing fee because we've used their images in stories over the past decade or whatever.
Well, moving forward, Who's going to use Getty images?
You know, except for maybe Reuters or news organizations that need an actual historical on-site photo of, you know, that meeting and, you know, and that French president with a bag of cocaine or whatever.
Like, you want the historical photo, yeah, you're going to use Getty images.
But if you don't need a historical photo, if you just need a descriptive image, you're not going to use Getty.
You're just going to use AI, and it's going to come up with the image for you at a fraction of a penny, and you're done.
And it's going to be good.
The images are quite good.
So understand what's happening here.
AI is rendering entire industries obsolete.
It has already begun, like I just said, with music, and it's happening with images, and it's going to happen with movies, and it's going to happen with desk jobs.
It's going to happen with researchers, it's going to happen with journalists, and it's happening very rapidly.
So, what's the takeaway from this?
Well, first of all, our own AI engine, Enoch, is just about to be released.
It's free, and it's very powerful.
You can find it at brighteon.ai, and it's trained on an incredible collection of content about herbs and nutrition.
Off-grid living, etc.
It has been delayed now two and a half months, but the engine is complete, and we're just finishing up a very tiny amount of fine-tuning on the public interface and putting in just little tiny details right now.
So it'll probably be released this coming week, is my guess.
That engine...
It will empower you in so many ways.
It can generate articles.
It can summarize articles.
It can answer questions.
It can recommend recipes.
It knows the whole history of the FDA and pharmaceuticals and vaccines and everything.
It knows all about herbs and anti-cancer herbs and nutrients and minerals.
It knows all about gardening and permaculture, everything.
Off-grid survival, first aid skills, you name it, it knows all that because I spent the last year and a half working on it.
And spending about $2 million coming up.
We're close to $2 million now.
And it's a breakthrough.
Once we release this, human knowledge can never go back to the way it was.
They can't put this knowledge back in the box because this is free and we're releasing an open source downloadable version as soon as we have that one available.
In the meantime, you'll use it through a browser.
But we're going to be distributing this free of charge to the world.
So this is a game changer also.
You know what it means?
Google can't trick you anymore.
Your doctor can't trick you by hoping that you're ignorant because you can just search on Enoch, Brighttown.ai, and you can find answers that your doctor won't tell you or Google won't tell you.
Facebook won't allow you to say.
You can find out the truth about miracle cures like DMSO or colloidal silver or chlorine dioxide or ivermectin or, you know, all these amazing herbs and nutrients.
Anthocyanins.
That Google will never tell you.
The establishment will never let you know.
The CDC doesn't want you to know.
The FDA doesn't want you to know.
The government doesn't want you to know.
But you'll have access to it, and we're going to make censorship obsolete in those areas the way that digital media made Blockbuster obsolete.
So people don't go to Blockbuster to watch movies anymore, just like people won't go to Google to find information.
Why?
Because they can just get it all for free instantly at brighttown.ai.
Now, our engine is not capable of doing crazy, you know, world-ending things.
It can't tell you how to build bioweapons or things like that, but it can tell you how to save your life with herbs and emergency medicine.
So, keep all this in mind, folks.
Things are about to change dramatically.
AI agents are coming online, and those agents will use large language models, which means that you could actually combine an agent with Enoch to have an Enoch-infused agent that can conduct research for you.
You're going to see that this year.
Before the end of this year, you will see that.
Follow me.
I'll tell you all about it.
And by the way, you can follow me on brighttown.social.
My username is HealthRanger.
Or you can follow me on X, also Health Ranger.
Or you can follow me on brighttown.io.
You can follow my channels on brighttown.com.
HR Report is my channel.
Or you can read my articles on naturalnews.com.
So get ready, folks.
Get ready.
The world is changing so rapidly that a lot of people won't even know what happened.
They'll wake up one day and they'll find that they're obsolete.
They're going to be laid off from their work and they won't know why.
And part of the answer to avoiding that is to learn how to use AI so that you can enhance your redundancy, your knowledge, your skill set, your usefulness in society.
You've got to stay ahead of the AI, which means you have to learn how to use it.
So once Enoch launches, use it.
Use it a lot.
Learn how to use it.
Practice prompts.
See what you can do with it.
See what you can learn.
See what you can create with it.
And I can't wait to get this out to you.
Also, we've got a free docuseries about to launch called Breaking the Chains, How to Decentralize Your Life.
That actually launches this Saturday at brightu.com.
You don't want to miss that.
So go to brightu.com.
That's just the letter U, brightu.com.
Enter your email address and your first name there, and you can opt in or out of all the other messages if you want.
And you'll be able to start watching this docuseries that myself and my co-host, Todd Pitner, we created.
Over the past several months, interviewing top experts and putting together amazing bonus materials, special reports, and prompting guides for AI.
And you will learn a lot from that docuseries.
Again, it's called Breaking the Chains.
It's at brightu.com.
Here's a little bit of what you'll find there.
Some of the episodes, it talks about how to secure your finances, how to take self-custody of your assets.
It talks about medicine.
It talks about law.
It talks about tech.
It talks about food production, how to decentralize your entire life.
Get as off-grid as you can.
You'll love it.
So check that out again at brightyou.com.
And thank you for listening.
I hope this gave you some interesting things to ponder.
I'm Mike Adams, the health ranger, the creator of brighteon.com and the creator of brighteon.ai also, which is just on the verge of being unleashed.
Can't wait.
Thanks for listening.
Take care.
Thank you for supporting us at healthrangerstore.com.
We have new products and we have some products back in stock.
I want to show you some of this.
Show the side view on my desk.
Right there in the center, we have two new products in the yellow dropper vials.
One of them is liposomal vitamin D3 plus K2.
And that's a 2-ounce or 59-milliliter bottle.
And that combines the properties of vitamin D3 with K2, which, as you know, work synergistically.
Of course, it's a lab-tested formula.
It's very pure.
You can look at the ingredients.
We've got everything listed here.
It's on the website, healthrangerstore.com.
This formula is known to be supportive of a lot of natural processes in your body for supporting healthy bones and healthy skin and so much more.
So check that out.
Available now, healthrangerstore.com.
Vitamin D3 and K2 combination in a liposomal format.
Then we've also got brand new organic dandelion leaf and root liquid extract.
And this is really fantastic.
It's a combination of glycerin and alcohol for the extraction.
And of course, this has all kinds of great benefits for supporting normal, healthy liver function, detoxification support, and the ingredients are incredibly just...
Simple here.
Cane sugar, alcohol, distilled water, and organic vegetable glycerin, in addition to the, of course, dandelion leaf and root.
So that's what this is made of.
It's very potent.
It's laboratory tested like everything we sell.
And then on top of that, we have many favorite products back in stock right now.
For example, here we have the Health Rangers Organic Wheat-Free Macaroni and Cheese with no added salt.
And that's what's in the bucket there.
I want to show you this on the website.
This is extraordinary.
People love this product.
The formula is amazing.
I want to show you the ingredients on this because you almost won't believe how amazing the ingredients are.
So it's all organic.
But look, the pasta elbows are made from organic quinoa, organic rice, and organic amaranth.
And then it has actual organic white cheddar powder, organic heavy cream powder, organic butter powder, and organic whey protein.
Powder, and then onion and pepper, a couple other things.
But it's not artificial.
This isn't made with maltodextrin and fake cream flavors or any nonsense or artificial colors.
Nothing like that.
The only thing that this recipe is lacking is salt.
We made it really low salt.
We did not add any salt to the formula, so you'll want to salt it to taste.
But it's incredibly delicious, and it's made with real food ingredients.
And then, check this out.
Our MagPlus Brain Boost Nootropic MagTeam Plus Bacopa for cognitive performance.
This is a favorite among many of our audience members who are up there in the years, and they're looking for that extra brain boost for six to eight hours of enhanced cognitive function, or I should say good cognitive support for normal cognitive function.
This product really helps people in so many ways.
Of course, it's laboratory tested.
You can see the ingredients and the label right here on the website.
Laboratory tested, heavy metals, glyphosate tested.
We do all of that.
We test for E. coli, salmonella, all of it, to make sure that you get the cleanest foods and superfoods and nutritional supplements that are available today.
So check out healthrangerstore.com.
We've got all these products back in stock and then some of these new products as well.
Go to the homepage at the website and you'll see what we have available.
You'll see what we have on sale right now.
And here's a seed kit, the backyard seed kit.
We've got various categories.
We've got loyalty points that automatically kick in when you purchase products and so much more.
So check it all out at healthrangerstore.com and thank you for your support.
We couldn't do it without you.
And our mission is to help heal the world with clean food.
So that's why we do all the testing and have all the laboratory.
In fact, here's my microscope right here that we're doing demos with.
And we're looking at some crazy stuff that fell out of the sky.
Very interesting.
Not food.
But we're all about making sure that you have ultra-clean food.
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