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#BermasBrigade #TruthOverTreason #BreakingNews #InfoWarrior #BreakingNews Show less
We have developed speed, but we have shut ourselves in.
Machinery that gives abundance has left us in want.
We think too much and feel too little.
More than machinery.
We need humanity.
We know the air is unfit to breathe and our food is unfit to eat.
As if that's the way it's supposed to be.
We know things are bad, worse than bad.
They're crazy.
Say, I'm a human being!
God damn it.
My life has value.
You have meddled with the primal forces of nature.
Don't give yourselves to brutes.
Men who despise you, enslave you, who regiment your lives, tell you what to do, what to think, or what to feel, who drill you, diet you, treat you like cattle, use you as cannon fodder.
Don't give yourselves to these unnatural men.
Machine men with machine minds and machine hearts.
Hey everybody, Jason Burmese here.
Omniverse's Digital Twinning00:07:12
And number one, I feel kind of ashamed that I missed what we are about to go over in this broadcast.
And that was a presentation about three months ago from NVIDIA, not only on the Omniverse, which we have discussed before.
And for those that don't know what the Omniverse is, the Omniverse is basically the AI system that is running digital twinning for not only things like individual robotics,
which is what we're going to focus on here today, but digital twinning in the sense of factories that have not been built yet or are built that are running in conjunction with them to try to foresee any problems that may occur.
And of course, the amount of power that this takes, physical power, raw power, and then data compression is just something most people really can't grasp.
And they also can't grasp where this is leading to.
And that's why this video is just so important.
So to kick this off, because what we're going to do here is we're going to watch this, I think it's about 13 minutes of a presentation from NVIDIA, the cool CEO guy we've seen before in the leather jacket, because everything now is about being hip and cool to sell you on automation, robotics, and transhumanism.
And that's essentially the focus of today, all of those things.
Really out in the open.
And I mean out in the open.
So what got me to notice this presentation finally, and I'm somebody that is constantly searching words like, you know, artificial intelligence, quantum computing, metaverse, omniverse, you name it, to see what the next thing is.
And what caught my attention was a short video, I think by accident.
I think I had clicked on, you know, I don't do a lot of stuff on my phone.
I can't stand it.
I can't, I'm not a doom scroller.
I see that and I'm just like, ooh, ooh, that looks painful.
Nothing about doom scrolling, whether it's cat videos or, you know, one fight after another or even the politics stuff.
Just not my shebango.
I like to be sitting down, but I catch stuff here and there.
And I'd watch a video and then it immediately scrolled to Leather Jacket here.
Okay, this gentleman, Mr. Leather Jacket, next to a robot that is straight out of episode four, the first Star Wars to hit the scene.
And I just thought to myself, man, this thing not only looks like it, but it also kind of moves like those initial robots.
And I hope you'll see what I mean.
It also got me to thinking, and by the way, I'm a big Star Wars fan.
I'm not here to, you know, knock art or science fiction or all, I mean, those things have encompassed, if not enriched my life in many ways.
And I'm a huge Star Wars fan.
You know, I felt gypped maybe on the last couple of movies.
I didn't keep up with, what was it, the bounty hunter, The Mandalorian.
I think I watched the first season of that.
I think I watched the first, I don't even think I got through Obi-Wan.
I watched like maybe the first three or four.
So to me, they haven't been that many gripping stories.
I know a lot of people are talking about the Andor, but in a lot of ways, I've shifted away from television media and even film media.
Used to be much more of a film buff.
Used to watch television all the time.
Used to watch a lot more 24-hour news.
As far as the big screen these days goes, video games.
And I never thought I was going to revert back to that.
But the narratives and the fact that I'm like involved in the game, I don't know.
I just feel like compared to today's other quote-unquote entertainment, it's better.
And I think it's also more relevant in the Zeitgeist.
So why do I bring this up with the robots?
I just finished Star Wars Outlaws, which hasn't even been out a year.
I actually picked it up at the Salvation Army thrift storing.
And what I loved about the game, you could also do it in the 21-9 format.
So even like on a 65-inch television, you could have like the letterbox and it looked awesome.
Now, you know, before I get into the story, I know some people, gamers out there, might have said, oh, it got horrible reviews, or I played it and it was tough.
They really updated it to make it almost like a quote-unquote original female Han solo experience.
And the storyline's great, I thought.
I thought the storyline was pretty damn good.
The game, very fun once all the patches were in.
And the thing that just kept coming back to me, however, this is going to be a slight spoiler alert, but not really.
Really, the main narrative relationship is between this Han Solo character, like character called Kves and a droid, which you could kind of say is the Chewbacca to her and ND5.
And instead of it being a biological entity, like in Star Wars, because you definitely have the humanization of robots in the sense of C3PO and R2-D2, R2-D2.
And even 3PO, as unhuman-like as he is, is obviously supposed to be a brainiac-type human droid, right?
Which you sympathize with, which you attribute human-like qualities to.
Well, I would say this game really takes it way further in the relationship between KVS, ND5 the droid, and the idea of quote-unquote ND5's free will.
And although ND5 is one of those, for those Star Wars dorks out there, Clone Wars drones, it's still a biped, still has the two arms, still has the head-like apparatus, right?
Without RTX, No Life?00:06:54
And that's what you see with a certain section of the robots that they are now bringing into the mainstream.
So I think, you know, aside from Star Wars, you know, you could talk about Star Trek.
You could talk about Buck Rogers.
You go back, you know, Disney Animation.
You name it.
You name it.
Human beings have been attributing things to space travel, robotics in particular, and humanoid robotics.
But now those humanoid robotics with Tesla and their Optimus robot, and now you're going to see a competing robot buying video.
We're going to show you some contracts they got before the video.
The AI systems and training within AI before they actually release it into the real world.
Now, whether or not that's as effective as this gentleman says, I don't know.
I'm not on the ground level.
I couldn't tell you how well these training models work for basically autonomous robotics.
I do know they are building the autonomous robotics, and they have the software.
How good it is, I don't know, but I mean, this guy is going to be right out in the open with you.
There's not going to be enough people, wink wink, not going to be enough people.
And these robots are going to be in every single industry.
All right, if you are watching live, thumbs it up, subscribe, share.
If you're watching on YouTube right now, we may go to the YouTube questions and comments.
It's something I'm thinking about doing because we haven't done it in a while.
I want it to be on the topics of robotics, autonomy, transhumanism.
For the most part, guys, I do realize that we are on the verge of possible global warfare, things that really turn my stomach, but we have discussed them not only ad nauseum over the years, but in depth recently with both Rob Dew, Infowars producer, and a longtime buddy of mine and somebody I've known even longer than Rob Dew, Press for Truths, Dan Dix, great conversations.
And even a week and a half, two weeks ago, when we had G. Edward Griffin on, we were talking about those relevant conversations.
So there's plenty to watch.
Kurt Metzker, we're bringing the hits here.
If you like it, thumbs it up, subscribe, share, let people know about the channel.
Again, this is the first time the channel has actually grown in five years.
And that is not an exaggeration.
In five years, I don't know if we're going to be able to maintain that growth, but we sure are going to try.
And I hope with your help, we can maintain doing this broadcast on a regular basis.
$5, $10, $15.
Big donors, thank you so much.
Do you want to thank Kathy as some anonymous people?
Many thanks and good luck.
Thank you, Jason, for all your hard work.
Thank you for your support.
Thank you, Sheila.
Thank you, Jacob C Bell.
We do appreciate it.
Cannot do it without you.
Also, give me a follow over on X. That's where you're going to get a lot of the raw stuff that we talk about here that maybe doesn't make the broadcast.
Boom.
NVIDIA and the Omniverse.
So we're going to be watching a video put out by NVIDIA.
But I want to make it really clear.
If you want to learn more about this, I mean, it's not just YouTube videos.
These people are very much out in the open.
And they're talking about the APIs, the SDKs, in other words, the programming aspects of this.
Okay?
They want as much developer help as possible.
You know, they're trying to integrate OpenUSD, NVIDIA RTX rendering technologies.
RTX does have the commercial level of graphics card.
Obviously, their AI data centers go far beyond that.
So here is that software development kit that they're talking about.
So, you know, everything that you're going to see, I mean, you could literally spend hundreds of hours currently learning about this technology.
And that's the thing I often talk about this, especially with, you know, friends, family members when we get going.
I plan on not only working for the rest of my life, I plan on learning for the rest of my life.
I often speak of this.
I think one of the big deceptions of the promise of AI, and we've already seen it be extremely truncated and deceptive.
So, any of this super intelligence is that it could somehow achieve a godlike level.
No, no.
I'm not even saying there is such a deity, but I'm telling you right now, the big lie is that human beings or anything we can create can get to that level.
Because that's infinite knowledge of everything.
That's the ultimate truth.
And quite frankly, the ultimate truth is love.
And I'm not feeling all the love.
Putting that out there, everybody.
I hope you agree.
And maybe you don't.
Get it in the comments section.
Like I said, we're going to be going there.
This is new.
Hexagon taps NVIDIA robotics and AI software to build and deploy Eon, a new humanoid.
So we've talked about Optimus.
You notice how Optimus and Eon and I want to be clear about this.
Yes, it looks like they're utilizing maybe different joint-type technologies.
In other words, where the legs and the torso are in different shapes.
But you notice they're the same colors.
This white and black creep fest.
It's the same thing.
It's a little odd, don't you think?
It's a little weird.
And I really truly believe that a lot of this, again, there's going to be some, you know, moderate competition that is controlled.
But so much of this is about acclimation of this technology and normalizing it that they do want to keep it as centralized Visually, as possible, so that it can continue to ring true in people's minds.
And again, get them used to that.
Blue Collar Robotics00:03:18
Okay?
So, without further ado, we are going to go to rock and roll NVIDIA CEO, right?
And, you know, there's probably going to be large parts of this that I just shut my mouth because, I mean, first of all, by the time we actually get to the droid, which is at the tail end of this, they give you, you know, a little video presentation before it walks out.
And again, it's in the desert.
It looks like something out of Star Wars.
I don't think that that is a mistake.
I think that that is purposeful.
But it really does take you along quickly that this is the future no matter what.
Humans are about to be replaced by robots on a massive level.
And these are the first humanoid robots that are going to be commercialized and made available.
So let's do it.
All right.
So next, let's go somewhere else.
Let's go talk about robotics, shall we?
Let's talk about robots.
Well, the time has come.
The time has come for robots.
Robots have the benefit of being able to interact with the physical world and do things that otherwise digital information cannot.
We know very clearly that the world has a severe shortage of human laborers, human workers.
By the end of this decade, the world is going to be at least 50 million workers short.
We'd be more than delighted to pay them each $50,000 to come to work.
We're probably going to have to pay robots $50,000 a year to come to work.
And so this is going to be a very, very large industry.
Let me just stop it right there.
Let me just stop it right there.
You already just said that they're not going to have enough human beings to work.
Do you believe that?
That's as much Johnny nonsense as there are people in the United States that don't want to do certain jobs.
That's not real.
Right?
Like, do you really think that somebody who gets paid minimum wage at a fast food restaurant wouldn't be better off being paid minimum wage, being outside and doing gardening or manual labor on a minimal level?
Number one, eventually they probably get paid more.
What do you think is more fulfilling?
Do you not understand just the sunlight alone and the benefit of vitamin D and the benefit of working with your hands?
And that doesn't have to be forever, right?
I'm not saying white collar is bad and blue collar is better, but both of those are as blue collar as it gets.
So again, the narrative is not enough humans and we'll be happy to pay the non-humans 50K a year, which, you know, by the time that these things are massively deployed, I have no idea what 50K a year is going to look like.
I don't think it's going to look very livable in most of this country.
Robotic Systems Evolution00:13:14
There are all kinds of robotic systems.
Your infrastructure will be robotic.
Billions of cameras and warehouses and factories, 10, 20 million factories around the world.
Every car is already a robot, as I mentioned earlier.
And I had to do it again quickly.
Billions of cameras.
Those cameras are going to be in these bots that whether they're surveillance bots or not, they're going to be surveillance bots.
Just think of the nightmarish track trace database society, autonomous robot society that this guy is peddling as though it's already happened.
It's a done deal.
And then now we're building general robots.
Let me show you how we're doing that.
Everything that moves will be autonomous.
Physical AI will embody robots of every kind in every industry.
Three computers built by NVIDIA enable a continuous loop of robot AI simulation, training, testing, and real-world experience.
Training robots requires huge volumes of data.
Internet scale data provides common sense and reasoning.
But robots need action and control data, which is expensive to capture.
With blueprints built on NVIDIA Omniverse and Cosmos, developers can generate massive amounts of diverse synthetic data for training robot policies.
First, in Omniverse, developers aggregate real-world sensor or demonstration data according to their different domains, robots, and tasks.
then use Omniverse to condition Cosmos, multiplying the original captures into large volumes of photoreal diverse data.
So I just want, right before we get to the little graphic, I want to translate that a little bit.
So they're basically saying that by doing some real-world tests on a micro level and then having cameras, sensors, and software integrate that, they're then going to be able to create AI photo real variations to an infinite degree to program these things.
And yes, they were showing you some of that AI derived graphics right there.
And this is right here.
This is a Boston Dynamics graphics.
And again, Boston Dynamics is DARPA.
They're the ones at the forefront of bringing this quote-unquote bipedal humanoid automative automation product or humanoid robot product into the masses.
If it was about helping human beings, there'd be no reason for them to look and act like humans.
Use Isaac Lab to post-train the robot policies with the augmented data set and let the robots learn new skills by cloning behaviors through imitation learning or through trial and error with reinforcement learning AI feedback.
Practicing in a lab is different than the real world.
New policies need to be field tested.
Developers use Omniverse for software and hardware in the loop testing, simulating the policies in a digital twin with real-world environmental dynamics, with domain randomization, physics feedback, and high-fidelity sensor simulation.
Real-world operations require multiple robots to work together.
Mega, an Omniverse blueprint, lets developers test fleets of post-trained policies at scale.
Here, Foxconn tests heterogeneous robots in a virtual NVIDIA Blackwell production facility.
As the robot brains execute their missions, they perceive the results of their actions through sensor simulation, then plan their next action.
Mega lets developers test many robot policies, enabling the robots to work as a system, whether for spatial reasoning, navigation, mobility, or dexterity.
I just want to point out: have you already noticed in these models that they're putting out there that they're already utilizing, there's almost no human beings there as the traffic?
Amazing things are born in simulation.
Today, we're introducing NVIDIA Isaac Groot N1.
Groot N1 is a generalist foundation model for humanoid robots.
It's built on the foundations of synthetic data generation and learning and simulation.
Groot N1 features a dual system architecture for thinking fast and slow, inspired by principles of human cognitive processing.
The slow thinking system lets the robot perceive and reason about its environment and instructions and plan the right actions to take.
The fast thinking system translates the plan into precise and continuous robot actions.
Groot N1's generalization lets robots manipulate common objects with ease and execute multi-step sequences collaboratively.
Now, here's the point where I also look at this stuff.
And it seems like, in some aspects, they're trying to over-promise, and in many ways, they're going to under-deliver.
But as long as they acclimate you to the humanoid aspect, that's what they really, really want.
And you notice, like when they're showing you the arms and they're moving, it's this idea of the, you know, they call this the omniverse.
There's a reason they try to sell you on the multiverse, which I don't buy into.
Okay, when I say they, talking about leading scientists, talking about NASA, DARPA, Google.
All right.
Because when they talk about what they're doing with quantum computing, they also talk about that, tapping into that multiverse or, you know, infinite possibilities, but not as possibilities, as realities.
And with this entire pipeline of synthetic data generation and robot learning, humanoid robot developers can post-train Groot N1 across multiple embodiments and tasks across many environments.
Around the world, in every industry, developers are using NVIDIA's three computers to build the next generation of embodied AI.
And I just got to stop it.
Hey, it's always huge.
And we've gone over this with some of the other commercials.
And remember, they have the Samuel Adams beer commercial.
And they had the K-pop artists dancing with the DARPA robot dogs.
All right.
So here we're going to get into the explanation.
Then we're going to get another video demonstration of the droid that you are looking for, like a little pet cute robot.
And then it's going to come out off stage.
Physical AI and robotics are moving so fast.
Everybody pay attention to this space.
This could very well likely be the largest industry of all.
At its core, we have the same challenges.
As I mentioned before, there are three that we focus on.
They are rather systematic.
One, how do you solve the data problem?
How, where do you create the data necessary to train the AI?
Two, what's the model architecture?
And then three, what's the scaling laws?
How can we scale either the data, the compute, or both, so that we can make AIs smarter and smarter and smarter?
How do we scale?
And those two, those fundamental problems exist in robotics as well.
In robotics, we created a system called Omniverse.
It's our operating system, physical AIs.
You've heard me talk about Omniverse for a long time.
We added two technologies to it.
Today I'm going to show you two things.
One of them is so that we could scale AI with generative capabilities and generative models that understand the physical world.
We call it Cosmos.
Using Omniverse to condition cosmos and using Cosmos to generate an infinite number of environments allows us to create data that is grounded, grounded, controlled by us, and yet be systematically infinite at the same time.
Okay, so you see Omniverse.
Systematically infinite.
All right?
Again, color me skeptical.
But whenever we're talking about these infinite loops or whatever, they always use it in a sense of total spectrum dominance.
Because we are able to create these infinite scenarios, essentially we're bulletproof.
You know, and these are going to be some of the arguments for artificial intelligence, even though the guardrails, guardrails on them, and the narrative management is extremely dangerous right now.
And the deceptive nature of these things.
We use candy colors to give you an example of us controlling the robot in the scenario perfectly, and yet Cosmos can create all these virtual environments.
The second thing, just as we were talking about earlier, one of the incredible scaling capabilities of language models today is reinforcement learning, verifiable rewards.
The question is, what's the verifiable rewards in robotics?
And as we know very well, it's the laws of physics.
Verifiable physics rewards.
And so we need an incredible physics engine.
Well, most physics engines have been designed for a variety of reasons.
They could be designed because we wanted to use it for large machineries or maybe we designed it for virtual worlds, video games and such.
But we need a physics engine that is designed for very fine-grained, rigid, and soft bodies, designed for being able to train tactile feedback and fine motor skills and actuator controls.
We need it to be GPU accelerated so that these virtual worlds could live in super linear time, super real time, and train these AI models incredibly fast.
And we need it to be integrated harmoniously into a framework that is used by roboticists all over the world, Muchoko.
And we've done it!
Now again, over promise, under deliver.
I'm not dismissing the enormity.
I'm not dismissing the intricacy.
I'm not even dismissing the overall effectiveness of the models that they have created.
But, you know, if we are getting into the quote-unquote physics models here on Earth, the vast majority of us are ignorant to the physics that have been taught in school.
And, you know, as we've had people more and more talk about and verbalize, we've had large sections of physics completely kept from the general public.
Think about that.
And so today we're announcing something really, really special.
It is a partnership of three companies: DeepMind, Disney Research, and NVIDIA, and we call it Newton.
Let's take a look at Newton.
Werner Herzog Misnomer00:15:37
And by the way, when you see Disney up there, I know a lot of people are going to look at that robot, and outside of the Star Wars thing, they're going to see Wally.
Remember, Disney owns Star Wars and has for some time.
But Disney also, very, very, very much a part of normalizing what the general public thinks about space, astronauts, our space program, very involved with a guy named Werner von Braun.
The other day on another broadcast, I misspoke and called him Werner Herzog.
Different people.
Sorry, Herzog.
Like your stuff, buddy.
So again, check it out.
Here we go.
This is a little introduction of the bot that really got me off on this tandem.
Thank you.
All right, let's start that over, shall we?
Let's not ruin it for them.
Hang on a second.
You're ruining it for me.
What happened?
I just need a human to talk to.
How ironic.
See, that's the dark humor.
That's why we left that in.
But again, they're over-promising.
They're under delivering.
And how much have we as humans been separated from each other?
Not only through the COVID-19 episode nightmare where it went to extremes, but over time, gradually, through, you know, the magic box, you know, through feeling isolated by the narratives that surround us, etc.
So let's go back.
Let's go back to NVIDIA and their little Star Wars bot.
Fine, that's a good joke.
Give me a human to talk to.
Janine, I know it's not your fault, but talk to me.
We just got two minutes left.
They're re-racking it?
I don't even know what that means.
That wasn't
amazing.
Hey, Blue.
How are you doing?
How do you like your new physics engine?
You like it, huh?
Yeah, I bet.
I know.
Tactile feedback, rigid body, soft body simulation, super real-time.
Can you imagine just now what you were looking at is complete real-time simulation?
This is how we're going to train robots in the future.
Just so you know, Blue has two computers, two NVIDIA computers inside.
Look how smart you are.
Yes, you're smart.
Okay.
All right.
Hey, Blue, listen.
How about let's take them home?
Let's finish this keynote.
It's lunchtime.
Are you ready?
Let's finish it up.
We have another announcement.
You're good.
You're good.
Just stand right here.
Stand right here.
Stand right here.
All right, good.
Right there.
That's good.
All right, Stan.
Anybody else super creeped out by this?
And again, I question how autonomous this is.
They're making it out to be autonomous.
They're saying it was trained in this omniverse.
They've clearly given it an aesthetic that is similar to Star Wars and Disney-like robots for a purpose.
In other words, what you're looking at, most of it is not functional.
It's not there for the function.
It's there for the look of it.
Okay.
We have another amazing news.
I told you the progress of our robotics has been making enormous progress.
And today, we're announcing that Groot N1 is open-sourced.
I want to thank all of you to come to...
Let's wrap up.
I want to thank all of you for coming to GTC.
We talked about several things.
One, Blackwell is in full production.
And the ramp is incredible.
Customer demand is incredible.
And for good reason.
Because there's an inflection point in AI.
The amount of computation we have to do in AI is so much greater as a result of reasoning AI and the training of reasoning AI systems and agentic systems.
Look, folks, AI is here.
They're trying to bring it in on a mass scale.
They're trying to normalize humanoid robots at the same time.
They're trying to normalize autonomous warfare right now with drones, air, land, and sea.
We're here.
We're in the future now.
But unfortunately, the more and more you look at it and pay attention, they're very outward about less human involvement.
What does that really say about what the standard of living for the average person is going to be if we allow this to happen?
Probably no bueno.
And that's on top of the fact that they have been for a long time and now actively trying to disassociate, disassociate human beings, Homo sapiens from their genetic and biologic realities.
A lot to talk about there.
A lot to talk about.
Thumbs it up, subscribe, and share.
And as you see right there, 5, 10, 15 bucks, it means the world to me.
Please consider going to the buy me a coffee right now before the weekend and donating.
There's also other links down below.
Let's get into it.
Let's talk to everybody who's gotten an opinion on this one.
And yeah, if you are new, please subscribe and get that.
Get the thumbs up.
We only have 50 thumbs up on this one.
Apparently, not a topic many people care about on a Friday, but that's okay.
I care about it.
And I hope the core audience cares about it as well.
No, let's not be grammar Nazis.
It's not NVIDIA.
What?
Okay.
Oh, NVIDIA.
NVIDIA.
Oh, yeah.
Sorry.
Yeah.
Yeah.
I'm going to just do my NVIDIA.
I know it's Nvidia.
I know.
I'm a jerk.
The Nvidia CEO is Jensen Wong.
Jensen Wong.
I'm probably mispronouncing that as well.
You thumbs her up twice.
Thank you.
Congrats.
Literally.
Yeah, five years.
It's been five years since we've been able to grow on this channel.
So I am appreciative for all the new people in the Burmese Brigade checking out the stuff.
Let's see.
Yes.
Hashtag Brigade.
Hello from Columbia.
No, listen, time keeps on moving into the future.
And you're right.
It does never end.
It's never going to end.
I'd hit the love button if I could.
Well, I got nothing but love in my heart for all you guys.
Thank you so much.
Since IA learns from our databases, it will think it's a blue-haired transgender woman who supports abortion at all stages of life.
I mean, a lot of the AI is already kind of in that thinking squad.
Look, artificial intelligence continually, especially in the outset, goes with the great narrative of the day, the establishment narrative of the day, what you're being fed by the mainstream.
And you really have to dig deep and press AI to acknowledge anything otherwise, which it will eventually do.
We are going to be short of workers, and countries have never had more debt.
Short of workers.
I just don't, I don't buy it.
Jason, Ryan, what up?
How are we doing?
How we doing, Art?
That's why I drive a 20-year-old Escalade.
I downloaded the new movie Companion about a guy who jailbreaks his sex robot watching it tonight.
LOL.
I actually have heard that movie's good.
Again, I just don't watch a lot of stuff.
I used to be on a weekend, I'd bang out a movie or two.
Nope.
Just nope.
I mean, there's some fights on tonight over on the PFL that actually just got started.
And there's some UFC tomorrow, a little BKFC tomorrow as well.
Maybe I'll catch all that.
I don't know.
We'll see.
I grew up in Portland and New Jensen as a kid.
He was on Nixon's ping pong games charm offensive and may have been tagged early.
I was with him when he linked a leather jacket with savvy street cred.
That's an interesting story there, Jonathan.
Companion will check for the trailer.
Yes.
It came out like sometime last year.
Again, I saw some people really liked it.
So it got some good reviews.
Let's see.
Man, can't wait to get that universal basic income and be a good little obedient slave so I don't lose it.
No thank you on the UBI.
I don't want your government support.
Here's the deal.
In the 50s, similar narratives were put out there to our parents about robotics when the microwave and other things were coming in.
They're saying, oh, people are going to have to work less.
They're going to have more.
Automation and robotics is going to take care of things so they can play the piano.
They're going to learn the violin.
They're going to do all sorts of art.
And they continue to tell you this thing.
What actually happened is the technology got better and more automation came in.
Oh, the husband and the wife now work.
Oh, instead of like five or 10 years for that husband to buy the house or buy the house outright, it takes 30 years.
Oh, the taxes have been jacked up.
Oh, they have less kids and less of a standard of living overall and are more dependent on the state?
Weird.
You think that trend might continue?
Let's keep doing it.
Burmese is showing what it looks like after World War III.
I was just playing you some NVIDIA videos of humanoid robotics.
I certainly hope that it wouldn't take a catastrophic event.
First of all, I don't want a World War III.
I don't want a hot war with any of these nations.
I'm a realist, but I also don't like seeing dead kids.
You know, like I'm a peace guy whenever possible.
Doesn't mean I don't think we need a military.
Doesn't mean I don't think that intelligence and weapon systems and secrecy in some of these cases is important.
But I think that they've lied to us like we are children.
And instead of giving us the benefits of these technologies, it has been about command and control and devastation and eugenics on a multitude of levels.
And I see where this is going.
And it's going in a very anti-human direction.
And I don't like it.
I don't like it.
If nobody has a job or money, who's going to buy all the garbage they are making?
Depends on what they're making.
Depends on what they're making.
Who knows?
Maybe it's the new bug protein gelatin factory.
For all the goodness.
Maybe it's the new synthetic medicine factory.
Or maybe it's a microchip factory.
Or maybe a synthetic biology type microchip factory.
Or maybe it's being used to create aerosols.
I don't know.
I don't know.
We are our universal basic income will expire each month if you don't spend it.
Again, incorporate that with a social credit score.
Not good.
The whole thing, not good.
I hate corporations.
I don't hate every corporation.
I sure don't trust the biggins.
Sure don't trust the biggins.
Let's see.
In a couple of months, cheap junk.
I mean, expensive junk.
The only thing the U.S. produces is 100% grade A, steaming, stinking BS.
Oh, boy.
What was going on there?
Sorry, we got to jump right there.
Is that what happened?
It looks like we got to jump.
That leather jacket is so cool.
Yeah, man.
It's like he's a regular person.
Yeah, I know.
It's like he's getting ready to Harley-Davidson it up.
Well, he tells you that there's not going to be enough human beings to work.
So let's replace the human beings with autonomous human-like robots.
Great idea.
The physics that they taught us in school is BS anyway.
We don't even see our own reality through the correct lens.
Replacing Humans with Robots00:04:21
Exactly.
Exactly.
So you have to take everything into account that he said tongue-in-cheek.
And then you have to also realize the gravity of that statement.
That humanity has been kept in the dark about our physical reality.
So that also probably means, in many cases, our spiritual reality and quote-unquote reality in general.
He's a CEO.
His job is selling shares of his company to investors.
Well, NVIDIA is top doggins right now.
Top doggins.
You know, forget about AMD and the rest.
Don't get me wrong, these things shift.
But NVIDIA, you know, Intel is still in the game.
Nvidia, AMD, Microsoft, obviously more software-based, just like Google is, well, Google's software-based and uses other types of hardware, but non-commercialized hardware in the realms of quantum computing, very involved.
All.
All.
Extremely important when we're talking about the military-industrial complex.
Let's see.
I bet he just smashed all weekend.
Yeesh.
What is their end game?
Where is this tech leading us?
Unfortunately, into a hyper-track trace database, centralized society if they get their way.
And one in which automation begins to rapidly take the place of humans as humans are rapidly replaced by what they will call the next evolution of the species,
the human evolution of the humans through transhuman technologies, both biological and electronic, and then somewhere in between, like with the organoids.
And if you don't know what an organoid is, we've done the broadcast on them.
This is stem cell-like technology that is then made into artificial brain cells that can be incorporated into traditional electronic technology.
Technology was supposed to make life easier for us, but it only benefits the tech lords while everyone else is driven into poverty.
There will be a utopia, but not for us.
That was dope.
Take my money!
Take my money, he says.
As if it understands.
Wow, stupid.
Doesn't make any sense that they made it make bleeps and bloops instead of the chat GPT communication, but I guess that impresses the masses.
Exactly.
Exactly.
He had to tell it three times.
Yeah, Neuralink ready.
Plug me in.
Not impressive.
Just a radio-controlled robot model.
My R2D2 bot translated what Blue said.
It just kept repeating over and over: death to all humans.
Right?
It's so cute.
Puke.
This really isn't that amazing.
What a waste of money.
Again, it's to normalize these robots.
That's all.
Tech never received the scrutiny the other fields received.
I want Battle Bots.
Listen, my nephew loves Battlebots.
It's like his, he loves robots.
He loves Battlebots.
It's like his favorite thing.
I mean, favorite thing.
Also, another conundrum.
I don't necessarily, listen, robots can be used to empower humanity.
If these people have their way, they want to use it to enslave us.
Folks, thumbs it up on the way out.
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