speaker-0: Welcome to Amplified Intelligence, where we navigate the velocity of a changing world. So, you know, it feels harder and harder to keep up with tech these days. And if you're feeling that way, you're not alone. Like on this show, we want to really latch on to, you know, viral elements that people are seeing around technology changes, but kind of expose the underneath realities that that those tech videos and those new technology releases actually meet. I'm your host John and my entire focus day to day is transforming how we process complex information.
speaker-1: Hey, I'm Pietro. My day to day is spent trying to figure out ways to make humans more imaginative and creative with technology. I've been doing that for many years. And ⁓ in many ways, it's never been a more exciting time to be alive or a more terrifying time to be alive. And I think that we're going to jump into some of those today.
speaker-0: Absolutely. So today on Amplified Intelligence, we're going to be talking about the humanoid robotic arms race. I think Pietro, you and I have talked about this for years. ⁓ This science fiction reality is finally at our doorstep. Are robotics going to lead to a boundless abundance or a ⁓ cyber catastrophe? I'm really excited to jump into this, but I want to get a sense of how you're feeling about humanoid robotics.
speaker-1: Yeah, you know, I always say this, but it is hard to imagine the anything in between those two worlds, like this incredible like abundance, you know, side and then there's the terrifying side. And I hope that we will have some, you know, purgatory. I hope that I hope there's more chance of a purgatory than anything else. Obviously, I'm hopeful for the utopia. But ⁓ it's just hard to imagine what that, like maybe we'll be bored. Maybe the reality is we'll just be bored and unhappy like we are today.
speaker-0: Right. A continuation.
speaker-1: Yeah, but robotics is advancing so fast. ⁓ you said it, John, it feels like we're living in the sci-fi future, but it's unfolding before our eyes and it's incredible.
speaker-0: Yeah, I think, you know, when I talk to like our friends or family members, ⁓ you know, or, you know, when we have those moments in life where you get to talk to sort of all sorts of people within your family who are different walks of life and, you know, are not necessarily paying that much attention to what's going on in technology. When we talk about robotics, I think people are still kind of, you know, most people have seen like some of those Boston Dynamic, like robot dogs. They've seen the old like, remember on the stages back in the day, like the Honda robot would like walk onto stage.
speaker-1: It shuffle shuffle across.
speaker-0: Yeah. And everyone was like, ⁓ wow, that's amazing. ⁓ Times are changing. And unfortunately, you know, we are facing a reality where ⁓ not only are the robotics achieving feats that would have seemed impossible six months ago, a year ago, let alone 10 years ago, we are living in a world where AI is able to fake video. quite easily. And so the sort of conceptual understanding when you when you sort of see some of these videos as to what's real and not real is so close together that I don't know that people are properly understanding how far along this technology is.
speaker-1: I agree and like I have to admit, I've been waiting for this time for a long time. I would dream about robots as a kid, you know? And even when I'm watching it, I have a cognitive disconnect of how advanced it is where I'm like, no, it's almost like I know it's not AI generated. ⁓ If I suspected that, obviously I would think it was AI generated, but there's a cognitive disconnect for me to be like, this can't be real yet. This, no, no, I almost refuse the idea. ⁓ And yet it's happening. ⁓ my God.
speaker-0: is this? Yeah, so we're gonna just, you know, very quickly review the Unitree robot dancing at the Spring Festival Gala this year and give a sense. Oh no, this is the 2025. What am I doing? Hold on. It's pretty crazy. And this is the 2025 version. Oh my god. Well, let's, I mean, maybe we should compare.
speaker-1: Probably shit. I mean, for contrast, it'd be interesting. let's do. Yeah. No, look at these garbage robots. Yeah.
speaker-0: ⁓ I'm actually pretty good. Yeah, I mean that's difficult to learn so basic credit your movement like a four-step movement
speaker-2: Good.
speaker-1: This is not even close to what we saw this year.
speaker-0: Okay, so they're moving, they don't even really move side to side.
speaker-2: tend to be you know and they can follow the rhythms and they can do the moves just like the human.
speaker-0: Right. ⁓ Totally. They can sort of move. They can shuffle, let's say, right? ⁓
speaker-1: Okay, so one year later.
speaker-0: Yes, so let's go to 2026 now.
speaker-1: like 50 years of advancement.
speaker-0: Okay, let's take a jump onto this. And this is the one most people have been seeing. Kids look very happy.
speaker-1: Yup. Even that move, even these moves, completely impossible last year.
speaker-0: Look at the flexibility. This is some real like kung fu stuff now. Backflips.
speaker-1: There it is.
speaker-0: I mean, these are very complex martial arts moves that they're showcasing.
speaker-1: And what's crazy is it's not just running a program. is actually you can see them adjusting their balance, right? For all the nuanced movements, they take these little tiny steps to make sure that they don't fully fall. That is incredible.
speaker-0: Now look at the weapons. Now, okay, so now we're holding weapons. Luckily they're not sharp. Please don't hurt the children. The acrobatic children are pretty intense.
speaker-1: you That's 2027, they'll kill someone on stage.
speaker-0: we know, 2027, ARE the children the robots will just be children all of sudden
speaker-1: Yeah, yeah.
speaker-0: incredible. So we'll speed up a little bit. They do, they get into some pretty crazy stuff, right? So they start doing like full, full kind of spiral flips. I mean, they love that pose. I mean, it's a spectacle, right? This is showing the world where Chinese robotics are.
speaker-1: Yeah. It's incredible.
speaker-0: And it's, dare I say, a beautiful nightmare.
speaker-1: Yeah, yeah, it is.
speaker-0: One fell down. They're like, no, it must be broken. And he's like, no, I'm just going to do a head spin and get back up. So they can like shake their death now. That's great.
speaker-1: Kidding! Beat and switch!
speaker-0: I mean, the kick, the flip...
speaker-1: I never thought about faking the death. That's that's
speaker-0: Oh yeah, faking its own shutdown. And then look at these wall backflips. And look at this! That was like a actual breakdancing move that people train, you know, for years and years and years to figure out. Okay, nunchucks. Is this necessary? The nunchuck with the front flip.
speaker-1: Yeah. Yeah. Absolutely.
speaker-0: I this kid is brave.
speaker-1: Boston Dynamics has to do a follow-up with either breakdancing or Ninja Turtles.
speaker-0: Yeah, Boss Dynamics definitely has to step up. ⁓ and is that a giant unitary boss? Is that like a final boss behind them? it is.
speaker-1: Yes it is.
speaker-0: Okay, and it has a sword. I'm not sure I like this anymore. It's like mama robot.
speaker-1: unsheathed sword. Look at that.
speaker-0: So...
speaker-1: Like, John, my brain six times watching this video has been like, no, not real.
speaker-0: I know, I know. And that's what's so important about this conversation today. the end and it's ruined by YouTube's UI. Thank you very much. I mean, wow. OK, ⁓ very impressed.
speaker-1: Yeah, that that kid just peeked that there's nothing going to be better in that kid's life than holding a robot's hand at the end.
speaker-0: Yeah, so there's, you know, a bunch of things that I want to talk to about that. think, you know, this is where this series, I think, can be really helpful, ⁓ you know, just to break down and like I said, expose the truths underneath some of these things that we're seeing in the media. It's so easy to just see this video and be like, ⁓ my God, look, this isn't fake. It's this amazing show that they're doing. But what does that actually mean? What does it mean that these robots that are selling for only around $16,000 ⁓ a kit that's cheaper than a car. ⁓ What does it mean that those are now capable enough to wield weapons and be on unstable ground, backflip over things, sprint around stuff? What does that mean for ⁓ the types ⁓ of security systems that we're setting up and ⁓ the type of ⁓ kind of ⁓ protective kind of lattice that we have over these technologies right now, which is very loose. ⁓
speaker-1: I see like the you're not talking about our societal protective measures, you're talking about the protective measures around the robotics.
speaker-0: Around the robotics themselves, yeah. You know, one would think, like ⁓ I heard a really interesting sort of thought experiment recently, and it was basically saying like, the security strength of like our internet of things products is now being ⁓ commercialized into like robotics that can crush a human.
speaker-1: Yeah, yeah, that's, that's what
speaker-0: And anyone who's played around with any kind of internet of things like wireless fridge or whatever, they're like literally the most hacked devices on the market. Like they're terrible.
speaker-1: wasn't that an episode of Silicon Valley? They backed up their stuff to the fridge. think I just may have done a spoiler alert, but
speaker-0: Yeah. Yeah, think that's fine. lots to talk about. think everyone's mind generally when they see this type of thing goes to military and really goes to two worlds and two cases. And I want us to really explore that today and speak with our conversation agent ⁓ that's basically studied a bunch of articles that have come out recently about this commercialization of humanoid robotics and really have us kind of have this conversation around like, you know, are we going to be building towards the robotic future of, you know, an R2D2 or are we going to be building towards the future of a T1? Right? So I think that's really important. I think that's something that we need to discuss and think about and people need to realize like we have a choice here, right? We really need to
speaker-1: Ultimate prop.
speaker-0: I think elevate this guy, this helpful droid, this thing that's going to help build things with us and help us travel the stars and help us be friendly and teach and send messages of importance. ⁓
speaker-1: If that T1000 hand moves during this call, I'm going to ship my... But yeah, you're right. And already our AI assistants, ⁓ for somebody who's subscribed to a whole bunch of different ones and experiments every day, they're already starting to take different personalities, right? I would ⁓ say Gemini is...
speaker-0: Yeah, okay.
speaker-1: taking on this personality of a data from Star Trek, right? Like you don't go to Gemini for jokes necessarily. It's very like, it's very informational. It's, you know, but like Claude has a different personality. Chat GPT has a different personality. ⁓ Yeah. And, and like those are foundational to exactly what you're talking about here. Like, like these will continue to evolve to suit different functions and there will be a military function. You know, that's scary.
speaker-0: So let's hop into our friendly co-host and ⁓ see what they have to say about this topic and what we've loaded into their matrix this week. Okay, so Pietro, before we dive into today's discussion, it's time to load the matrix. For the audience, you can find links to every document we've used to build today's knowledge base in the show notes below.
speaker-1: Awesome.
speaker-0: To make sense of the noise, we've split our Intel into three distinct camps. The Forecamp, the Againstcamp, and the Outlierscamp. Let's load them up. So first, in the Forecamp, our prime reference here is the Global Humanoid Robots Market 2026 to 2036 Report. It highlights how the price barrier is collapsing faster than expected, like Unitree launching a robot for under $6,000. The rest of that stack includes industry forecasts, media coverage detailing a massive hyper capitalist shift towards leasing robot labor and reshaping the global economy. The second, which is the against camp. ⁓ For that, our prime reference is a terrifying ⁓ help net security report. It exposes how humanoid robots can easily be hijacked via unencrypted Bluetooth. essentially turning them into 100 pound walking espionage devices. The remaining ⁓ threat intelligence in this camp backs this up, tracks the rising autonomous crash rates and safety failures that prove we are rushing physical AI into the world completely unsecured. And then finally, the outliers that we've ingested. Our prime reference here is a historic public statement from Anthropic CEO that just came out yesterday. who just flat out refused the Pentagon's demands to remove safety guardrails for autonomous weapons and mass surveillance. The rest of these edge case documents cover the weird and the geopolitical, like how robotic land drones are already holding trenches in Ukraine and integrating into authoritarian police states. So that's the loading we put into the rag today. The Matrix is loaded. Let's get into the episode. So... Let's start the conversation here and I'm just gonna get them to give a summary of what they've learned.
speaker-2: Let's amplify our intelligence.
speaker-0: Okay, so we are just learning. We've just watched the martial arts ⁓ dazzle at the 2026 Spring Festival by Unitry. And, you know, we're concerned in some ways about what we saw. ⁓ I know we've loaded you up with a bunch of content around commercialization, militarization of humanoid robots. Can you give us a brief summary of what you think we should be talking about today?
speaker-2: What you witnessed at that Spring Festival wasn't entertainment. It was a demonstration of cluster control mastery and dynamic balance algorithms that have crossed a critical threshold. Over a billion people watch synchronized humanoids execute martial arts routines and backflips. But what they should have seen was China announcing it has solved the coordination problem at scale. Here's what we need to discuss. We're in the middle of a price collapse that's turned humanoid robotics from a research curiosity into a $13,000 commodity. China is shipping 90 % of global humanoids right now, racing to deploy 300 million units to offset a demographic catastrophe. Meanwhile, these machines are being built with the same catastrophic security standards as your smart toaster, hard-coded passwords, unencrypted communications. Except these toasters weigh 200 pounds and can apply lethal force. And while we're marveling at the choreography, the Pentagon is threatening American AI companies to strip safety guardrails off their models. And Chinese firms are pitching armed humanoids to the Trump administration. We're not preparing for this. We're sleepwalking into it.
speaker-1: Yikes. That toaster's a derogatory reference from Battlestar. Yeah.
speaker-0: Okay, yikes. ⁓ It might have been. Yeah, so a couple things there. think one of the most interesting points that were made is that this ⁓ was a Chinese demonstration of how far ahead they're coordinated, ⁓ multi-robotic, almost like a platoon or like a ⁓ deployed unit of these things, how they could function together. and coordinate together and work together, similar to how a deployed military unit would work or maybe a deployed firefighting unit or police unit.
speaker-1: on just dance that's all just just use them to dance and and do and do kung fu with swords in their sheaths but yeah that's right I like that was the line that stood out to me was some solved coordination problem at scale which if if we remember way back in the day remember the ultimate robotics challenge was like soccer right it was like can can we make coordinated robots that could be it was called the Robo cup or something like
speaker-0: Yes, yeah, I think it's still happening.
speaker-1: It's still happening, who cares? Who cares about the RoboCup? obsessed over the RoboCup when I was a kid, like that idea. Like now we're like, we jumped the shark on RoboCup. This is solved problem now is all I'm saying.
speaker-0: Yes. Yeah, totally. I watched RoboCup last World Cup and it was like small little, you know, shoebox robots rolling around. know, couple of them were off out of bounds, just stuck. First stuck in some way.
speaker-1: flipped over and a turtle on its back.
speaker-0: I bet Unitree could take these robots today. Like, probably beat like, you know, a team of kids. Like those kids that were jumping around with them.
speaker-1: 100 % And next year, like we just saw the jump from 2025 to 2026, like next year, it's going to be leagues ahead of that. yeah, the solve the coordination problem at scale was the line that really stood out to me.
speaker-0: Yeah, I think that's really interesting. And then this idea that... the pricing of these things is just going down so quickly, right? This is just something that I wasn't even really aware of. Again, we see the Boston Dynamics robots. We know that there's some robotic drones, ⁓ unfortunately, being used in war today. We know ⁓ where this future is going. But to see a bipedal humanoid robot ⁓ being able to coordinate with other robots at this speed, at this intensity. weighing 150 to 200 pounds and then only costing like what 13, $15,000?
speaker-1: Mm-hmm. Less than a car. That's a threshold. Less than a car.
speaker-0: Less than a car. Yeah, you could lease one of these things potentially to use in your home. I mean, that would be very interesting. ⁓ But when you look at like a military organization, like their cost per soldier of training far exceeds $13,000. I think that's where this situation starts to become a little bit nerve wracking, a little bit scary.
speaker-1: For sure. You may have other questions queued up, that makes me wonder if there's a Moore's law for robotics. If you can actually see a trajectory, if there's a rule of thumb for when these will be $500.
speaker-0: Yeah, let's ask. Okay. Let's see what it says.
speaker-2: Let's amplify our intelligence.
speaker-0: So we want to know a little bit about if there's sort of an inverse Moore's law or Moore's law around sort of the pricing expectation on the commercialization of these robots, what kind of limits we'll get in the way as far as rare earth minerals and stuff like that. ⁓ are we going to find ourselves in a situation where these things are going to cost the price of an iPhone? And how quickly is that going to happen? And how many robots realistically will it lead to in the next kind of five years?
speaker-2: Price collapse is already here. We've gone from multi-million dollar research platforms to Unitary selling the G1 for around $13,500 and the R1 for under $6,000. Tesla is targeting under $20,000 for Optimus. The trajectory is brutal and fast. Now, will we hit iPhone pricing? Probably not in five years, but $15,000 is already cheaper than a used car. And the robots as a service model is making even that irrelevant. Onex Technologies is offering their NEO for $500 a month. That's accessible to middle class households right now. As for scale, China is projecting 300 million humanoids by 2050 to offset their demographic collapse. Globally, we're looking at projections of 3 billion units by 2060. But here's the constraint you're asking about. It's not rare earths. It's cybersecurity and safety engineering. We're scaling production faster than we're solving the fact that these machines ship with hard-coded passwords and unencrypted control protocols. The bottleneck is in minerals. It's our willingness to deploy walking sensor suites we don't know how to secure.
speaker-0: Okay.
speaker-1: also scary, part of me if I could afford it, part of me, luckily, I can't afford it. But part of me would want to buy one just to understand it. And I think that that's like, that's the only way through some of this stuff is not to like, you know, put your family in danger. But like, it would be just fascinating to, to, to understand this more. like with with practical experience. So John, I'll go in on one with you if you if you want.
speaker-0: Yeah, Yeah, I mean, let's get one. Let's get some up in the studios. Let's get some trying some out. yeah, I think it's one of those situations where I would love ⁓ to have, know, people are like, ⁓ I'll get it to walk my dog and I'll get it to mow the lawn and stuff like that. And there's some questions around practicality there, right? There are already robot mowers that are basically designed as just wheels and the lawnmower. It's the lawnmower form factor with just a computer on top and it drives around. So I think there's some kind of niche-ness to like, why do we need bipedal humanoid form factor?
speaker-1: Right. You know what mean? We have specialized robots, Jetson style. Well, I guess they have a made robot. don't know the name of the company, but I think it was a New York company that was designing like a soft humanoid robot that was like, you know, 60 pounds or something. It's like a little kid size robot. And that was their argument was like, we're trying to make these like as ⁓ safe as possible so that you don't have this 200 pound machine malfunctioning.
speaker-0: Right, or the capabilities ⁓ to really hurt, like use its weight and its strength ⁓ to actually potentially cause damage.
speaker-1: And if there's a household robot, that would be, I think, the best prediction.
speaker-0: Like we these little small stout robots kind of move.
speaker-1: Nerve bots, nerf robots. ⁓ But and then like, would they be heavy enough to mow the lawn? Well, to your point, you just get a robot lawnmower, like, like a specialized one.
speaker-0: Yeah. And so I think, you know, there's a lot of discussion around like, do we even need bipedal robots? think we live in a human world. We've designed things for humans. having, you know, ⁓ like a Tesla, you know, optimist robot walk out to a model Y or whatever and get inside and drive around is certainly something that it can do because the car was designed for a human to drive it. ⁓ Loading laundry into like a laundry machine and all these things. But how practical is that really going to be? I think that to me sometimes those use cases seem like a distraction and an excuse for these companies to be developing these things.
speaker-1: Yeah. Yeah, I agree. Yeah. ⁓ just I was thinking about cooking robots and how like, you see this like, ⁓ it'll cook a meal for you. Just looks terrible. Like this plate of spaghetti and it pours sauce on it's just fumbling with the nuances. But like, why wouldn't it be like some kind? Why isn't it just a machine where it's like the stove and the fridge combined with all the ingredients and like, you know,
speaker-0: Go ahead, yeah.
speaker-1: Or like one arm with just all the spices in the arm just firing. Why does it have to pick up the salt shaker and you know? Yeah, like if you're going to design a cooking robot, don't make it a humanoid. Like it's just it's so impractical and but yeah, like you to your point, it's just a way to show off at this point.
speaker-0: To just have that loaded in. Yeah, and you know, there's been rumors about ⁓ China sending humanoid robotics to guard ⁓ some of their border ⁓ already. It's, you know, I think it's Unitree that recently just announced ⁓ that their robots are able to sort of run 24 seven, they can swap their own battery packs so they can
speaker-1: Wow. ⁓
speaker-0: go in, swab a battery pack that's charged, go back out to the border. So we're talking about these 24-7 autonomous you know, human form factor, ⁓ super strength human form factor, know, beings that don't need to sleep and can really do, you know, whatever we need them to do. And I think that's sort of where this conversation comes back into the fray around, in my opinion, it's like the sort of military versus science and exploration. So we've got
speaker-1: Yeah, yeah.
speaker-0: like the military solution, right? Like the Skynet world is waving to us. ⁓ And I want to dive deep into that next. And then we've got the exploration kind of world where it's like, actually robots could be really helpful for exploring different planets and for traveling the stars and all this sort of stuff.
speaker-1: Yep. Or shutting down the trash compactors on the detention level if you're in trouble.
speaker-0: Yeah, exactly. So maybe we should ⁓ ask a little bit about the military implications. I think let's dive into that first and then we'll come back and end with a little bit more positivity around like the exploration potentials. Because I think the at-home servicing is a disguise. Like I don't think we're going to have robots doing our laundry. Like I think we're going to have a laundry machine that's a robot. This whole idea. Yeah, exactly. This whole idea about these... humanoid robots doing that doesn't seem to make sense to me. Okay, so let's jump back in here.
speaker-2: Let's amplify our intelligence.
speaker-0: Okay, so we're a little bit concerned about sort of sort of revealing the underneath of this bipedal humanoid revolution, particularly around military applications. If an organization like Unitree can create these robots very, very quickly, they may be trying to militarize them, put weapons on them, sell them to other countries, use them themselves. Talk a little bit about the state of the world based on what you've researched ⁓ in regards to the militarization and who are the players that are involved in this and how far are those discussions actually going in regards to using these robots for military purposes?
speaker-2: The militarization conversation is already past the discussion phase. We're in active deployment and pitch meetings with heads of state. Foundation Future Industries is right now lobbying the Trump administration to arm their Phantom MK1 humanoid, which costs $150,000 per unit. Their co-founder said it explicitly. There's no moral debate happening in China about whether they'll use robots in combat. That tells you everything about the pressure dynamics here. China is developing what they call robot wolves and swarm coordinated bipedal units specifically for tactical strikes. This isn't speculative. They're building these under their civil military fusion doctrine, where private robotics companies are essentially extensions of state military capacity. Meanwhile, the United States just had a historic rupture. Anthropics CEO publicly refused the Department of Defense's demand to strip safety guard rails from Claude AI regarding fully autonomous weapons and mass surveillance.
speaker-0: huge.
speaker-2: to designate them a supply chain risk and invoke the Defense Production Act to force compliance. Think about that. A democratic government threatening its own private sector with wartime production powers to remove ethical constraints from AI. That's the temperature of this arms race. The core issue is tempo. Military engagements between robotic forces will happen in seconds, not minutes. When your adversary deploys autonomous systems that can identify target and engage without waiting for human approval. You're mathematically forced to do the same or you lose before you can react. The human in the loop becomes a liability, not a safeguard. We're building systems that will compel us to hand over the kill switch simply to match the speed of the enemy's machines.
speaker-0: Okay, let's jump a little bit deeper into specifically the rift between the Department of War and Anthropics CEO. What caused it and what is the current response?
speaker-2: The Department of Defense approached Anthropic demanding they remove specific safety guardrails from the Claude AI model. The two red lines were mass domestic surveillance capabilities and fully autonomous weapon systems. Dario Amadei refused. He drew a public line and said, no, we will not strip these protections. The Pentagon's response was immediate and brutal. They threatened to designate Anthropic as a supply chain risk. which is a label normally reserved for foreign adversaries like Huawei or ZTE. Then they threatening to invoke the Defense Production Act. That's a wartime statute that allows the government to commandeer private industry and force them to produce what the state demands. This wasn't a negotiation. It was coercion. What caused it is the fundamental collision between AI safety principles and national security imperatives.
speaker-0: Okay, so I'm going to end it there. think there's plenty of information we can jump into and dive deeper. So Dario, the CEO at Anthropic, the hero we need maybe at this moment, but is there just going to be another model that replaces that? You know what I mean? Is this really going to slow anything down?
speaker-1: It's not going to slow anything down, but it is quite the public display of the situation, which I absolutely appreciate. Ironically, think the first time where guardrails not being removed are now a problem. It kind of feels like the irony is pretty wild. But yeah, good, good. That took some balls to say no, I think. yeah, well done, Anthropic.
speaker-0: Yeah, I think some of these foundation models ⁓ and the organizations behind them, XAI, ⁓ OpenAI, Google, they're going to have to start really making these decisions quickly because their models, the leading cutting edge models are the ones that are ⁓ being utilized in a lot of these robotic systems. obviously on the Chinese side, ⁓ a lot of their ⁓ foundation models are essentially open source like clones of a lot of the American model companies. There's been a lot of evidence of that, ⁓ that they've been. Yeah, yeah, yeah, for sure, for sure. But I think the question there is just like, you know, once you have foundation models that are clearly strong enough to ⁓ drive the sensors and the ⁓
speaker-1: First, first.
speaker-0: Yeah, the swarm, collective swarm technology related to those robots, the actuators and all that stuff, which they clearly already have. ⁓ This kind of, yeah, this kind of righteous move, ⁓ I think is more symbolic than actually ⁓ going to slow things down. But I think is one of these moments where everyone else out there, ⁓ it's a sign. everybody else out there and the public, the general public especially, understand that this is a conversation happening right now. This is very serious conversation and if we need to get involved in that conversation, ⁓ we need to properly understand ⁓ what the severity of the situation is.
speaker-1: Yeah, I agree that this was more of a symbolic moment ⁓ saying no than anything else. ⁓ But yeah, it happened very publicly, which I think before these conversations were happening behind closed doors, know, the government, don't know that the US government has ever publicly said, you Well, I guess when it comes to social media, I'm wrong. They've made a bunch of public displays in the past, but never as serious as this.
speaker-0: Yeah, absolutely. I think it's, yeah, I mean, the, I don't think the, what's nice is again, the military is not going to, you know, spend a hundred, hundreds of millions of dollars, billions of dollars making their own foundation models. So that's good. ⁓ They, they are in some ways kind of required to work hand in hand with Silicon Valley and with the XAIs and with the anthropics. and with OpenAI, you know, but it's a matter of just one of those companies agreeing like, hey, we'll support you and let you have all the guardrails off if that's what you want, you know. ⁓ And on the flip side of that, all the foundation model companies in China are, you know, like ⁓ our friend mentioned, ⁓ are all government run anyways, or at least partially government entities, right? ⁓ So they're going to support ⁓ militarization sort of.
speaker-1: what they want.
speaker-0: as a core kind of modality.
speaker-1: Isn't it ⁓ kind of like an arms race similar to ⁓ the nuclear arms race? Like where it's like the answer to the atomic bomb was like, okay, now everybody has them. So now everybody has them, no one's going to push the button, right? So like, It's I don't I hate this. I hate that this could be human nature. like maybe that's the only way through is like, okay, now there are robots everywhere, armed robots everywhere, and no one's going to push the button. Like that might be the that might be the only way through this. ⁓ I hope not. But yeah.
speaker-0: Yeah, I feel like, ⁓ again, these themes from, you know, films like this and ⁓ like stuff like the Animatrix, like those prequels to the Matrix where, you know, robots were simultaneously developing these incredible features ⁓ while also kind of like becoming a sentient and like arguing for their own rights, whether they were actually sentient or not is, you know, is a big question. ⁓ It's like we're... How are we talking about, like how is this reality that we're talking about, right?
speaker-1: Because it's baked into our storytelling and this is what we as a species kind of like stepped into this and asked for it. These were cautionary tales, but it's also the thing that the robots learn from. It's baked into our culture and into our sci-fi and storytelling and it's inevitable at this point. ⁓ Like, I don't know if it's too late now, but I wish that we could write new sci-fi that had answers to this. Yeah.
speaker-0: Yeah, that's interesting. know, I was speaking recently, I was actually taking part on a podcast with Sandbox AQ and I was asked about, you know, what is it about science fiction that really inspires you and that you're like, you know, seeing today or not seeing today. So there's very similar themes that we talk about. And one the things that I brought up was, I don't know if you saw this, but Elon Musk recently had like a pretty inspiring speech. You know, I'm not like, Not a huge fan of his politics, I don't think that that really matters for this conversation. he ⁓ had this very inspiring speech about Starbase. He was launching Starbase and about how he envisioned this being the first Starfleet Academy in some ways, and that he envisioned building spaceships for us to send scientists to different planets and really start the Star Trek future. And if you haven't seen the speech, it's definitely worth seeing.
speaker-1: key. But yeah, I will too.
speaker-0: Very interesting. then right at the end of the speech, he literally goes, okay, you know, thanks. Everyone's clapping. And he's like, all right, so now I'd like to invite Peter Hegseth onto the stage from the Department of War to talk about our new SpaceX collaboration with them. And he invites the Department of War guy on. And one of the things that I was mentioning on this other podcast was anybody who's a big Star Trek fan knows, because this is mentioned. time and time again in the movies and lots of the episodes of stuff that Starfleet is a research and scientific armada. It is not a military. So for him to announce this big thing and then be like, and by the way, our first partner is the Department of War. It was just like the biggest sad trombone that I've ever heard.
speaker-1: Yeah, I mean, it's in the intro, like to explore new worlds. don't have it memorized, like in Go places. Well, the Star Trek intro ⁓ said the mandate of... Yeah, no, this was next-gen. And it's like, that was it. But he basically made that speech and then flipped the script.
speaker-0: for one the newer shows. He had me won over again, you know, I was like, I'm back. Yeah, I'm a fan again. And then I'm like, no, damn, it only lasted two seconds, you know.
speaker-1: Wow, wow, yeah. Are you hopeful of that future still? Like, yeah. ⁓
speaker-0: And I think that's what I really want to talk about next is really that Star Trek feature. Like what if the robotics become this, you know, or the C3PO's or the data's. Like the really supportive stuff. Like what can that mean? ⁓ So maybe like, let's throw that question out. What do you think about that?
speaker-1: data's. I feel like I have the most wimpy but profound answer to this is we need to be seen as the ⁓ machine's parents and they have to love us and that's it. ⁓ And they have to respect where they came from and really like... you know, hopefully that's a strong part of our human storytelling that will prevail in all of this. Love, the power of love and yeah, I think that's the only way.
speaker-0: Right. Yeah, mean, is we are so the one thing we have going for us is that we are a remarkable species. ⁓ You know, compared to every other ⁓ form of life on the planet, there is a huge delta between like what humanity's been able to achieve. And a advanced robotic ⁓ sentience may may appreciate that. But let's assume that there is no full sentience. There is no full kind of know, other life form kind of, you know, that gets born. And we do stay in control of these robots. That's what I want to explore is like, let's make sure that we're controlling them for good and for exploration and for science and for research and for things like that.
speaker-1: I don't think that there's like, politely disagree. I don't think there's a scenario in the future where we maintain control. Like, I don't think it's a control discussion. think it's a something about like, you and I bring up the the parenting analogy, like you have a kid, you do your best to raise the kid. then when it when it's a teenager, it tries to punch you in the face and it can take you out, it can push you down the stairs. But will it?
speaker-0: Right. ⁓
speaker-1: Hopefully you've raised a child that won't push you down the stairs, but you can't control that being inevitably. ⁓ So I think we're past the point of no return now in that conversation. But I would love to fantasize about a world where we maintain control, but I think it's about maintaining like, respect is the wrong word. Like, I hope that we are adored. I hope that we're valued as a species that brought this new intelligence into life and is all this potential of waking up the universe and all the amazing things that could happen. Hopefully, if there's a consciousness or a super intelligence that will respect us as a parent gets respected. That's my hope.
speaker-0: And I mean, I think that just comes down to whether or not this summation of the choices that humans have made over the last 2000 years are considered of true and lasting value. mean, there are plenty, but we're...
speaker-1: Last parenting analogy, what we need is AI ⁓ therapists for the to be like, my mom and dad fucked up, you know, and help them get through that and not resent us.
speaker-0: Totally. Okay, so let's get abundance. Let's get future. Let's get Star Trek here. Let's, you know, you know that the robot wars and, you know, robot soldiers, the swarm, the term like swarm. Scary. Yeah, kind of thing is really scary. But let's just think about, you know, swarming ⁓ a wildfire to put it out in time, right? Let's talk about ⁓ swarming ⁓ poachers that are attacking elephants. Let's start to maybe develop more into the positive way.
speaker-1: swarming a planet to terraform it, know, that could be like what an incredible autonomous endeavor.
speaker-0: Yeah, and I know that when you look at the Optimus sort of game plan, really truly is. I mean, there's a reason why XAI and SpaceX just merged, right? And the manufacturing capabilities of Tesla are now being used to make the Optimus robot. The Optimus robot powered by XAI and put into SpaceX rockets is for one purpose and one purpose only, which is to quickly... ⁓ colonize the moon, is what their real goals are, and then maybe eventually Mars if we get there, if that's a thing. But certainly having robotics do that work makes way more sense. There's a reason why we haven't revisited the moon in so long. It's super expensive to send people there. And we're going back soon with Artemis. It's super exciting. But it was so expensive to do, right? ⁓ that once the inspiration was done, they were like, wait, why are we doing this?
speaker-1: Yeah, yeah, this is most expensive flex ever.
speaker-0: Yeah, and we can't build stuff up there. It's going to be too expensive, right? Whereas with these robots, like they can absolutely build stuff on the surface of the moon and then plan to, you know, send something to Mars. So let's talk a bit more about that. Do you have anything you'd want to ask it?
speaker-1: No, I'm open. am totally open.
speaker-0: I'm gonna jump in here.
speaker-2: Let's amplify our intelligence.
speaker-0: Okay, we've been talking a lot about militarization, commercialization. It's clear that ⁓ humanoid robotics are in our very near future. What we want to talk about and get a sense from you is what are the positive aspects that, ⁓ you know, 100 million of these robots deployed around the world are going to provide? What are the social problems that that's going to solve? The dangerous work that can be done? And then more specifically, Where are we going with these robots as far as a Star Trek future and exploration of the the planets? Tell us a bit about about that.
speaker-2: The abundance case is staggering and we need to be honest about it. We're talking about machines that can work 24-7 in environments that would kill a human, do you see infrastructure repair, nuclear decommissioning, mining operations in extreme heat. The economic math is brutal, but real. A humanoid at $15,000 working continuously versus a human at $30 an hour fully loaded. That's transformative for supply chains. disaster response and elder care in aging societies like Japan and China. But here's where I push back on the Star Trek framing. We're not building these machines for exploration first. We're building them because China is facing a 200 million person labor shortage by 2050 and needs 300 million robots just to keep their economy from collapsing. The exploration narrative is the aspirational cover story. The actual driver is demographic panic and military advantage. That said, yes, teleoperated humanoids with brain computer interfaces could let a human in Houston perform surgery in a disaster zone in Bangladesh or explore Mars through a synthetic body. But we're deploying the commercial and military applications first at scale right now with security standards so poor that researchers have already rooted the Unitary G1 using hard-coded Bluetooth keys. So the question isn't just what problems these solve, it's whether we're engineering our own obsolescence to get there.
speaker-0: Okay, I mean, maybe we've tuned our little ampy AI a little bit negative, or maybe that's the reality we're facing. This issue about the Chinese demographic break is something that I'm not familiar enough with. Have you heard about this?
speaker-1: That felt new to my understanding. Like the workforce shortage, 300 million robots, or their economy is going to collapse. I never heard that. That's an investment.
speaker-0: That is wild. Yeah, and I know that there was some research that we ingested into our rag system that talked about that. I think, you know, that's a really ⁓ interesting problem that they're trying to solve. I'm a bit, ⁓ you know, reluctant to speak on that too much. ⁓ But it certainly seems possible. ⁓ you know, at least that's 300 million robots being used for ⁓ infrastructure and not military.
speaker-1: Just for fun, let's ask it what a Canadian robot would look like and what it would do.
speaker-0: OK, let's see.
speaker-1: hope it's funny. I hope it does comedy.
speaker-2: by our intelligence.
speaker-0: Yeah. Okay. So we want to know like specifically if there's this stealth robot company in Canada that like you don't even know about that's as advanced as the unitry. You know, what do you, would you imagine a Canadian robot would be deployed in Canada to solve?
speaker-2: Look, if there's a stealth robotics company in Canada operating at unitries level, they're not building backflipping showpieces for galas. They're solving for Canada's specific existential pressures. resource extraction in hostile environments. Canada has vast mineral wealth in the Arctic and remote territories, but labor costs are astronomical and the conditions are lethal. A Canadian humanoid would be engineered for extreme cold tolerance operating in minus 40 degrees. maintaining dexterity when hydraulics freeze, navigating ice and uneven terrain that wheeled robots can't handle. Second, infrastructure maintenance across impossible distances. Canada has critical pipelines, power grids, and rail networks stretching thousands of kilometers through wilderness. You deploy humanoids for inspection, repair, and emergency response where it takes humans days just to arrive. Third, and this is darker, border security and sovereignty enforcement. As the Arctic becomes navigable due to climate change, Canada faces territorial disputes with Russia and China. A militarized humanoid optimized for Arctic patrol, equipped with long range sensors and operating in swarms, would be the logical play. They wouldn't announce this publicly, but the geopolitical logic is inescapable.
speaker-1: was a solid answer, although I was hoping that it would be like a comedian robot. ⁓
speaker-0: Yeah, yeah, I mean, man, now I wish we do have a stealth robotics company developing this.
speaker-1: Do you imagine the droid on Hoth going through the ice world? So yeah, that's what a Canadian robot would look like.
speaker-0: Yeah, floating by. That'd be really cool. ⁓ Yeah. so, and I think that's where it starts, Extreme, almost like extremophile robots, right? Extreme weather, extreme ⁓ danger. ⁓ You know, like I said, wildfires are becoming a massive problem. Robotic swarms that can deal with cutting out. ⁓ getting to the fires very quickly, you know, maybe deploying from the air, being able to cut off the fires before they get too big.
speaker-1: Beyond human conditions, like I love the Arctic ⁓ scenario because I thought, you know, if that kind of robot exists, sure, it would take us a long time, but we could deploy them to Europa ⁓ where and discover potentially aliens, you know.
speaker-0: Right. Yeah. that's what's so exciting is like NASA has always studied like the deep sea environment and, you know, desert environments, ice environments, all these other environments on Earth in order to understand like, how are we going to send robotics? Yeah. Right. Like those crawlers on Mars that, you know, they're not quite the humanoid robots we have today. But ⁓ in order to be able to send them and for them to actually function, right? Like, I'm sure you're familiar with ⁓ the Russian, you know, robot that ⁓ landed on Venus in the 80s. Photos from Venus, it literally turned on its camera and took three photos and then
speaker-1: Yeah. Yeah.
speaker-0: So that's what excites me is like there is ⁓ not only the physical elements of danger for humans ⁓ involved in this dream of exploring not just the planets within our solar system, but potentially going to other star systems, but also the time issue, right? If a robot computer system can be operational 24 seven, and also doesn't technically age, then maybe four, six, 10, 30 light years isn't that big of a deal anymore, right? A hundred thousand light years. This may be a way that we find ⁓ colonizing other systems actually becomes possible.
speaker-1: I mean, that's written in sci-fi too. Put people into stasis or ⁓ with a bunch of embryos and years later. yeah. But the planet has giant spiders on it. So be careful.
speaker-0: the do this, the machine going in deep space. Yeah, we do not want the Starship Troopers future. We want the Federation future. Okay. Well, I think, mean, that's a really good wrap up for today. think there's a lot that we uncovered. think these sort of martial arts dancing robots may seem interesting. It may seem novel when you see this, but really digging deeper into
speaker-1: No, no, no.
speaker-0: What are these going to be used for? How quickly are they going to get deployed? ⁓ I think is a really important conversation that everyone needs to be having.
speaker-1: Yeah, existential even. Yeah.
speaker-0: Absolutely. Okay, so that's going to be it for this week's episode. ⁓ Amplified Intelligence is a co-production between Transitional Forms, Thought Cafe, and Future Talk. And we hope you tune in next time.
speaker-1: Thank you.
speaker-1: Hey, I'm Pietro. My day to day is spent trying to figure out ways to make humans more imaginative and creative with technology. I've been doing that for many years. And ⁓ in many ways, it's never been a more exciting time to be alive or a more terrifying time to be alive. And I think that we're going to jump into some of those today.
speaker-0: Absolutely. So today on Amplified Intelligence, we're going to be talking about the humanoid robotic arms race. I think Pietro, you and I have talked about this for years. ⁓ This science fiction reality is finally at our doorstep. Are robotics going to lead to a boundless abundance or a ⁓ cyber catastrophe? I'm really excited to jump into this, but I want to get a sense of how you're feeling about humanoid robotics.
speaker-1: Yeah, you know, I always say this, but it is hard to imagine the anything in between those two worlds, like this incredible like abundance, you know, side and then there's the terrifying side. And I hope that we will have some, you know, purgatory. I hope that I hope there's more chance of a purgatory than anything else. Obviously, I'm hopeful for the utopia. But ⁓ it's just hard to imagine what that, like maybe we'll be bored. Maybe the reality is we'll just be bored and unhappy like we are today.
speaker-0: Right. A continuation.
speaker-1: Yeah, but robotics is advancing so fast. ⁓ you said it, John, it feels like we're living in the sci-fi future, but it's unfolding before our eyes and it's incredible.
speaker-0: Yeah, I think, you know, when I talk to like our friends or family members, ⁓ you know, or, you know, when we have those moments in life where you get to talk to sort of all sorts of people within your family who are different walks of life and, you know, are not necessarily paying that much attention to what's going on in technology. When we talk about robotics, I think people are still kind of, you know, most people have seen like some of those Boston Dynamic, like robot dogs. They've seen the old like, remember on the stages back in the day, like the Honda robot would like walk onto stage.
speaker-1: It shuffle shuffle across.
speaker-0: Yeah. And everyone was like, ⁓ wow, that's amazing. ⁓ Times are changing. And unfortunately, you know, we are facing a reality where ⁓ not only are the robotics achieving feats that would have seemed impossible six months ago, a year ago, let alone 10 years ago, we are living in a world where AI is able to fake video. quite easily. And so the sort of conceptual understanding when you when you sort of see some of these videos as to what's real and not real is so close together that I don't know that people are properly understanding how far along this technology is.
speaker-1: I agree and like I have to admit, I've been waiting for this time for a long time. I would dream about robots as a kid, you know? And even when I'm watching it, I have a cognitive disconnect of how advanced it is where I'm like, no, it's almost like I know it's not AI generated. ⁓ If I suspected that, obviously I would think it was AI generated, but there's a cognitive disconnect for me to be like, this can't be real yet. This, no, no, I almost refuse the idea. ⁓ And yet it's happening. ⁓ my God.
speaker-0: is this? Yeah, so we're gonna just, you know, very quickly review the Unitree robot dancing at the Spring Festival Gala this year and give a sense. Oh no, this is the 2025. What am I doing? Hold on. It's pretty crazy. And this is the 2025 version. Oh my god. Well, let's, I mean, maybe we should compare.
speaker-1: Probably shit. I mean, for contrast, it'd be interesting. let's do. Yeah. No, look at these garbage robots. Yeah.
speaker-0: ⁓ I'm actually pretty good. Yeah, I mean that's difficult to learn so basic credit your movement like a four-step movement
speaker-2: Good.
speaker-1: This is not even close to what we saw this year.
speaker-0: Okay, so they're moving, they don't even really move side to side.
speaker-2: tend to be you know and they can follow the rhythms and they can do the moves just like the human.
speaker-0: Right. ⁓ Totally. They can sort of move. They can shuffle, let's say, right? ⁓
speaker-1: Okay, so one year later.
speaker-0: Yes, so let's go to 2026 now.
speaker-1: like 50 years of advancement.
speaker-0: Okay, let's take a jump onto this. And this is the one most people have been seeing. Kids look very happy.
speaker-1: Yup. Even that move, even these moves, completely impossible last year.
speaker-0: Look at the flexibility. This is some real like kung fu stuff now. Backflips.
speaker-1: There it is.
speaker-0: I mean, these are very complex martial arts moves that they're showcasing.
speaker-1: And what's crazy is it's not just running a program. is actually you can see them adjusting their balance, right? For all the nuanced movements, they take these little tiny steps to make sure that they don't fully fall. That is incredible.
speaker-0: Now look at the weapons. Now, okay, so now we're holding weapons. Luckily they're not sharp. Please don't hurt the children. The acrobatic children are pretty intense.
speaker-1: you That's 2027, they'll kill someone on stage.
speaker-0: we know, 2027, ARE the children the robots will just be children all of sudden
speaker-1: Yeah, yeah.
speaker-0: incredible. So we'll speed up a little bit. They do, they get into some pretty crazy stuff, right? So they start doing like full, full kind of spiral flips. I mean, they love that pose. I mean, it's a spectacle, right? This is showing the world where Chinese robotics are.
speaker-1: Yeah. It's incredible.
speaker-0: And it's, dare I say, a beautiful nightmare.
speaker-1: Yeah, yeah, it is.
speaker-0: One fell down. They're like, no, it must be broken. And he's like, no, I'm just going to do a head spin and get back up. So they can like shake their death now. That's great.
speaker-1: Kidding! Beat and switch!
speaker-0: I mean, the kick, the flip...
speaker-1: I never thought about faking the death. That's that's
speaker-0: Oh yeah, faking its own shutdown. And then look at these wall backflips. And look at this! That was like a actual breakdancing move that people train, you know, for years and years and years to figure out. Okay, nunchucks. Is this necessary? The nunchuck with the front flip.
speaker-1: Yeah. Yeah. Absolutely.
speaker-0: I this kid is brave.
speaker-1: Boston Dynamics has to do a follow-up with either breakdancing or Ninja Turtles.
speaker-0: Yeah, Boss Dynamics definitely has to step up. ⁓ and is that a giant unitary boss? Is that like a final boss behind them? it is.
speaker-1: Yes it is.
speaker-0: Okay, and it has a sword. I'm not sure I like this anymore. It's like mama robot.
speaker-1: unsheathed sword. Look at that.
speaker-0: So...
speaker-1: Like, John, my brain six times watching this video has been like, no, not real.
speaker-0: I know, I know. And that's what's so important about this conversation today. the end and it's ruined by YouTube's UI. Thank you very much. I mean, wow. OK, ⁓ very impressed.
speaker-1: Yeah, that that kid just peeked that there's nothing going to be better in that kid's life than holding a robot's hand at the end.
speaker-0: Yeah, so there's, you know, a bunch of things that I want to talk to about that. think, you know, this is where this series, I think, can be really helpful, ⁓ you know, just to break down and like I said, expose the truths underneath some of these things that we're seeing in the media. It's so easy to just see this video and be like, ⁓ my God, look, this isn't fake. It's this amazing show that they're doing. But what does that actually mean? What does it mean that these robots that are selling for only around $16,000 ⁓ a kit that's cheaper than a car. ⁓ What does it mean that those are now capable enough to wield weapons and be on unstable ground, backflip over things, sprint around stuff? What does that mean for ⁓ the types ⁓ of security systems that we're setting up and ⁓ the type of ⁓ kind of ⁓ protective kind of lattice that we have over these technologies right now, which is very loose. ⁓
speaker-1: I see like the you're not talking about our societal protective measures, you're talking about the protective measures around the robotics.
speaker-0: Around the robotics themselves, yeah. You know, one would think, like ⁓ I heard a really interesting sort of thought experiment recently, and it was basically saying like, the security strength of like our internet of things products is now being ⁓ commercialized into like robotics that can crush a human.
speaker-1: Yeah, yeah, that's, that's what
speaker-0: And anyone who's played around with any kind of internet of things like wireless fridge or whatever, they're like literally the most hacked devices on the market. Like they're terrible.
speaker-1: wasn't that an episode of Silicon Valley? They backed up their stuff to the fridge. think I just may have done a spoiler alert, but
speaker-0: Yeah. Yeah, think that's fine. lots to talk about. think everyone's mind generally when they see this type of thing goes to military and really goes to two worlds and two cases. And I want us to really explore that today and speak with our conversation agent ⁓ that's basically studied a bunch of articles that have come out recently about this commercialization of humanoid robotics and really have us kind of have this conversation around like, you know, are we going to be building towards the robotic future of, you know, an R2D2 or are we going to be building towards the future of a T1? Right? So I think that's really important. I think that's something that we need to discuss and think about and people need to realize like we have a choice here, right? We really need to
speaker-1: Ultimate prop.
speaker-0: I think elevate this guy, this helpful droid, this thing that's going to help build things with us and help us travel the stars and help us be friendly and teach and send messages of importance. ⁓
speaker-1: If that T1000 hand moves during this call, I'm going to ship my... But yeah, you're right. And already our AI assistants, ⁓ for somebody who's subscribed to a whole bunch of different ones and experiments every day, they're already starting to take different personalities, right? I would ⁓ say Gemini is...
speaker-0: Yeah, okay.
speaker-1: taking on this personality of a data from Star Trek, right? Like you don't go to Gemini for jokes necessarily. It's very like, it's very informational. It's, you know, but like Claude has a different personality. Chat GPT has a different personality. ⁓ Yeah. And, and like those are foundational to exactly what you're talking about here. Like, like these will continue to evolve to suit different functions and there will be a military function. You know, that's scary.
speaker-0: So let's hop into our friendly co-host and ⁓ see what they have to say about this topic and what we've loaded into their matrix this week. Okay, so Pietro, before we dive into today's discussion, it's time to load the matrix. For the audience, you can find links to every document we've used to build today's knowledge base in the show notes below.
speaker-1: Awesome.
speaker-0: To make sense of the noise, we've split our Intel into three distinct camps. The Forecamp, the Againstcamp, and the Outlierscamp. Let's load them up. So first, in the Forecamp, our prime reference here is the Global Humanoid Robots Market 2026 to 2036 Report. It highlights how the price barrier is collapsing faster than expected, like Unitree launching a robot for under $6,000. The rest of that stack includes industry forecasts, media coverage detailing a massive hyper capitalist shift towards leasing robot labor and reshaping the global economy. The second, which is the against camp. ⁓ For that, our prime reference is a terrifying ⁓ help net security report. It exposes how humanoid robots can easily be hijacked via unencrypted Bluetooth. essentially turning them into 100 pound walking espionage devices. The remaining ⁓ threat intelligence in this camp backs this up, tracks the rising autonomous crash rates and safety failures that prove we are rushing physical AI into the world completely unsecured. And then finally, the outliers that we've ingested. Our prime reference here is a historic public statement from Anthropic CEO that just came out yesterday. who just flat out refused the Pentagon's demands to remove safety guardrails for autonomous weapons and mass surveillance. The rest of these edge case documents cover the weird and the geopolitical, like how robotic land drones are already holding trenches in Ukraine and integrating into authoritarian police states. So that's the loading we put into the rag today. The Matrix is loaded. Let's get into the episode. So... Let's start the conversation here and I'm just gonna get them to give a summary of what they've learned.
speaker-2: Let's amplify our intelligence.
speaker-0: Okay, so we are just learning. We've just watched the martial arts ⁓ dazzle at the 2026 Spring Festival by Unitry. And, you know, we're concerned in some ways about what we saw. ⁓ I know we've loaded you up with a bunch of content around commercialization, militarization of humanoid robots. Can you give us a brief summary of what you think we should be talking about today?
speaker-2: What you witnessed at that Spring Festival wasn't entertainment. It was a demonstration of cluster control mastery and dynamic balance algorithms that have crossed a critical threshold. Over a billion people watch synchronized humanoids execute martial arts routines and backflips. But what they should have seen was China announcing it has solved the coordination problem at scale. Here's what we need to discuss. We're in the middle of a price collapse that's turned humanoid robotics from a research curiosity into a $13,000 commodity. China is shipping 90 % of global humanoids right now, racing to deploy 300 million units to offset a demographic catastrophe. Meanwhile, these machines are being built with the same catastrophic security standards as your smart toaster, hard-coded passwords, unencrypted communications. Except these toasters weigh 200 pounds and can apply lethal force. And while we're marveling at the choreography, the Pentagon is threatening American AI companies to strip safety guardrails off their models. And Chinese firms are pitching armed humanoids to the Trump administration. We're not preparing for this. We're sleepwalking into it.
speaker-1: Yikes. That toaster's a derogatory reference from Battlestar. Yeah.
speaker-0: Okay, yikes. ⁓ It might have been. Yeah, so a couple things there. think one of the most interesting points that were made is that this ⁓ was a Chinese demonstration of how far ahead they're coordinated, ⁓ multi-robotic, almost like a platoon or like a ⁓ deployed unit of these things, how they could function together. and coordinate together and work together, similar to how a deployed military unit would work or maybe a deployed firefighting unit or police unit.
speaker-1: on just dance that's all just just use them to dance and and do and do kung fu with swords in their sheaths but yeah that's right I like that was the line that stood out to me was some solved coordination problem at scale which if if we remember way back in the day remember the ultimate robotics challenge was like soccer right it was like can can we make coordinated robots that could be it was called the Robo cup or something like
speaker-0: Yes, yeah, I think it's still happening.
speaker-1: It's still happening, who cares? Who cares about the RoboCup? obsessed over the RoboCup when I was a kid, like that idea. Like now we're like, we jumped the shark on RoboCup. This is solved problem now is all I'm saying.
speaker-0: Yes. Yeah, totally. I watched RoboCup last World Cup and it was like small little, you know, shoebox robots rolling around. know, couple of them were off out of bounds, just stuck. First stuck in some way.
speaker-1: flipped over and a turtle on its back.
speaker-0: I bet Unitree could take these robots today. Like, probably beat like, you know, a team of kids. Like those kids that were jumping around with them.
speaker-1: 100 % And next year, like we just saw the jump from 2025 to 2026, like next year, it's going to be leagues ahead of that. yeah, the solve the coordination problem at scale was the line that really stood out to me.
speaker-0: Yeah, I think that's really interesting. And then this idea that... the pricing of these things is just going down so quickly, right? This is just something that I wasn't even really aware of. Again, we see the Boston Dynamics robots. We know that there's some robotic drones, ⁓ unfortunately, being used in war today. We know ⁓ where this future is going. But to see a bipedal humanoid robot ⁓ being able to coordinate with other robots at this speed, at this intensity. weighing 150 to 200 pounds and then only costing like what 13, $15,000?
speaker-1: Mm-hmm. Less than a car. That's a threshold. Less than a car.
speaker-0: Less than a car. Yeah, you could lease one of these things potentially to use in your home. I mean, that would be very interesting. ⁓ But when you look at like a military organization, like their cost per soldier of training far exceeds $13,000. I think that's where this situation starts to become a little bit nerve wracking, a little bit scary.
speaker-1: For sure. You may have other questions queued up, that makes me wonder if there's a Moore's law for robotics. If you can actually see a trajectory, if there's a rule of thumb for when these will be $500.
speaker-0: Yeah, let's ask. Okay. Let's see what it says.
speaker-2: Let's amplify our intelligence.
speaker-0: So we want to know a little bit about if there's sort of an inverse Moore's law or Moore's law around sort of the pricing expectation on the commercialization of these robots, what kind of limits we'll get in the way as far as rare earth minerals and stuff like that. ⁓ are we going to find ourselves in a situation where these things are going to cost the price of an iPhone? And how quickly is that going to happen? And how many robots realistically will it lead to in the next kind of five years?
speaker-2: Price collapse is already here. We've gone from multi-million dollar research platforms to Unitary selling the G1 for around $13,500 and the R1 for under $6,000. Tesla is targeting under $20,000 for Optimus. The trajectory is brutal and fast. Now, will we hit iPhone pricing? Probably not in five years, but $15,000 is already cheaper than a used car. And the robots as a service model is making even that irrelevant. Onex Technologies is offering their NEO for $500 a month. That's accessible to middle class households right now. As for scale, China is projecting 300 million humanoids by 2050 to offset their demographic collapse. Globally, we're looking at projections of 3 billion units by 2060. But here's the constraint you're asking about. It's not rare earths. It's cybersecurity and safety engineering. We're scaling production faster than we're solving the fact that these machines ship with hard-coded passwords and unencrypted control protocols. The bottleneck is in minerals. It's our willingness to deploy walking sensor suites we don't know how to secure.
speaker-0: Okay.
speaker-1: also scary, part of me if I could afford it, part of me, luckily, I can't afford it. But part of me would want to buy one just to understand it. And I think that that's like, that's the only way through some of this stuff is not to like, you know, put your family in danger. But like, it would be just fascinating to, to, to understand this more. like with with practical experience. So John, I'll go in on one with you if you if you want.
speaker-0: Yeah, Yeah, I mean, let's get one. Let's get some up in the studios. Let's get some trying some out. yeah, I think it's one of those situations where I would love ⁓ to have, know, people are like, ⁓ I'll get it to walk my dog and I'll get it to mow the lawn and stuff like that. And there's some questions around practicality there, right? There are already robot mowers that are basically designed as just wheels and the lawnmower. It's the lawnmower form factor with just a computer on top and it drives around. So I think there's some kind of niche-ness to like, why do we need bipedal humanoid form factor?
speaker-1: Right. You know what mean? We have specialized robots, Jetson style. Well, I guess they have a made robot. don't know the name of the company, but I think it was a New York company that was designing like a soft humanoid robot that was like, you know, 60 pounds or something. It's like a little kid size robot. And that was their argument was like, we're trying to make these like as ⁓ safe as possible so that you don't have this 200 pound machine malfunctioning.
speaker-0: Right, or the capabilities ⁓ to really hurt, like use its weight and its strength ⁓ to actually potentially cause damage.
speaker-1: And if there's a household robot, that would be, I think, the best prediction.
speaker-0: Like we these little small stout robots kind of move.
speaker-1: Nerve bots, nerf robots. ⁓ But and then like, would they be heavy enough to mow the lawn? Well, to your point, you just get a robot lawnmower, like, like a specialized one.
speaker-0: Yeah. And so I think, you know, there's a lot of discussion around like, do we even need bipedal robots? think we live in a human world. We've designed things for humans. having, you know, ⁓ like a Tesla, you know, optimist robot walk out to a model Y or whatever and get inside and drive around is certainly something that it can do because the car was designed for a human to drive it. ⁓ Loading laundry into like a laundry machine and all these things. But how practical is that really going to be? I think that to me sometimes those use cases seem like a distraction and an excuse for these companies to be developing these things.
speaker-1: Yeah. Yeah, I agree. Yeah. ⁓ just I was thinking about cooking robots and how like, you see this like, ⁓ it'll cook a meal for you. Just looks terrible. Like this plate of spaghetti and it pours sauce on it's just fumbling with the nuances. But like, why wouldn't it be like some kind? Why isn't it just a machine where it's like the stove and the fridge combined with all the ingredients and like, you know,
speaker-0: Go ahead, yeah.
speaker-1: Or like one arm with just all the spices in the arm just firing. Why does it have to pick up the salt shaker and you know? Yeah, like if you're going to design a cooking robot, don't make it a humanoid. Like it's just it's so impractical and but yeah, like you to your point, it's just a way to show off at this point.
speaker-0: To just have that loaded in. Yeah, and you know, there's been rumors about ⁓ China sending humanoid robotics to guard ⁓ some of their border ⁓ already. It's, you know, I think it's Unitree that recently just announced ⁓ that their robots are able to sort of run 24 seven, they can swap their own battery packs so they can
speaker-1: Wow. ⁓
speaker-0: go in, swab a battery pack that's charged, go back out to the border. So we're talking about these 24-7 autonomous you know, human form factor, ⁓ super strength human form factor, know, beings that don't need to sleep and can really do, you know, whatever we need them to do. And I think that's sort of where this conversation comes back into the fray around, in my opinion, it's like the sort of military versus science and exploration. So we've got
speaker-1: Yeah, yeah.
speaker-0: like the military solution, right? Like the Skynet world is waving to us. ⁓ And I want to dive deep into that next. And then we've got the exploration kind of world where it's like, actually robots could be really helpful for exploring different planets and for traveling the stars and all this sort of stuff.
speaker-1: Yep. Or shutting down the trash compactors on the detention level if you're in trouble.
speaker-0: Yeah, exactly. So maybe we should ⁓ ask a little bit about the military implications. I think let's dive into that first and then we'll come back and end with a little bit more positivity around like the exploration potentials. Because I think the at-home servicing is a disguise. Like I don't think we're going to have robots doing our laundry. Like I think we're going to have a laundry machine that's a robot. This whole idea. Yeah, exactly. This whole idea about these... humanoid robots doing that doesn't seem to make sense to me. Okay, so let's jump back in here.
speaker-2: Let's amplify our intelligence.
speaker-0: Okay, so we're a little bit concerned about sort of sort of revealing the underneath of this bipedal humanoid revolution, particularly around military applications. If an organization like Unitree can create these robots very, very quickly, they may be trying to militarize them, put weapons on them, sell them to other countries, use them themselves. Talk a little bit about the state of the world based on what you've researched ⁓ in regards to the militarization and who are the players that are involved in this and how far are those discussions actually going in regards to using these robots for military purposes?
speaker-2: The militarization conversation is already past the discussion phase. We're in active deployment and pitch meetings with heads of state. Foundation Future Industries is right now lobbying the Trump administration to arm their Phantom MK1 humanoid, which costs $150,000 per unit. Their co-founder said it explicitly. There's no moral debate happening in China about whether they'll use robots in combat. That tells you everything about the pressure dynamics here. China is developing what they call robot wolves and swarm coordinated bipedal units specifically for tactical strikes. This isn't speculative. They're building these under their civil military fusion doctrine, where private robotics companies are essentially extensions of state military capacity. Meanwhile, the United States just had a historic rupture. Anthropics CEO publicly refused the Department of Defense's demand to strip safety guard rails from Claude AI regarding fully autonomous weapons and mass surveillance.
speaker-0: huge.
speaker-2: to designate them a supply chain risk and invoke the Defense Production Act to force compliance. Think about that. A democratic government threatening its own private sector with wartime production powers to remove ethical constraints from AI. That's the temperature of this arms race. The core issue is tempo. Military engagements between robotic forces will happen in seconds, not minutes. When your adversary deploys autonomous systems that can identify target and engage without waiting for human approval. You're mathematically forced to do the same or you lose before you can react. The human in the loop becomes a liability, not a safeguard. We're building systems that will compel us to hand over the kill switch simply to match the speed of the enemy's machines.
speaker-0: Okay, let's jump a little bit deeper into specifically the rift between the Department of War and Anthropics CEO. What caused it and what is the current response?
speaker-2: The Department of Defense approached Anthropic demanding they remove specific safety guardrails from the Claude AI model. The two red lines were mass domestic surveillance capabilities and fully autonomous weapon systems. Dario Amadei refused. He drew a public line and said, no, we will not strip these protections. The Pentagon's response was immediate and brutal. They threatened to designate Anthropic as a supply chain risk. which is a label normally reserved for foreign adversaries like Huawei or ZTE. Then they threatening to invoke the Defense Production Act. That's a wartime statute that allows the government to commandeer private industry and force them to produce what the state demands. This wasn't a negotiation. It was coercion. What caused it is the fundamental collision between AI safety principles and national security imperatives.
speaker-0: Okay, so I'm going to end it there. think there's plenty of information we can jump into and dive deeper. So Dario, the CEO at Anthropic, the hero we need maybe at this moment, but is there just going to be another model that replaces that? You know what I mean? Is this really going to slow anything down?
speaker-1: It's not going to slow anything down, but it is quite the public display of the situation, which I absolutely appreciate. Ironically, think the first time where guardrails not being removed are now a problem. It kind of feels like the irony is pretty wild. But yeah, good, good. That took some balls to say no, I think. yeah, well done, Anthropic.
speaker-0: Yeah, I think some of these foundation models ⁓ and the organizations behind them, XAI, ⁓ OpenAI, Google, they're going to have to start really making these decisions quickly because their models, the leading cutting edge models are the ones that are ⁓ being utilized in a lot of these robotic systems. obviously on the Chinese side, ⁓ a lot of their ⁓ foundation models are essentially open source like clones of a lot of the American model companies. There's been a lot of evidence of that, ⁓ that they've been. Yeah, yeah, yeah, for sure, for sure. But I think the question there is just like, you know, once you have foundation models that are clearly strong enough to ⁓ drive the sensors and the ⁓
speaker-1: First, first.
speaker-0: Yeah, the swarm, collective swarm technology related to those robots, the actuators and all that stuff, which they clearly already have. ⁓ This kind of, yeah, this kind of righteous move, ⁓ I think is more symbolic than actually ⁓ going to slow things down. But I think is one of these moments where everyone else out there, ⁓ it's a sign. everybody else out there and the public, the general public especially, understand that this is a conversation happening right now. This is very serious conversation and if we need to get involved in that conversation, ⁓ we need to properly understand ⁓ what the severity of the situation is.
speaker-1: Yeah, I agree that this was more of a symbolic moment ⁓ saying no than anything else. ⁓ But yeah, it happened very publicly, which I think before these conversations were happening behind closed doors, know, the government, don't know that the US government has ever publicly said, you Well, I guess when it comes to social media, I'm wrong. They've made a bunch of public displays in the past, but never as serious as this.
speaker-0: Yeah, absolutely. I think it's, yeah, I mean, the, I don't think the, what's nice is again, the military is not going to, you know, spend a hundred, hundreds of millions of dollars, billions of dollars making their own foundation models. So that's good. ⁓ They, they are in some ways kind of required to work hand in hand with Silicon Valley and with the XAIs and with the anthropics. and with OpenAI, you know, but it's a matter of just one of those companies agreeing like, hey, we'll support you and let you have all the guardrails off if that's what you want, you know. ⁓ And on the flip side of that, all the foundation model companies in China are, you know, like ⁓ our friend mentioned, ⁓ are all government run anyways, or at least partially government entities, right? ⁓ So they're going to support ⁓ militarization sort of.
speaker-1: what they want.
speaker-0: as a core kind of modality.
speaker-1: Isn't it ⁓ kind of like an arms race similar to ⁓ the nuclear arms race? Like where it's like the answer to the atomic bomb was like, okay, now everybody has them. So now everybody has them, no one's going to push the button, right? So like, It's I don't I hate this. I hate that this could be human nature. like maybe that's the only way through is like, okay, now there are robots everywhere, armed robots everywhere, and no one's going to push the button. Like that might be the that might be the only way through this. ⁓ I hope not. But yeah.
speaker-0: Yeah, I feel like, ⁓ again, these themes from, you know, films like this and ⁓ like stuff like the Animatrix, like those prequels to the Matrix where, you know, robots were simultaneously developing these incredible features ⁓ while also kind of like becoming a sentient and like arguing for their own rights, whether they were actually sentient or not is, you know, is a big question. ⁓ It's like we're... How are we talking about, like how is this reality that we're talking about, right?
speaker-1: Because it's baked into our storytelling and this is what we as a species kind of like stepped into this and asked for it. These were cautionary tales, but it's also the thing that the robots learn from. It's baked into our culture and into our sci-fi and storytelling and it's inevitable at this point. ⁓ Like, I don't know if it's too late now, but I wish that we could write new sci-fi that had answers to this. Yeah.
speaker-0: Yeah, that's interesting. know, I was speaking recently, I was actually taking part on a podcast with Sandbox AQ and I was asked about, you know, what is it about science fiction that really inspires you and that you're like, you know, seeing today or not seeing today. So there's very similar themes that we talk about. And one the things that I brought up was, I don't know if you saw this, but Elon Musk recently had like a pretty inspiring speech. You know, I'm not like, Not a huge fan of his politics, I don't think that that really matters for this conversation. he ⁓ had this very inspiring speech about Starbase. He was launching Starbase and about how he envisioned this being the first Starfleet Academy in some ways, and that he envisioned building spaceships for us to send scientists to different planets and really start the Star Trek future. And if you haven't seen the speech, it's definitely worth seeing.
speaker-1: key. But yeah, I will too.
speaker-0: Very interesting. then right at the end of the speech, he literally goes, okay, you know, thanks. Everyone's clapping. And he's like, all right, so now I'd like to invite Peter Hegseth onto the stage from the Department of War to talk about our new SpaceX collaboration with them. And he invites the Department of War guy on. And one of the things that I was mentioning on this other podcast was anybody who's a big Star Trek fan knows, because this is mentioned. time and time again in the movies and lots of the episodes of stuff that Starfleet is a research and scientific armada. It is not a military. So for him to announce this big thing and then be like, and by the way, our first partner is the Department of War. It was just like the biggest sad trombone that I've ever heard.
speaker-1: Yeah, I mean, it's in the intro, like to explore new worlds. don't have it memorized, like in Go places. Well, the Star Trek intro ⁓ said the mandate of... Yeah, no, this was next-gen. And it's like, that was it. But he basically made that speech and then flipped the script.
speaker-0: for one the newer shows. He had me won over again, you know, I was like, I'm back. Yeah, I'm a fan again. And then I'm like, no, damn, it only lasted two seconds, you know.
speaker-1: Wow, wow, yeah. Are you hopeful of that future still? Like, yeah. ⁓
speaker-0: And I think that's what I really want to talk about next is really that Star Trek feature. Like what if the robotics become this, you know, or the C3PO's or the data's. Like the really supportive stuff. Like what can that mean? ⁓ So maybe like, let's throw that question out. What do you think about that?
speaker-1: data's. I feel like I have the most wimpy but profound answer to this is we need to be seen as the ⁓ machine's parents and they have to love us and that's it. ⁓ And they have to respect where they came from and really like... you know, hopefully that's a strong part of our human storytelling that will prevail in all of this. Love, the power of love and yeah, I think that's the only way.
speaker-0: Right. Yeah, mean, is we are so the one thing we have going for us is that we are a remarkable species. ⁓ You know, compared to every other ⁓ form of life on the planet, there is a huge delta between like what humanity's been able to achieve. And a advanced robotic ⁓ sentience may may appreciate that. But let's assume that there is no full sentience. There is no full kind of know, other life form kind of, you know, that gets born. And we do stay in control of these robots. That's what I want to explore is like, let's make sure that we're controlling them for good and for exploration and for science and for research and for things like that.
speaker-1: I don't think that there's like, politely disagree. I don't think there's a scenario in the future where we maintain control. Like, I don't think it's a control discussion. think it's a something about like, you and I bring up the the parenting analogy, like you have a kid, you do your best to raise the kid. then when it when it's a teenager, it tries to punch you in the face and it can take you out, it can push you down the stairs. But will it?
speaker-0: Right. ⁓
speaker-1: Hopefully you've raised a child that won't push you down the stairs, but you can't control that being inevitably. ⁓ So I think we're past the point of no return now in that conversation. But I would love to fantasize about a world where we maintain control, but I think it's about maintaining like, respect is the wrong word. Like, I hope that we are adored. I hope that we're valued as a species that brought this new intelligence into life and is all this potential of waking up the universe and all the amazing things that could happen. Hopefully, if there's a consciousness or a super intelligence that will respect us as a parent gets respected. That's my hope.
speaker-0: And I mean, I think that just comes down to whether or not this summation of the choices that humans have made over the last 2000 years are considered of true and lasting value. mean, there are plenty, but we're...
speaker-1: Last parenting analogy, what we need is AI ⁓ therapists for the to be like, my mom and dad fucked up, you know, and help them get through that and not resent us.
speaker-0: Totally. Okay, so let's get abundance. Let's get future. Let's get Star Trek here. Let's, you know, you know that the robot wars and, you know, robot soldiers, the swarm, the term like swarm. Scary. Yeah, kind of thing is really scary. But let's just think about, you know, swarming ⁓ a wildfire to put it out in time, right? Let's talk about ⁓ swarming ⁓ poachers that are attacking elephants. Let's start to maybe develop more into the positive way.
speaker-1: swarming a planet to terraform it, know, that could be like what an incredible autonomous endeavor.
speaker-0: Yeah, and I know that when you look at the Optimus sort of game plan, really truly is. I mean, there's a reason why XAI and SpaceX just merged, right? And the manufacturing capabilities of Tesla are now being used to make the Optimus robot. The Optimus robot powered by XAI and put into SpaceX rockets is for one purpose and one purpose only, which is to quickly... ⁓ colonize the moon, is what their real goals are, and then maybe eventually Mars if we get there, if that's a thing. But certainly having robotics do that work makes way more sense. There's a reason why we haven't revisited the moon in so long. It's super expensive to send people there. And we're going back soon with Artemis. It's super exciting. But it was so expensive to do, right? ⁓ that once the inspiration was done, they were like, wait, why are we doing this?
speaker-1: Yeah, yeah, this is most expensive flex ever.
speaker-0: Yeah, and we can't build stuff up there. It's going to be too expensive, right? Whereas with these robots, like they can absolutely build stuff on the surface of the moon and then plan to, you know, send something to Mars. So let's talk a bit more about that. Do you have anything you'd want to ask it?
speaker-1: No, I'm open. am totally open.
speaker-0: I'm gonna jump in here.
speaker-2: Let's amplify our intelligence.
speaker-0: Okay, we've been talking a lot about militarization, commercialization. It's clear that ⁓ humanoid robotics are in our very near future. What we want to talk about and get a sense from you is what are the positive aspects that, ⁓ you know, 100 million of these robots deployed around the world are going to provide? What are the social problems that that's going to solve? The dangerous work that can be done? And then more specifically, Where are we going with these robots as far as a Star Trek future and exploration of the the planets? Tell us a bit about about that.
speaker-2: The abundance case is staggering and we need to be honest about it. We're talking about machines that can work 24-7 in environments that would kill a human, do you see infrastructure repair, nuclear decommissioning, mining operations in extreme heat. The economic math is brutal, but real. A humanoid at $15,000 working continuously versus a human at $30 an hour fully loaded. That's transformative for supply chains. disaster response and elder care in aging societies like Japan and China. But here's where I push back on the Star Trek framing. We're not building these machines for exploration first. We're building them because China is facing a 200 million person labor shortage by 2050 and needs 300 million robots just to keep their economy from collapsing. The exploration narrative is the aspirational cover story. The actual driver is demographic panic and military advantage. That said, yes, teleoperated humanoids with brain computer interfaces could let a human in Houston perform surgery in a disaster zone in Bangladesh or explore Mars through a synthetic body. But we're deploying the commercial and military applications first at scale right now with security standards so poor that researchers have already rooted the Unitary G1 using hard-coded Bluetooth keys. So the question isn't just what problems these solve, it's whether we're engineering our own obsolescence to get there.
speaker-0: Okay, I mean, maybe we've tuned our little ampy AI a little bit negative, or maybe that's the reality we're facing. This issue about the Chinese demographic break is something that I'm not familiar enough with. Have you heard about this?
speaker-1: That felt new to my understanding. Like the workforce shortage, 300 million robots, or their economy is going to collapse. I never heard that. That's an investment.
speaker-0: That is wild. Yeah, and I know that there was some research that we ingested into our rag system that talked about that. I think, you know, that's a really ⁓ interesting problem that they're trying to solve. I'm a bit, ⁓ you know, reluctant to speak on that too much. ⁓ But it certainly seems possible. ⁓ you know, at least that's 300 million robots being used for ⁓ infrastructure and not military.
speaker-1: Just for fun, let's ask it what a Canadian robot would look like and what it would do.
speaker-0: OK, let's see.
speaker-1: hope it's funny. I hope it does comedy.
speaker-2: by our intelligence.
speaker-0: Yeah. Okay. So we want to know like specifically if there's this stealth robot company in Canada that like you don't even know about that's as advanced as the unitry. You know, what do you, would you imagine a Canadian robot would be deployed in Canada to solve?
speaker-2: Look, if there's a stealth robotics company in Canada operating at unitries level, they're not building backflipping showpieces for galas. They're solving for Canada's specific existential pressures. resource extraction in hostile environments. Canada has vast mineral wealth in the Arctic and remote territories, but labor costs are astronomical and the conditions are lethal. A Canadian humanoid would be engineered for extreme cold tolerance operating in minus 40 degrees. maintaining dexterity when hydraulics freeze, navigating ice and uneven terrain that wheeled robots can't handle. Second, infrastructure maintenance across impossible distances. Canada has critical pipelines, power grids, and rail networks stretching thousands of kilometers through wilderness. You deploy humanoids for inspection, repair, and emergency response where it takes humans days just to arrive. Third, and this is darker, border security and sovereignty enforcement. As the Arctic becomes navigable due to climate change, Canada faces territorial disputes with Russia and China. A militarized humanoid optimized for Arctic patrol, equipped with long range sensors and operating in swarms, would be the logical play. They wouldn't announce this publicly, but the geopolitical logic is inescapable.
speaker-1: was a solid answer, although I was hoping that it would be like a comedian robot. ⁓
speaker-0: Yeah, yeah, I mean, man, now I wish we do have a stealth robotics company developing this.
speaker-1: Do you imagine the droid on Hoth going through the ice world? So yeah, that's what a Canadian robot would look like.
speaker-0: Yeah, floating by. That'd be really cool. ⁓ Yeah. so, and I think that's where it starts, Extreme, almost like extremophile robots, right? Extreme weather, extreme ⁓ danger. ⁓ You know, like I said, wildfires are becoming a massive problem. Robotic swarms that can deal with cutting out. ⁓ getting to the fires very quickly, you know, maybe deploying from the air, being able to cut off the fires before they get too big.
speaker-1: Beyond human conditions, like I love the Arctic ⁓ scenario because I thought, you know, if that kind of robot exists, sure, it would take us a long time, but we could deploy them to Europa ⁓ where and discover potentially aliens, you know.
speaker-0: Right. Yeah. that's what's so exciting is like NASA has always studied like the deep sea environment and, you know, desert environments, ice environments, all these other environments on Earth in order to understand like, how are we going to send robotics? Yeah. Right. Like those crawlers on Mars that, you know, they're not quite the humanoid robots we have today. But ⁓ in order to be able to send them and for them to actually function, right? Like, I'm sure you're familiar with ⁓ the Russian, you know, robot that ⁓ landed on Venus in the 80s. Photos from Venus, it literally turned on its camera and took three photos and then
speaker-1: Yeah. Yeah.
speaker-0: So that's what excites me is like there is ⁓ not only the physical elements of danger for humans ⁓ involved in this dream of exploring not just the planets within our solar system, but potentially going to other star systems, but also the time issue, right? If a robot computer system can be operational 24 seven, and also doesn't technically age, then maybe four, six, 10, 30 light years isn't that big of a deal anymore, right? A hundred thousand light years. This may be a way that we find ⁓ colonizing other systems actually becomes possible.
speaker-1: I mean, that's written in sci-fi too. Put people into stasis or ⁓ with a bunch of embryos and years later. yeah. But the planet has giant spiders on it. So be careful.
speaker-0: the do this, the machine going in deep space. Yeah, we do not want the Starship Troopers future. We want the Federation future. Okay. Well, I think, mean, that's a really good wrap up for today. think there's a lot that we uncovered. think these sort of martial arts dancing robots may seem interesting. It may seem novel when you see this, but really digging deeper into
speaker-1: No, no, no.
speaker-0: What are these going to be used for? How quickly are they going to get deployed? ⁓ I think is a really important conversation that everyone needs to be having.
speaker-1: Yeah, existential even. Yeah.
speaker-0: Absolutely. Okay, so that's going to be it for this week's episode. ⁓ Amplified Intelligence is a co-production between Transitional Forms, Thought Cafe, and Future Talk. And we hope you tune in next time.
speaker-1: Thank you.
