Introduction to the NEO Humanoid Robot
The NEO robot positions itself as a revolutionary household assistant, standing 5'6" tall and weighing 66 pounds. With a four-hour battery life and self-charging capability, it is designed to handle chores such as laundry folding, dishwashing, plant watering, vacuuming, and tidying up with human-like dexterity thanks to its humanoid form.
What the NEO Robot Promises
- Complete chore automation including folding laundry, washing dishes, and organizing
- Autonomous indoor and outdoor plant watering on a precise schedule
- Vacuuming and tidying with object recognition, such as finding the TV remote
- Returning to its charging dock independently
- Potential aid for individuals with mobility issues as a personal assistant
The Reality: Teleoperation vs. Autonomy
Despite these bold claims, the NEO robot currently operates primarily via teleoperation:
- All complex tasks demonstrated have been controlled remotely by a human operator using VR equipment
- Only two autonomous actions were confirmed:
- Opening the door for guests
- Carrying and putting away dishes This exposes a significant gap between marketing promises and the robot's actual capabilities.
Pricing and Market Positioning
- Available for preorder now with a $200 refundable deposit
- Options include a $500/month subscription or a $20,000 outright purchase
- Targeted at early adopters and individuals valuing time savings over cost
Challenges in Developing a Fully Autonomous Home Robot
Developing true autonomy requires sophisticated AI able to:
- Recognize a variety of household objects and their uses
- Navigate diverse home layouts and dynamic environments
- Adapt to specific tasks like laundry folding or medication delivery safely
- Learn continuously from real-world interaction data
Comparison to Tesla's Self-Driving Approach
- Tesla uses millions of vehicles to gather real-world data, refining AI capabilities over time through beta testing
- Similarly, NEO relies on early adopters for teleoperation-based learning and system improvements via "expert mode" where humans assist remotely
For a broader perspective on AI learning from real-world data, see OpenAI Launches GPT-5: Expert-Level AI Revolutionizes Coding, Learning, and Healthcare.
Risks and Considerations
- Privacy concerns due to remote cameras and microphones
- Physical limitations include small size, limited strength, speed, and occasional clumsiness
- Safety hazards in error-prone chores like medication delivery or handling fragile objects
- Early adopters must accept the role of beta testers with imperfect technology
The Broader AI Promise Problem
- Many AI products are announced prematurely, promoting aspirational capabilities before delivering functional results
- This leads to consumer skepticism and potential disappointment despite the transformative potential of AI
This issue is also examined in The Revolutionary Impact of Claude AI: A Game-Changer for Software Engineering, highlighting challenges in AI product maturation.
Conclusion
While the NEO robot embodies a compelling vision of a robotic household assistant, its current form remains heavily dependent on human teleoperation with limited true autonomy. Early adopters investing $20,000 or more should be prepared for ongoing developmental challenges and privacy trade-offs. The ultimate dream of a seamless, Rosie-the-Robot-style home assistant continues to be an exciting but distant goal.
For insights into future advances in robotics relevant to NEO’s evolution, consider reading The Future of Robotics: Innovations and Industry Insights.
For more in-depth analysis and ongoing updates, keep following expert reviews and demonstrations as this technology evolves.
(upbeat music) - Okay. We have to have a conversation about this.
I feel like it's been a minute since I've done just an old school straight to camera rant video, but this has been all over my timeline lately,
so I feel like I have to. So meet NEO, potentially, the most futuristic product we've ever seen.
This thing is a full-fledged humanoid robot, 5'6", 66 pounds, four-hour battery life, self-charging, and it lives in your house.
It's finally here. Get your mind out of the gutter. It's for doing chores.
It's a housekeeper. It has the same dexterity as a human because it's shaped just like a human,
walks around on two legs, has 10 fingers. It can fold laundry and put it away for you, or it can do the dishes for you from start to finish,
and then put everything away. It can go around and water the plants outside or inside, on a perfect schedule, and it never forgets a single plant.
And then it'll go around and vacuum and tidy up the house if anything gets left out. It always knows where everything is.
It can find the TV remote, and it'll basically actively do all the chores that you know you have to do
but you don't actually want to do. And when it's done, it goes back to its little docking spot and charges itself.
Imagine going out for the day of work and coming back a few hours later, and everything's done.
All the chores are finished every single time every day. You never have to do chores again. That's amazing.
Or maybe let's say you have mobility issues, this thing can sort of act as a personal assistant in a lot of ways.
These are things that represent massive value for a lot of people, and it's available to order...
Now? This is available to order? This feels like it could be
the best tech announcement of all time, in 2025, except this isn't real. And I mean that in the most literal way possible.
This is not real. First of all, it's a pre-order. So you can go to this website right now
and you can pick between three colors, and then it's either 500 bucks a month subscription for a standard delivery,
or you can pay a flat $20,000 to own it outright and get priority delivery. Just drop a $200 fully refundable deposit
to get in line today, and deliveries in the US start sometime next year, and that's just allegedly.
We don't know when it's actually gonna ship. Now, to be clear, it's not actually the price that I have a big problem with.
I know these numbers seem eye popping on paper, but this is a first generation bleeding edge humanoid robot assistant.
Like I never thought that this would be cheap. And also there isn't really competition yet. So you gotta imagine the target audience
is gonna be people whose time is worth more than the money they're spending on it. This is for people who the idea of saving
a few hours on chores every week so that they can use that time to make more money actually makes logical sense.
People really think like that. It's for early adopters. It's for people who wanna spend
however much they think it's worth on this brand new novel thing. That's fine.
But my issue with this product is the gap between what it's actually capable of today and what they're promising as they take your money today.
I think when people watch a video like this, they expect that this robot has some sort of built-in artificial intelligence
that allows it to recognize objects and navigate around on its own, and learn your house, and be productive for those hours while you're gone.
And that I think would be a reasonable thing to get out of watching that video because that's what it's designed to show.
That's what you're supposed to feel. That's the dream. But that's not actually what's happening.
So Joanna Stern, the legend, she did a video with this NEO robot, also this week, where the company showed her
all the things that it could do. And turns out, 100% of the things that they showed her were remotely controlled by a human in another room
wearing a VR headset with controllers. That's not exaggerating. 100% of the stuff they showed her,
the carrying things around, the loading up the dishwasher. I mean, look at this thing.
(gentle music) Yeah, all of this is teleoperated, and this was a demo set up by this 1X company.
So this is like best case scenario stuff. And I see a lot of people defending this robot online, like, "Oh, there's probably other things
that it can do autonomously. They just didn't show her yet." Really?
you don't think they would show her the best stuff that this could do autonomously to keep selling the dream?
If you watch that keynote video back, to their credit, you'll notice that they actually are very careful to label
exactly when the robot is doing something autonomously and not teleoperated. And in that whole nearly 10-minute video,
there's exactly two scenes that have this label. There's the get the door command. - [Homeowner] Can you get the door, please?
- Where the robot walks over to the door because someone's coming up. It grabs the handle, waits for the guest,
and then sort of pulls the door open and fumbles backwards a little bit, kinda like a toddler, to let them inside.
And then there's the put away the dishes command where the robot toddles over to the person recognizes the harmless not glass empty cup in its hand,
grabs it, and then walks away with it. Cool. No, seriously, that's actually pretty impressive.
Even if I could already today unlock the door with my Google Home and a smart lock, which is my voice, there is something at least a little bit futuristic
about a humanoid robot going to do that. That's part of the dream. It's doing it autonomously.
But then that also means that everything else happening in this video and everything else we've ever seen this NEO robot do,
we can safely assume is remote controlled. So the gap between what this product can actually do today and what it can maybe hopefully do someday
in the ideal future, it is massive. They're massively far apart.
And so that's really my main issue. There seems to be a bit of a lost art in waiting for a tech product to be actually finished
before announcing and unveiling it. Do you remember when tech companies would unveil a brand new tech product
that they'd been working on, and then do a demo. And then the next slide was like this thing is going on sale tomorrow,
or next week, or something like that. And that hype would carry right into the buying cycle. You remember that?
That was sick. But now, in this age of all these AI products, it's like there's this thing where
you end up selling the dream before you sell the actual product. And that is dangerous.
The promise of AI is so huge, and so massive, and magnificent, and awesome, but is also so clearly not done yet
that you end up with stuff like the Humane Pin, or even the Rabbit r1 for example, or heck even Apple Intelligence
where you have these big promises, but the capabilities are still over here while the promise is all the way over here.
And I'm trying to figure out why they do that. And I think really there's two main reasons, and believe it or not,
I think Tesla self-driving is a really perfect parallel example for a lot of this stuff.
See, basically, in order for this robot to be everything people want it to be, they need to develop a super smart AI system
that looks through the robot sensors and is able to learn its environment and recognize everything it's looking at
and teach itself to navigate that environment and perform tasks. It has to learn what a laundry room is
and what the laundry looks like and how to fold each type of clothing, and it needs to learn what cups, and forks, and glasses are,
and how to pick them up. And it has to be adaptable to all these different sizes, and shapes, and materials, and things
of all these household objects. So that when the user asks for it to do something, just like, "Hey, NEO, vacuum the living room when I'm gone,"
or something like that, then NEO can go, "Okay, I know where the living room is. I know where the vacuum is.
I know how to use the vacuum, where the handle's at, how much battery life I have, how much I need to vacuum the whole living room.
I know not to knock over lamps or certain objects in there." And even the laundry folding thing, just that requires a ton of training data
or at least some way to understand all these different shapes of shirts, and jackets, and hoods, and vests, and all sorts of things,
and hooks, and hangers, and what gets folded, what gets dry cleaned, all these different things. And the list just goes on and on.
And like, what if one of the tasks is going and getting the right medication for an elderly person, bringing it to them?
It has to get that right. It needs to identify the correct medication at the right time and the right intervals,
and bringing it to them. That is one of a ton of household objects that it has to specifically get really good at.
Now, in the self-driving car world, no matter what you think of them, Tesla's definitely a leader here,
and they've had a pretty clever approach to trying to work on this problem. Because their problem is their robots on wheels
need to learn all these possible variations and ways to navigate situations that could happen on the road,
and how to get around them, traffic cones,, construction zones, weird lane markings, et cetera, et cetera.
So, with their millions of cars already on the road, they have slowly, very slowly let people turn on this beta self-driving feature
in small stages in their cars while instructing people to keep their hands on their wheel, of course,
so that they can slowly start to gather information from people willing to beta test. And so those cars will encounter and navigate
all sorts of situations for the first time, and then the second time, and then the fifth time, and then the 100th time.
And all this data can go back into the system to help all these cars learn and get better. And now at this point, this is their primary advantage,
is they have millions and millions of miles of training data from people essentially beta testing for Tesla.
It's a robotics challenge, it's an AI challenge, but yeah, they're essentially using early adopters to beta test to make the systems better
for the eventual masses. And now, this home AI robot challenge is essentially the same thing, but in people's homes,
which is potentially way more variables. Cars have to stick to what's on the road and mostly are operating in a 2D plane,
while there's obviously different... People's houses are crazy different shapes, and there's all sorts of objects,
and different shapes and types of them and a million different variables just with household objects.
And maybe you could argue that the stakes of self-driving cars are a little higher because of all the safety risks.
And if it messes up, someone could die. Maybe that doesn't happen as often with the home AI robot, but then again, if it gets someone's medication wrong,
it's still pretty important. So, I think the point here is you don't get to make this awesome perfect home robot
without all of this information. And so they need the training data and so they go right back to early adopters.
So people who press that order now button first and who actually, I guess, get one of these when they start to ship them,
will get a robot that can probably do a few simple things autonomously, like opening doors, but there will be many things it can't do.
And for that, if you scroll down on their website, you can see there's expert mode, which is when you have something the robot can't yet do
and you schedule one of their teleoperating employees to look through the sensors into your home and do the task so that the robot can learn from it.
And this is something that they've pretty directly said that they expect early adopters to be totally cool with.
Go watch Joanna's video, I'll link it below the like button. She basically grills the CEO about all this stuff,
and he's kind of just like, "Yeah, if you wanna be on the bleeding edge of this... We'll probably blur faces
and maybe let you geofence certain areas of your house, but yeah, that'll be one of the things that they allow you to do."
So, look, there are certain industries where pre-ordering something that's not finished yet is actually normal behavior.
This happens all the time with smartphones now. This happens in video games, even happens a bit with cars these days,
although sometimes that can even go too far. But now with all these AI products coming out now, it's resulted so many more times in this strategy.
They feel like they have to announce the product way before it's done, and they end up putting out this thing
that is just nowhere near the dream. And that's how you get... We talked about the Humane Pin.
Doesn't that sound familiar? Getting announced with such a high potential ceiling and promising that this could maybe be
a post-smartphone world type of gadget, but it was just absolutely not good when it came out, and not enough people were willing
to beta test something with that miserable of an experience. And then the Rabbit r1, like I said, that's another one. They are surviving and they're improving,
but absolutely with those early adopters. But a $20,000 5'6" humanoid that wanders around your house and does chores,
are there really that many people you think that are willing to spend that amount of money and know that they're gonna have
to potentially give up some pretty serious privacy and are basically going to be a beta tester for some unknown number of years
to hopefully maybe someday achieve that dream? Some of those people are out there, but is there enough of those people?
I don't know. I clearly don't know, and I think a lot of other people don't know.
There are obviously a lot of potential downsides to this robot. It's too small and weak to carry anything super heavy.
It's also too slow and a bit too clumsy, it looks like, to do anything really serious. And it requires inviting a ton of
remote viewable cameras and microphones into your house, and it could also fall over and have a hard time getting up.
And also, just like the self-driving car, there are a number of situations where the robot getting enough things wrong
could be dangerous. Even just the medication stuff that I talked about earlier, or even it just clumsily dropping something made of glass,
or any other various potentially dangerous household situations. And also, I'm not even sure it has to be human shaped,
but that's another argument for another video. But the upside clearly is the dream. Like Rosie the Robot from "The Jetsons" type of dream,
a personal assistant that seamlessly goes around your house and quietly does all the stuff that you don't wanna do and does it better and faster as time goes on,
and does it in quiet hours of the night. The point is this is the new AI promise problem that we have.
It's not just this product and this company. This is the most visible one on all our timelines right now. But it's like all these AI products
are promising the world way, way before they have a product that's ready to actually show anyone and take money for it.
And theoretically, this is what we want AI to do. It's not just like AI-generated videos and slop and random copyright infringement.
We want it to be doing actually useful, productive stuff. That's not the issue. It's just the gap.
The gap, that's the issue. And closing that gap is so, so hard. And this is one of the obvious examples.
The people that would benefit most from the ideal version of this robot, like the elderly or people with disabilities,
are the least likely to become early adopters. So it's tough. I can actually applaud them for showing
everything that they did to Joanna in that video. Fun fact, they actually reached out to me 10 months ago in January from a random Gmail address
offering to do a sponsored video. I didn't respond. I didn't think it was anywhere close to real
or worth doing a video or talking about, but we'll see how this ages. We might look back at this in 12 months,
and everyone everywhere shipping great AI products and humanoid robots, and it's all a dream, and I look like an idiot,
in which case, great, we made it through that gap somehow. But history seems to be suggesting that I'll probably be right about this one,
at least for now. But, hey, subscribe to see me in my words if I'm wrong. Thanks for watching.
Catch you in the next one. Peace. (gentle music)
Currently, the NEO robot performs only a few autonomous tasks: it can open the door for guests and carry and put away dishes. Most other complex chores like folding laundry and vacuuming are controlled remotely by a human operator via teleoperation.
Teleoperation means a human controls the robot's complex actions remotely using VR equipment, which limits its ability to operate independently. This dependency restricts real-time autonomous decision-making and requires human presence or connectivity, reducing practical usability for fully hands-off assistance.
Key challenges include enabling advanced AI to recognize diverse household objects and tasks, navigate varied home environments safely, adapt to dynamic conditions (e.g., folding clothes, delivering medication), and continuously learn from interactions. Overcoming physical limitations like strength, speed, and precision is also critical for reliable autonomy.
The NEO robot is offered at a $20,000 outright purchase or a $500 monthly subscription, with a $200 refundable preorder deposit. It is targeted at early adopters willing to invest in cutting-edge technology for time savings, who also accept the risks associated with beta-level performance and development.
Like Tesla, which refines its self-driving AI through data from millions of real vehicles, NEO relies on early users operating the robot via teleoperation to gather data and improve its systems. This "expert mode" teleoperation allows human guidance to train and enhance AI capabilities incrementally over time.
Users should consider privacy risks linked to the robot’s remote cameras and microphones, which may capture sensitive home data. Safety hazards arise from the robot’s limited strength, speed, and occasional clumsiness, posing risks during fragile tasks like medication delivery or handling breakables, especially in its current beta state.
At this stage, the NEO robot is more of a teleoperated assistant than a fully autonomous AI. While it promises revolutionary capabilities, its reliance on human remote control exposes a significant gap between marketing claims and actual performance, making it an early-stage product requiring user tolerance for ongoing development.
Heads up!
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