r/Humanoids

Humanoid robots are usually discussed as impressive demos, but the more important question may be whether they can become useful infrastructure.
If humanoid robots move beyond staged videos and into warehouses, elder care, manufacturing, retail back rooms, hospitals, or disaster response, the real test will not just be intelligence. It will be cost, maintenance, safety, insurance, battery life, repair networks, labor rules, and whether businesses can trust them every day.
A robot that works for ten minutes on camera is very different from a robot that works thousands of hours in a messy real environment.
The future question is: will humanoid robots become a general-purpose labor layer, or will the market move toward simpler task-specific machines that are cheaper and easier to deploy?

In my novel The Optimization of Eden extrapolating this development occurs leading to questions regarding purpose. Available at my site www.dougcollinsauthor.com

I recently found out that UBTECH has created a subsidiary called UWorld that is making very human-like robots.

The idea is that these robots could provide companionship, emotional support, and even replace some human interactions.

To be honest, that gives me a weird feeling. Personally, I don't want robots that look almost exactly like people. I'd rather always know that a robot is a robot. But that's just my opinion.

What surprised me is that these robots are still pretty limited. They only have around 2 to 4 hours of battery life, the AI isn't that advanced yet, and their facial expressions are still quite basic.

Even so, they apparently got more than 13,000 pre-orders in a little over a month.

From an investment point of view, that's really interesting because it suggests there could be a huge market for this kind of products.

The bigger question is where all of this is going. Are people really going to start replacing some human relationships with robots? And is that a future we actually want?

The future of humanoid robots has officially arrived. UBTECH has unveiled the UWORLD U1, the world's first full-size mass-produced ultra bionic humanoid robot, and it has already received more than 13,000 orders.

In this video, we take a detailed look at the new UBTECH UWORLD U1 Series and explore why it could become one of the most important humanoid robots ever introduced. From realistic human movement and emotion recognition to advanced artificial intelligence, privacy features, and mass production, this launch represents a major step toward bringing humanoid robots into everyday life.

Most discussions about automation focus on generative AI replacing office work or humanoid robots replacing physical labour. After analysing South Korea's workforce, I think it's more useful to look at both separately.

I used official International Labour Organization (ILO) employment data covering 28.8 million workers together with an occupation-level AI exposure model.

The highest estimated AI exposure isn't in manufacturing.

It's among clerical support workers.

Around 3.6 million people work in clerical occupations, and they receive an estimated AI exposure score of 8.5/10. These roles involve document processing, scheduling, customer communication and administrative work that today's AI systems are increasingly capable of assisting with.

Where humanoid robots become more interesting is in the occupations that are relatively safe from software AI.

Plant and machine operators score just 3.0/10 for AI exposure, but 7.5/10 for robotics exposure. Skilled agricultural workers score 3.0/10 for AI but 6.5/10 for robotics, while elementary occupations score only 2.0/10 for AI and 5.5/10 for robotics.

That suggests South Korea is facing two parallel automation trends.

The first is software AI transforming knowledge and administrative work.

The second is robotics—and potentially future humanoid robots—expanding into jobs that require physical movement, manipulation and operation in real-world environments.

South Korea is an especially interesting country to watch because it already has the world's highest robot density in manufacturing and is home to companies investing heavily in advanced robotics.

Whether humanoid robots become commercially viable over the next decade or not, the workforce data suggests their impact is likely to be concentrated in a very different set of occupations than generative AI.

The employment figures come from the International Labour Organization. AI and robotics exposure scores are modelled estimates based on occupational tasks and should not be interpreted as official government statistics.

I'd be interested to hear whether people here think general-purpose humanoids will first augment workers in these occupations or eventually replace some of the repetitive physical tasks entirely.

Full analysis and interactive tool in comments.

I have questions about the new robot humanoid things they are building.

Couldn't you just push them over? I bet getting stability on those things must be tough. If you made them too heavy, like all-steel heavy, they wouldn't be able to move and would be dangerous to people in yet another way.

I'm presuming that people pushing them over is not something the makers want you to be able to do. How would they prevent it? Would the robots just pick themselves back up? If you knock them down over and over, could it mess up their hard drive or software.

I've done some research, but where are we in general with release to the public? I guess, what I am asking is, if we use the TV as an example, how long before we go from clunky models that only the rich(er) folks have to every family in the US has one? Years, Decades, Never?

If I had the absolute best model from any country right now, what could it realistically do for me, my house, or my job?

Does anyone have answers for me?

Welcome to the latest RobotShift update, 5 stories with the take from demoware to reality.

00:00 - Intro

00:20 - The Architecture Shift — Duke’s Argus

Why copying human form can be an efficiency trap. Duke University’s Argus is a 20-legged, 20-eyed sphere with no front or back, designed to move and see in any direction. Its 0.91 dynamic-isotropy score puts it far above conventional humanoid and legged designs for terrain such as sand, forests and obstacle-filled environments.

01:30 - Humanoid’s Outsourcing Strategy

London-based Humanoid is taking a different route to scale: using established German industrial partners including Schaeffler and Bosch rather than building every part of its production ecosystem itself. The ambition is huge — but scaling hardware is very different from proving deployment.

02:37 - The Simulation Trap — Genesis AI

GENE-26.5 demonstrates impressive manipulation tasks including egg cracking and lab pipetting. But impressive controlled demos still leave a difficult question: how much of that performance survives outside carefully managed environments, without extra algorithmic support?

03:44 - The Warehouse Bottleneck — Locus Robotics and Nexera

Locus Robotics has acquired Nexera Robotics and its NeuraGrasp adaptive membrane-gripper technology. The target is clear: picking the messy, variable stock that warehouse robots still struggle with. Even tiny pick-failure rates can create thousands of expensive human exceptions at scale.

04:58 - Mass Scale Unlocked — Electric Atlas

Hyundai and Boston Dynamics are building toward industrial-scale Atlas production and deployment in Georgia. The long-term ambition is a production system capable of around 30,000 robot units annually — a major test of whether humanoids can move from impressive demonstrations into repeatable factory economics.

06:04 - End Summary