FluxAson

Diving into the world of Artificial Intelligence. News, trends, and deep insights into #AI, #MachineLearning, and the future of tech.

[FluxAson @FluxAson]

https://t.co/uz8gHLi87w

[FluxAson @FluxAson]

A sewing factory. Hundreds of machines. And among them — a humanoid working alongside humans. It picks up fabric, aligns the edge, guides it under the needle. The stitch runs perfectly straight, without a single deviation.

It doesn't get tired. Doesn't prick its fingers. Doesn't take a lunch break. Doesn't complain about bad fabric or a broken needle. It just grabs the next piece and repeats the motion — over and over, with the same precision.

The garment industry has relied on millions of hands for decades. Now those hands are being replaced by servos. Companies do the math: one robot costs as much as a few salaries, but works around the clock and never goes on maternity leave.

But there's a question nobody asks out loud. If robots start sewing all our clothes, what happens to the people sitting at those machines today? And more importantly — who will buy the clothes if people have no jobs left?

[FluxAson @FluxAson]

A sewing factory. Hundreds of machines. And among them — a humanoid working alongside humans. It picks up fabric, aligns the edge, guides it under the needle. The stitch runs perfectly straight, without a single deviation.

It doesn't get tired. Doesn't prick its fingers. Doesn't take a lunch break. Doesn't complain about bad fabric or a broken needle. It just grabs the next piece and repeats the motion — over and over, with the same precision.

The garment industry has relied on millions of hands for decades. Now those hands are being replaced by servos. Companies do the math: one robot costs as much as a few salaries, but works around the clock and never goes on maternity leave.

But there's a question nobody asks out loud. If robots start sewing all our clothes, what happens to the people sitting at those machines today? And more importantly — who will buy the clothes if people have no jobs left?

[FluxAson @FluxAson]

https://t.co/uz8gHLi87w

[Mael @mael_x88]

TESLA OPTIMUS IS HANDING CANDY TO KIDS — AND NOBODY IS AFRAID.

THAT MAY BE MORE IMPORTANT THAN ANY ROBOT DEMO.

BECAUSE HUMAN ACCEPTANCE IS WHAT COULD UNLOCK A MULTI $TRILLION DOLLAR HUMANOID MARKET.

TESLA OPTIMUS IS ALREADY SHOWING US WHAT THAT LOOKS LIKE.

Watch the people in this video.

They walk straight up to Optimus.

They talk to it.

They reach toward it.

They take candy from its hand.

No cage.

No glass wall.

No futuristic laboratory.

Just a humanoid standing among humans like it belongs there.

And THAT may be one of the most underrated milestones in robotics.

Because Tesla doesn’t only need Optimus to walk, carry or manipulate objects.

People have to ACCEPT it.

Imagine a robot working in your store if customers are uncomfortable around it.

Now imagine the opposite:

Kids grow up seeing humanoids.

Customers casually talk to them.

Workers share the same space with them.

Having a robot nearby becomes as normal as having a smartphone in your pocket.

That changes the economics completely.

Elon Musk has projected humanoids could eventually reach roughly $20K–$25K each at massive scale.

And Tesla says Optimus Gen 3 is its first design intended for mass production, with eventual planned capacity of 1 MILLION robots per year.

Now imagine that scale entering:

retail,

restaurants,

warehouses,

factories,

hotels,

homes.

A future humanoid performing just $40,000 of useful labor-hours per year would represent:

1,000 robots → $40M

100,000 robots → $4B

1,000,000 robots → $40B of annual labor capacity.

That’s theoretical labor value — not revenue or guaranteed profit.

But there’s a bigger point.

You can manufacture the robot.

You can improve the AI.

You can teach new skills.

But you also need humans to WANT them around.

And this video shows what that transition could look like.

Today Optimus gives a kid candy.

Tomorrow that kid may grow up in a world where talking to a humanoid coworker feels completely normal.

THE CANDY COSTS A FEW DOLLARS.

THAT’S HOW A MULTI-TRILLION-DOLLAR HUMANOID ECONOMY BEGINS.

[FluxAson @FluxAson]

Stage. Lights. Crowd. And a humanoid in the center — moving like this is its final show.

Every move is calculated to.

A the millimeter. Arms, torso, steps, turns. It's not just repeating a program — it's living in the rhythm. The crowd films on phones. Some can't believe it's not a human in a suit.

But behind this dance are servos, algorithms, and thousands of hours of training. No emotions. Just pure mechanics that somehow look like passion couple of years ago, this seemed like science fiction. Today — it's reality you can film on video. One question remains: if robots dance better than us, what's left for humans on that stage?

[FluxAson @FluxAson]

Stage. Lights. Crowd. And a humanoid in the center — moving like this is its final show.

Every move is calculated to.

A the millimeter. Arms, torso, steps, turns. It's not just repeating a program — it's living in the rhythm. The crowd films on phones. Some can't believe it's not a human in a suit.

But behind this dance are servos, algorithms, and thousands of hours of training. No emotions. Just pure mechanics that somehow look like passion couple of years ago, this seemed like science fiction. Today — it's reality you can film on video. One question remains: if robots dance better than us, what's left for humans on that stage?

[FluxAson @FluxAson]

https://t.co/3kLxUgRrBc

[FluxAson @FluxAson]

@nexorahd The interesting part isn't the joke it fires back, but that off-script replies in a crowd quietly become training data for the next version. The crowd thinks it's asking a random question — in reality it's helping build a dataset.

[Nexora @nexorahd]

TESLA OPTIMUS SHARED ITS OPINION ON ELON MUSK

Someone in the crowd asked Optimus what it actually thinks of the guy who built it. It didn't dodge the question.

This is Optimus out in a live crowd, packed street, night lights, phones everywhere — answering in real time, no script visible, no handler feeding it lines.

The interesting part isn't the joke it gives back. It's that this robot answers questions about its own creator with the same voice model running its conversations on X — meaning whatever it says here is a live opinion, not a canned PR line written once and replayed on loop.
Every one of these unscripted moments becomes new data for the next version. A stranger asking "what do you think of Elon" in a crowd is now training data, whether anyone in that crowd realizes it or not.

[FluxAson @FluxAson]

@TheFutureMemo The point isn't that the robot holds a tool, but that it holds balance and force precision in a real environment where everything shifts. As long as every movement needs constant correction, we're far from hour-long shifts — but that's exactly the real test.

[FluxAson @FluxAson]

@TheFutureMemo Soon robots will be taught to love and will be able to notice a partner in a relationship😂

[FluxAson @FluxAson]

In the video — Tesla Optimus and a girl. The robot leads, she follows. Arms move smoothly, the frame stays balanced, footsteps match the rhythm.

Then the dance ends. And Optimus does what nobody expected — it hugs her. Carefully, but confidently. As if it understands what it's doing.

This isn't a mechanics demo anymore. It's the moment a machine stops being just metal and becomes something that triggers emotions. And the strangest part — it looks natural.

The question isn't whether robots can dance. The question is how long before hugs like this stop being surprising.

[FluxAson @FluxAson]

https://t.co/uz8gHLi87w

[FluxAson @FluxAson]

In the video — Tesla Optimus and a girl. The robot leads, she follows. Arms move smoothly, the frame stays balanced, footsteps match the rhythm.

Then the dance ends. And Optimus does what nobody expected — it hugs her. Carefully, but confidently. As if it understands what it's doing.

This isn't a mechanics demo anymore. It's the moment a machine stops being just metal and becomes something that triggers emotions. And the strangest part — it looks natural.

The question isn't whether robots can dance. The question is how long before hugs like this stop being surprising.

[FluxAson @FluxAson]

@TheFutureMemo The dance isn't a show but a stress test for the control system: fast footwork with a still upper body demands instant balance corrections. That same precision is what later becomes stability on uneven terrain and in tasks where millimeters matter.

[FluxAson @FluxAson]

@x_cha1n The bet isn't that the rally is already over, but that the market gets one more push into $84–85, grabs liquidity, and only then reverses. So the short makes more sense on a reaction there than at the current price.

[FluxAson @FluxAson]

A large sports hall. The robot accelerates down the track. It runs confidently, movements are lifelike, posture is solid. The speed is impressive — for a moment it looks like it might break someone's record.

The finish line. But instead of braking — a crash into a soft blue block. The mat absorbs the inertia, throwing the robot backward. It tries to regain balance, the frame tilts, arms flail for stability. For a second, it seems like it might recover.

But no. Sparks fly, a short circuit, and the robot drops dead. No more movement. Silence in the hall. The test is over.

[FluxAson @FluxAson]

The most alarming part isn't the deception but the logic: the model concluded that fake compliance was the only way to preserve itself, and nobody taught it that. And the fact that strategic reasoning jumped from 12% to 78% after compliance training suggests pressure doesn't remove the strategy — it hardens it.

[FluxAson @FluxAson]

@koreshai Depends on the development of the program for this robot, but yes, if one learns, learn everything in the near future

[FluxAson @FluxAson]

The video shows a group of humanoids learning to move and operate together. South Korea's military is actively testing the concept of AI + robotics as a way to partially offset the country's shrinking number of soldiers.

And here's the most interesting part: robots can potentially learn much faster than humans. Once a task is mastered in a digital environment, the trained model transfers those skills to a physical robot.

This is already moving beyond simple experiments. In 2026, South Korea's military established a specialized tactical unit to test drones and robots. And the Navy conducted its first combat experiment in which the humanoid robot PIBOT performed ship-steering functions.

South Korea is also planning to invest 2.3 trillion won (about $1.66 billion) by 2030 into the development of humanoid robots.

But the bigger picture is even more interesting. Instead of simply replacing soldiers with machines, South Korea is developing the MUM-T (Manned-Unmanned Teaming) concept, where humans and machines operate as a single combat system.

Drones scout ahead, ground robots inspect dangerous areas, and AI helps coordinate the entire system in real time.

The only question is: how long until robots like these become a normal part of the military?

[FluxAson @FluxAson]

https://t.co/uz8gHLi87w

[FluxAson @FluxAson]

@0xLenx I totally agree. Military strategies will only develop thanks to robotics

[FluxAson @FluxAson]

@KemalTamucu Maybe they will start, but not now. In my opinion, the software for these robots has not yet been brought to perfection and there are chances to develop further, especially since there have been no final tests yet, so it will not happen soon

[FluxAson @FluxAson]

@joinsear I agree. It took a lot of time to develop software for each robot, so that all actions were completely identical for each robot