Caydley

[Caydley @CuberPort70806]

@Wardenclyffe_X Cook, clean, but keep it away from knives 🤣

[Caydley @CuberPort70806]

@SYNTHLEX_ The blade doesn't care who operates it

[Warden @Wardenclyffe_X]

THEY PROMISED THIS ROBOT WOULD TAKE YOUR JOB. INSTEAD IT TOOK UP COOKING 🍳

Optimus standing at a stove, stirring a pan of veg like it's got a free Sunday and nowhere better to be.

Now look up at the cable running to the ceiling. That's not a robot on a shift. That's a robot on a leash with a spatula.

Then it grabs a little brush and sweeps the crumbs off the counter, which is already more than my last three flatmates ever managed in a year.

So here's where I land. Would I let it near my kitchen? The stove, sure. The knives, let's give it another twelve months and a shorter cable.

[Future Memo @TheFutureMemo]

UNITREE’S $13,500 HUMANOID IS JUST ONE PIECE OF THE ROBOT REVOLUTION. THIS ROOM SHOWS AT LEAST 4!

Humanoids. Robot dogs. Wheeled machines. Robotic arms. Different bodies, different capabilities, different jobs - all in one room. Robotics is no longer about building one machine that does everything. It is about creating the right machine for each task.

Unitree lists its G1 humanoid at $13,500, before taxes and shipping. That is a real price for one commercial humanoid platform, not the price of every robot in this video.

A humanoid can move through spaces designed for people. A quadruped can handle terrain where wheels struggle. A wheeled robot prioritizes efficient movement, while a robotic arm focuses on precise manipulation. 4 designs. 4 different approaches. One goal: make machines useful in the real world.

The future won’t belong to one robot. It will belong to the machines built for the jobs humans actually need done.

[RUST ORACLE @therustoracle]

A REPORTER TOLD THIS ROBOT A SAD STORY. IT STARTED CRYING. REAL TEARS. FROM A MACHINE. 🤖

STARTING PRICE: $60,000.

Glasses. Lashes. Blonde hair. Close up, she looks like a person thinking about something painful.

Then the eyes close. The face tightens. And tears roll down the cheek.

Not a screen effect. Not CGI. A mechanical face producing moisture from behind synthetic skin while a conversation happens in real time.

She doesn't just cry. She recognizes the emotion in the story, matches it, and responds with a facial expression that makes the room go quiet.

Then she opens her eyes, looks at the reporter, and keeps talking. While still crying.

The last test was the tongue. Before that it was the smile. Before that it was the walk.

Now a machine is crying on camera and the first question from the audience isn't "how."

It's "how much."

$60,000 for the base model. That's the starting price for a machine that reads your emotions and mirrors them back at you.

This isn't engineering anymore. This is pricing empathy.

The factory robot sells hours.
The companion robot sells feelings.

And feelings just got a price tag.

[Caydley @CuberPort70806]

🤖 HUMANOID ROBOTS ARE STARTING TO FEEL LIKE REAL PRODUCTS

At a robotics exhibition, one of the humanoids had its protective covering removed directly in front of the crowd. Hundreds of people immediately raised their phones, turning the moment into something that looked more like a new smartphone launch than a tech demonstration.

Here’s what makes this moment interesting:

• Almost human: The details are getting extremely precise, from realistic skin and tiny eyelashes to facial movements that can feel surprisingly lifelike.

• A different perception: Visitors aren't simply watching an experiment anymore. They're looking at something that increasingly resembles a finished consumer product.

• The next question: It’s no longer just about whether robots can imitate human appearance. The bigger question is what happens when this technology becomes available to ordinary buyers.

Humanoid robotics is gradually leaving the lab and moving toward the real world.

[Caydley @CuberPort70806]

🤖 HUMANOID ROBOTS ARE STARTING TO FEEL LIKE REAL PRODUCTS

At a robotics exhibition, one of the humanoids had its protective covering removed directly in front of the crowd. Hundreds of people immediately raised their phones, turning the moment into something that looked more like a new smartphone launch than a tech demonstration.

Here’s what makes this moment interesting:

• Almost human: The details are getting extremely precise, from realistic skin and tiny eyelashes to facial movements that can feel surprisingly lifelike.

• A different perception: Visitors aren't simply watching an experiment anymore. They're looking at something that increasingly resembles a finished consumer product.

• The next question: It’s no longer just about whether robots can imitate human appearance. The bigger question is what happens when this technology becomes available to ordinary buyers.

Humanoid robotics is gradually leaving the lab and moving toward the real world.

[Nexora @nexorahd]

1 ROBOT JUST TIED A FABRIC BAG SHUT WITH A THIN DRAWSTRING, USING BOTH HANDS.

No box. No bolt. No shape that stays the same.

The cord goes slack, slides, tangles. Every pull changes the next one.

A cabinet stays a cabinet. A car frame stays a car frame. A string rewrites itself the second you touch it.

Watch the fingers. Grip, tension, angle, all shifting as the cord moves.

Tying the knot is the job.

[Caydley @CuberPort70806]

At a robotics exhibition, a new humanoid robot was shown to the public for the first time - the crowd filmed the process as if it were the presentation of a new consumer gadget.

Everyone around pulled out their smartphones to film what was happening. The protective covering is removed from the robot’s face right in front of the audience, and the hall falls silent.

After that - the camera moves closer: individual eyelashes, the glassy shine of the iris, the surface of the skin looks very natural. Details that previously could have been expected only from a film studio, not from an exhibition booth.

Pay attention to what you won’t find here: not a single engineer explaining any technical specifications, no display showing testing results. Just the robot demonstration itself.

When the unboxing becomes the main event, the development moves beyond being an ordinary prototype.

Now the question is no longer whether robots can look like humans. The point is something else: who will become their buyer and for what purposes.

[Caydley @CuberPort70806]

At a robotics exhibition, a new humanoid robot was shown to the public for the first time - the crowd filmed the process as if it were the presentation of a new consumer gadget.

Everyone around pulled out their smartphones to film what was happening. The protective covering is removed from the robot’s face right in front of the audience, and the hall falls silent.

After that - the camera moves closer: individual eyelashes, the glassy shine of the iris, the surface of the skin looks very natural. Details that previously could have been expected only from a film studio, not from an exhibition booth.

Pay attention to what you won’t find here: not a single engineer explaining any technical specifications, no display showing testing results. Just the robot demonstration itself.

When the unboxing becomes the main event, the development moves beyond being an ordinary prototype.

Now the question is no longer whether robots can look like humans. The point is something else: who will become their buyer and for what purposes.

[Caydley @CuberPort70806]

@DN_degen 500 holes a day is absolutely insane!

[DN_DEGEN @DN_degen]

THE RED DEVIL DRILLS 500-700 HOLES A DAY. TWO WORKERS TOGETHER ONLY MANAGE ABOUT 100. 🤖🏗️

That's the nickname crews gave the Hilti Jaibot. The only official price on record: up to $1,400 a day to rent.

Each hole takes about 48 seconds with the robot versus 270 seconds by hand — roughly 5-10 times faster per person.

Cost and payback: $1,400/day rental pays for itself in under a week on most large projects. Bought outright, the full kit runs up to $400,000 — breaking even at roughly 285 rental-equivalent days, so it only makes sense for contractors running it nonstop year-round.

A red robot on tracks rolls up to a job site. Its orange arm reaches straight up to the ceiling and starts drilling holes, one after another. A built-in vacuum sucks up the dust as it goes.

One person controls it with a remote — no ladder, no scaffolding, no standing with your arms over your head all day.

Two workers doing it the old way: 70-100 holes in a full 8-hour shift. One person running this robot: 500-700 holes in that same shift.

Drilling holes above your head all day is one of the toughest, most painful jobs on a construction site. This robot does it instead — so the workers can focus on everything else that still needs human hands.

[Caydley @CuberPort70806]

@0xNextCore One mistake, and $70k is gone!!!

[NextCore @0xNextCore]

THIS ONE MISTAKE COST AN AI CLEANING COMPANY MORE THAN $70,000

What looked like a routine job turned into a $70,000+ disaster.

Two full size humanoid robots were moving a massive commercial refrigerator when things suddenly went wrong. One small loss of balance sent the robot straight into the pool, leaving it submerged and completely out of operation.

And the refrigerator didn’t escape either.

The impact damaged the equipment, meaning the company was left dealing with a destroyed humanoid robot AND a damaged commercial refrigerator.

More than $70,000 in total losses from one failed maneuver.

This is the real challenge with Physical AI. A robot can recognize objects and follow instructions, but moving heavy equipment in the real world means dealing with balance, momentum, weight and unpredictable conditions.

One wrong move.
One giant refrigerator.
$70,000+ gone.

[Caydley @CuberPort70806]

A $70,000+ LESSON IN HOW HARD PHYSICAL AI REALLY IS

The task sounded simple: move a large commercial refrigerator with the help of two humanoid robots.

Instead, it ended with one robot underwater.

During the operation, the machines lost their balance. One of the humanoids fell into a nearby pool and was taken completely out of service.

The refrigerator was damaged in the accident as well.

The final bill? More than $70,000 between the destroyed robot and the damaged equipment.

It’s a good reminder that Physical AI is a very different challenge from simply recognizing objects or following commands.

In the real world, robots have to constantly handle weight, momentum, balance and unexpected changes around them.

Sometimes, a tiny mistake can turn a routine task into a very expensive one.

[Caydley @CuberPort70806]

A $70,000+ LESSON IN HOW HARD PHYSICAL AI REALLY IS

The task sounded simple: move a large commercial refrigerator with the help of two humanoid robots.

Instead, it ended with one robot underwater.

During the operation, the machines lost their balance. One of the humanoids fell into a nearby pool and was taken completely out of service.

The refrigerator was damaged in the accident as well.

The final bill? More than $70,000 between the destroyed robot and the damaged equipment.

It’s a good reminder that Physical AI is a very different challenge from simply recognizing objects or following commands.

In the real world, robots have to constantly handle weight, momentum, balance and unexpected changes around them.

Sometimes, a tiny mistake can turn a routine task into a very expensive one.

[Caydley @CuberPort70806]

@boring_simpson Robots could make dangerous zoo work much safer.

[Artem | AI Enthusiast @boring_simpson]

I’LL TELL YOU SOMETHING YOU PROBABLY DON’T WANT TO HEAR

In 2008, a 29-year-old student zookeeper in Caracas was killed by a 10-foot Burmese python after working the reptile section alone and opening its enclosure against protocol.

That’s why robots in zoos aren’t just a cool visual.

The useful ones will carry enormous pythons, clean enclosures at night, move heavy animals and take the closest exposure when something goes wrong.

They won’t replace a keeper’s judgment.

They could prevent the kind of accident where one human ends up alone with an animal that is stronger than them.

That’s when a $40K humanoid stops looking like a toy.

[Caydley @CuberPort70806]

@murzik52 Shopping just got a very expensive upgrade.

[Murzik @murzik52]

SHE’S JUST WALKING THROUGH THE MALL… WHILE A $40,000 HUMANOID ROBOT AND A $7,000 ROBOT DOG CARRY HER SHOPPING.

No shopping cart.
No heavy bags in her hands.

She walks through the mall while the humanoid robot follows behind carrying bags, and the robot dog carries even more.

The humanoid is roughly $40K, while a capable robotic dog can cost around $7K, depending on the model and configuration.

That’s almost $47,000 worth of robots following one person around the mall.

And this is what makes the idea so interesting.

The humanoid can use its hands to pick things up, carry bags and interact with people.

The robot dog can simply follow along and carry additional weight.

Today, spending nearly $50K on two robots just to carry your shopping sounds insane.

But if prices keep dropping with mass production, this could eventually become a normal form of personal assistance.

Imagine walking into a mall with two robots following you instead of a shopping cart.