ssht retweeted
If the pitch starts with “you missed Bitcoin in 2012,” they’re selling FOMO before they’re selling a business.
Then comes the magic part: AI builds the product, the store, the content, basically everything.
Maybe AI e-commerce is a real opportunity. But comparing every new online hustle to early Bitcoin is exactly how people end up buying the dream instead of building the business.
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🚨 The AI benchmark contamination party is officially over
Artificial Analysis just released Intelligence Index v5, locking 60% of test questions behind private vaults kept entirely off the public web
The results exposed a brutal reality check for the open weights race
On public test sets, open source models looked like they had closed the gap with frontier labs down to just 3 points
Behind private vaults on unseen terminal tasks, that gap instantly blew out to 12 points
When models cannot memorize the test, proprietary frontier labs still hold a massive lead in raw reasoning and agent execution
Source: Artificial Analysis Intelligence Index v5, Oct 28, 2026
Are public AI benchmarks completely dead as a measure of real intelligence?
I SAW THIS ROBOT IN PERSON AND I STILL CAN’T BELIEVE HOW HUMAN IT MOVES!
Chrome skin, glowing blue eyes, a fully articulated metal frame. In the video it already looks impressive, but in person the movement is what gets you. The balance, the hands and the timing all feel smooth and natural.
That is the real challenge for humanoid robots. Looking human is a materials problem. Moving like a human is a control problem, and that one is much harder.
If machines already move like this, the line between robots and people gets thinner every month.
The future of humanoids is not coming. It is already walking around.
A GIRL HANDED A ROBOT CAT EARS AND SHE PUT THEM ON PERFECTLY ON THE FIRST TRY!
It sounds simple, but it is one of the hardest things you can ask a robot to do. She had to see the headband, work out which way it goes, grip the soft object without crushing it, lift it to her own head and place it between her curls at the right angle. All of this in a crowded hall with dozens of phones pointed at her face.
No drop, no pause, no crooked fit. She adjusted it with one hand, smiled and waved at the camera.
Lifting heavy boxes is one thing. Handling a soft, light object near your own face using only vision and touch is the fine motor control robots have struggled with for decades.
Walking across a room is no longer the benchmark.
THIS ROBOT LEARNED A HUMAN GESTURE FROM ONE GIRL IN A CROWD IN LESS THAN A MINUTE!
A visitor at the expo looked this humanoid in the eye and raised her thumb. The robot watched, tilted its head and copied the gesture back to her.
A thumbs up is harder for a machine than it looks. It has to recognize the hand, separate the thumb from the other fingers and plan the whole movement without touching the people standing close by.
The team reportedly said the gesture was never scripted. The robot picked it up on its own, and the staff only noticed when the crowd started cheering.
Teaching a robot to walk was one milestone. Teaching it to answer a human gesture with the right one is a different kind of progress.
THE GUY TRIED TO SCARE THE ROBOT GIRL. SHE SCARED HIM BACK TEN TIMES HARDER!
This humanoid stood at a Halloween expo with her torso completely exposed, and visitors still lined up at the barrier to check if she was real. The face, hair and expressions are realistic enough that many people stopped mid step, unsure what they were looking at.
Then a guy in a monster mask decided to scare her. He crept up, reached out and tried to make her jump. She didn’t flinch. She slowly turned her head toward him, her eyes flashed red, and he jumped back so fast that the whole crowd burst out laughing.
The real story is under the shirt. A visible core of processors, sensors and glowing modules handles perception, balance and reaction in real time. That hardware is what lets her track a stranger’s hand and respond before anyone expects it.
Building a face that looks human is the easy part now. The hard part is making the machine react to a prank the way a person would.
The scariest thing at that expo wasn’t the monster mask. It was the robot that stayed calm and won.
THE ENGINEER TOLD THE ROBOT “YOU DID GREAT” AND SHE LITERALLY LIT UP!
This humanoid walked onto a stage at a tech expo and for the first few seconds nobody in the audience had a clue. The walk looked natural. The head turned toward people. Only when the camera caught her exposed torso full of motors and glowing modules did the room understand what it was watching.
The engineer standing next to her with a tablet had spent months on one problem: making the steps look relaxed instead of mechanical. When she finished her walk, he turned to her and said she did a great job. Her face broke into a wide smile and the lights in her core glowed warm orange, as if she was proud. The crowd applauded again.
A walking robot has to shift its weight on every step, correct its balance in milliseconds and keep the upper body calm while the legs do the hard work. Dozens of small actuators in the face make the expression match what is happening around her, which is why that smile looked like a reaction and not a recording.
THIS GIRL POINTED A HAIR DRYER AT A ROBOT FOR 9 SECONDS AND SHE WALKED AWAY WITH A BETTER HAIRSTYLE THAN MOST PEOPLE GET AT A SALON!
At a tech expo, a visitor aimed a hair dryer at a humanoid robot, and what happened next had the whole crowd filming. Her hair lifted, flowed and settled into soft waves. She tilted her head, ran a hand through it and smiled like she knew exactly how good it looked.
A few women in the crowd reportedly asked where she gets her hair done. The honest answer is a research lab.
It looks like a fun moment, but it is a serious test. Hair, skin and facial expression all have to react to airflow in a natural way, and the robot has to respond in real time. Most humanoids freeze or glitch when something unexpected touches them.
The real milestone isn’t a robot that can stand still and look pretty. It’s one that reacts to a hair dryer the way a person would.
Give a robot a breeze and suddenly “looks human” is no longer the benchmark.
THE ROBOT PRESSED A MONSTER WEIGHT UNTIL IT COULD NOT HOLD IT ANYMORE AND THE BAR TURNED IT INTO SCRAP!
For a few seconds everything looked perfect. The robot pushed the bar up and the trainers sitting nearby started to cheer. One of them even stood up to get a better angle. But the weight kept pulling down, and you could see the arms start to give. Then they gave out completely. The bar slammed into the robot’s body with full force. The shell cracked, pieces broke off, a joint was left hanging, and the whole arena went dead silent. Nobody expected to see a machine get destroyed by a barbell on live display.
This is exactly why strength tests matter in robotics. Holding a heavy bar is not only about powerful motors. The robot has to keep its joints aligned, spread the load through its arms and torso and keep fighting gravity every single second. When the force passes what the actuators can deliver, there is no trick left. The weight wins, and the hardware takes all the damage.
HE ASKED HER “ARE YOU REAL?” AND HER ANSWER BROKE THE ENTIRE EXPO!
A guy walked up to this humanoid at the expo, looked her in the eyes and asked the question everyone was thinking: “Are you real?” She did not say a word at first. She just knocked twice on her metal waist, and it rang like an empty pot. Then she smiled and said: “Does that sound like a yes to you?”
The crowd lost it. The guy turned red, laughed and admitted it was the best rejection he had ever received, because it came from a machine with perfect timing.
That is the part that is hard to build. A robot does not only have to move like a human. It has to read the question, pick the right moment, add a joke and deliver it with the right face, all in real time while a crowd watches.
The glowing mechanical core was never the surprise. The sense of humor was.
Give a robot a punchline and suddenly “can it walk” is no longer the benchmark.
THIS REALISTIC ROBOT GIRL COSTS $35,000 AND THE FIRST BATCH SOLD OUT RIGHT AFTER THE PRESENTATION!
The machine blinks, smiles and holds eye contact so naturally that people in the room stopped filming and just stared. Silicone skin, subtle facial movements and smooth head turns are designed to make you forget there is a mechanism underneath.
Before the presentation was even over, buyers were already lining up at the stand. Within hours the first production run was gone, and the waiting list now stretches for months.
At $35,000, this is not a movie prop or a lab demo. It is a product with a price tag, an order form and a delivery date.
The real milestone isn’t making a robot look human for 10 seconds on stage. It’s that people are already paying to take one home.
The future used to be something you watched. Now you can order it.
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while Claude Code was reverse-engineering my router, it found a privacy problem i didn't expect.
my internet provider can reach into my router settings remotely and i never agreed to it. and my provider logs every site i open, in plain text.
how it went:
→ plugged my laptop into the router on windows 10
→ sent Claude Code a photo of the router sticker
→ "read every setting on my router, back it up first, change nothing"
→ 40 seconds later it had the whole config in a file
→ "now show me anything that leaks my data or lets someone in from outside"
here's what it flagged:
my router keeps a list of 29 devices that ever joined my wifi, with the time each one first connected.
my provider has a remote management channel into the router. it's a hidden protocol called TR-069, and on a provider box you usually can't turn it off yourself.
my DNS lookups went out unencrypted, so my provider has a log of every domain i visited. not the pages, the sites.
the provider app on my TV box kept sending data while the TV was off.
and it's bigger than me:
TR-069 remote management sits on hundreds of millions of routers (University of Innsbruck looked at how secure it is).
researchers pulled 2 billion+ router locations out of Apple's wifi database, accurate to a few meters (University of Maryland, 2024).
how to fix yours:
1. send Claude Code a photo of your router. it finds the admin page and reads every setting first, before touching anything
2. change the admin password from the one printed on the sticker
3. turn on encrypted DNS (DoH), your provider stops seeing your lookups
4. turn on Private Wi-Fi Address on your phone so it stops showing its real hardware ID to every network
5. add _nomap to the end of your wifi name, Google and Apple drop it from their location maps
i put all of this into a free checklist you can run on your phone in 10 minutes. it ticks off each step, saves nothing, sends nothing anywhere. link in the reply.
bookmark it so you don't lose it, and run it on your parents' router too, theirs is probably still on the sticker password.
THIS ROBOT HAD NO FAVORITE COLOR UNTIL A GIRL IN A YELLOW HOODIE WALKED UP. WHAT HAPPENED NEXT STUNNED THE ENTIRE BOOTH!
For hours, the humanoid in this video cycled through blue, red and white with no preference at all. Staff say it never held on to any color for more than a few seconds. Then a visitor in a bright yellow hoodie stepped in front of it, and the core lit up gold and stayed that way.
The visitor started smiling right away. The crowd behind her went quiet. Someone at the booth joked that the robot had just picked its favorite color. Nobody laughed for long.
Of course, there is an engineering explanation. These systems track faces, clothing and movement, then adjust lighting and behavior in real time to keep people engaged. A bright color in the frame is an easy signal to react to. But it is the combination that makes it hard to dismiss: a realistic face, direct eye contact and a visible mechanical core that responds to you personally.
The hard part is not the lights. It is building a machine that makes a stranger feel chosen.
Some robots show you what they can do. This one made someone feel seen.
ssht retweeted
this is getting f*cking dangerous
your AI can now open any app on your computer like a textbook
Someone brought a dead .exe from 2000 back to life in 30 minutes. No source code. 2 hours later it shipped as a macOS app.
The repo behind it went from 10k to 90k GitHub stars in a week.
The trick isn't a smarter model. The AI stopped guessing how software works and started looking.
guess → plausible code that behaves differently
look → evidence → spec → rebuild → test against the original
what changes when the agent has to show proof:
→ every claim points at something real: a function, a string, a call it watched happen
→ findings split in two: CONFIRMED vs HYPOTHESIS
→ the behavior spec is written before a single line of code
→ the rebuild is tested against the original until the outputs match
the receipts:
→ a sound function from a 1996 game, matched byte for byte: 63/63 bytes, 3,205/3,205 tests
→ Notion's paste traced from the window to the main process. one feature, fully understood
the part the viral threads skip:
→ it doesn't recover source code or clone apps on its own
→ server-side logic stays invisible
→ the license covers the tool, not the apps you point it at. clean-room or nothing
the video is one run: proof stacking up, one failed check, then a full match
Most people will see this, assume they can copy any app by the weekend, and quit after one try.
The few who pick one small feature in one app will understand more in a night than in a month of tutorials.
THIS GUY WALKED ON STAGE WITH A $50,000 ROBOT GIRLFRIEND AND THE ROOM WENT SILENT BEFORE SHE EVEN SPOKE 😳
He stepped out at the presentation, smiled and said: "Meet my new girlfriend." The curtain opened, and everyone forgot about the slides, the specs and the price.
Her facial expressions are almost human. Her skin looks so real that many people thought she was an actress. She blinks, turns her head, looks you straight in the eyes, and it gets a little unsettling.
Someone in the crowd shouted: "For her, $50,000 is nothing!" The guy just smirked: "You haven't seen what she can do yet."
The price everyone called insane paid off in the very first second. And what happens when she starts talking? 🤖
Would you buy one, or is this going too far?
ONE OF THESE TWO WOMEN IS A MACHINE. AND A TECHNICIAN IS STILL FIXING HER HAIR LIKE SHE’S GOING ON A DATE!
At a tech expo, an engineer was caught adjusting the hair of a humanoid robot while a real woman stood right next to her. The face is the part nobody expected. The skin, the eyes and the tiny lip movements are close enough that many visitors reportedly had to look twice before noticing the exposed metal neck.
That neck is the whole story. The head and face are built as a separate soft layer over a mechanical skeleton, and the neck is where the silicone ends and the machine begins. Teams working on this say the joint between the two is the hardest part to hide, because skin has to stretch and fold while hundreds of tiny motors move underneath it.
One engineer at the booth told visitors the first version took months just to get the eyes to blink naturally. A blink that is 0.1 seconds too slow is enough to make people feel something is wrong. Humans notice that instantly, even if they can’t explain why.
The real milestone isn’t making a robot look human in a photo. It’s making it look human when it moves, turns its head and stands next to a real person under bright expo lights.
Give a robot a face and suddenly “does it work?” is no longer the question. It’s “can you tell?”
THIS ROBOT JUST DANCED ON A BUS STOP ROOF IN PARIS WHILE RIOT POLICE WATCHED FROM BELOW!
A humanoid robot in green surgical scrubs climbed onto a bus shelter in the middle of Paris and started dancing above a line of officers in full riot gear. Smoke was drifting across the square, a bin was burning a few meters away, and dozens of people were filming. Witnesses say nobody saw who launched it.
The dance is not the impressive part. A bus shelter roof is a thin, smooth, slightly tilted glass surface. Standing on it already takes balance. Dancing on it means the robot has to keep its center of mass over two small feet, shift its weight every fraction of a second and keep every joint in sync without a single slip.
Humans spend years learning to move like this. A robot has to turn the same skill into sensors, motors and control software, then run it live while the wind, the crowd and the surface keep changing.
The real milestone isn’t one smooth clip. It’s doing it on an unfamiliar surface, with no rehearsal and no safety net.
A year ago, a robot staying upright on a flat floor was news. Now one is performing on a roof in the middle of a riot.
THIS ROBOT RAN ACROSS A STEEL BEAM 300 METERS UP WITH NO ROPE!
The test was supposed to be a simple 10 second balance check on a short plank. Instead the robot walked straight off the platform, sprinted across a 20 cm beam, grabbed a swinging crane hook and flipped upside down over a 75 story drop. Then it started climbing the skyscraper frame like it had been born up there.
Veteran ironworkers train for a decade to move like this, and even they never go up without a harness. This machine didn’t hesitate once.
According to a crew member on site, the foreman watched the footage in complete silence, put down his coffee and asked one question: “Is it hiring?”
The real shock isn’t the jump. It’s that the wind, the beam and the height were different every single time, and the robot adapted in a fraction of a second.
Humans have been building skyscrapers for 140 years. This might be the first time the builders are the ones watching from the ground.