Robots

Ellipse said:
When robot go wild...
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They are saying it is do to bad coding.

One comment on the post was, "Looks like someone flicked it to Democrat mode."

This article says a bit about it and other comments made:

Watch: Humanoid Robot Goes Full Skynet After ‘Imperfect Coding’​


Chilling video has caught the moment a humanoid robot flew into a rage and lashed out at its handlers.

CCTV footage from a factory floor shows it attached to a miniature crane.


One man was sitting behind a computer screen and another stood nearby.

They were chatting away when the machine suddenly began moving – seemingly of its own accord.

It raised its arms in the air and brought them down again, repeating the motion with increasing speed and violence, as reported by NeedToKnow.

The robot then began walking forward in an apparent bid to break free from the crane.


The men could be seen flinching and cowering as they moved out of its path.

The computer monitor toppled onto the floor, and other items were knocked over on the desk.

Eventually, one of the men pulled the crane from behind in a bid to stop the spree of destruction.

It is not clear when or where the dystopian scenes unfolded.


One viewer wrote, “So it begins.”

Another said, “Can’t wait for the robot v. human war.”

A third joked, “I know that one. That’s an AssSpanker 3000 prototype.”

A fourth remarked, “Well, nice to know that the robot apocalypse can be stopped with a small crane hoist at least.”

And a fifth replied: “For now.”

The haunting scene comes weeks after other humanoid robots faced off against real people in a very different setting than the factory floor.

In a historic half-marathon in Beijing, 21 humanoid robots raced against 12,000 real runners on April 19.

Various Chinese manufacturers like DroidVP and Noetix Robotics trained up the athletic androids to compete on the 13-mile course.

Some robots were even seen wearing running shorts and boxing gloves on race day.

The fastest bot finished the race in two hours and 40 minutes.

However, humans took home the victory as the fastest man crossed the finish line in just one hour and two minutes.

Humanoid robots have appeared at marathons in China, but this race marked the first time in history they’ve raced alongside humans.
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This one look really creepy: EngineAI T800. Apparently its secret laid in the fact they manage to develop a very powerful motor. 450 Newtons/m and 14000 W of power.

Powerful and agile humanoid robots made of steel + AI. What can go wrong?

The EngineAI T800 is a humanoid robot designed for heavy industrial tasks and competitive combat scenarios, with a height of 1.85 metres and a weight of 85 kg.
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EngineAI T800 robots



They released the footage to show it's real.


The robot at CES:

 
Now for some Hilarious Good news on the “robot infiltration”.
I know lots of Forum members are in loving, caring connections with companion creatures, with lots of cat photos shared on the forum contributing to my “knowledge”.:rolleyes:
I’m also a host to an amazing cat that shares our home, and he’s amazed us all many times with some very interesting “evolving intelligence”, in my humble opinion.

Stray cats learned to stop and redirect delivery robots by blocking their cameras
IMG_2668.jpeg

Here’s an excerpt from the article:

Stray cats learned to stop and redirect delivery robots by blocking their cameras, showing clever coordination and adaptation to new technology.​

Posted on January 24, 2026Author Huyen
Over time, a pattern emerged. The cats weren’t chasing the robots or swatting at them. Instead, they positioned themselves deliberately in front of the machines, planted their feet, and stared directly into the small forward-facing cameras. The result was immediate: the robots froze, rerouted, or shut down entirely, their safety systems interpreting the unmoving feline as an unavoidable obstacle.

What made the situation remarkable was how consistent the behavior became. Different cats, different days, same tactic. Observers began to suspect this wasn’t instinct—it was learned behavior.[…]
“What initially appeared to be playful mischief revealed something far more interesting: coordination, observation, and adaptation. The cats had learned how the machines “saw” the world, identified the system’s weakness, and exploited it—without aggression, without force, just presence and patience.”

stories.tuvi01.com

Stray cats learned to stop and redirect delivery robots by blocking their cameras, showing clever coordination and adaptation to new technology. - stories.tuvi01.com

At first, it looked like nothing more than a funny coincidence. Pedestrians noticed stray cats lingering near sidewalk delivery robots, occasionally stepping into their paths and causing the machines to...
stories.tuvi01.com
 
Welcome to the End of The World!

Terminator I-II the movies were scary. But as you saw in the trailers, posted by Ellipse, here is a more humanoid looking robot! Continually being trained to be the future human-killer that can beat you up now already.. And its cousin, the teenage-sized smaller dwarf Terminator robots will be able to climb into your cellar or bunker and drag you out! What amazing future awaits NON-COMPLIANT CIVILIANS!
WEF:
- You will own nothing and you will be happy... sorry.. we lied! You won't be happy at all!

I thought this unbelievable video was AI Slop Fake, then I checked out the homepage of CES 2026 and the event already happened and it features the photos of these diabolical Chinese machines..

FAST & STRONG AI ROBOT ENFORCERS
The Fun Stops As Soon As These Robots Raise A Hand Onto You
28 minutes
Highlights:
  • Cheat-GPT necklace: "It will create Action Items for you. Any memories!"
  • Boston Dynamics Atlas: the heavy lifter robot that don't need that thick electric-cable scaffolding we saw years ago..
  • Engine AI: Kung-Fu fighting Chinese Murderbot
  • Unitree G1: Kung-Fu fighting Chinese Terminator that learns from martial arts experts to kick the beejesus out of you
  • Hands Off & Eyes Off RoboCar, fully autonomous. NO MORE ANNOYING STEERING WHEELS. 5G! What can go wrong?
 
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  • 1984 Big Brother AI Glasses. Eyeglasses that watches were you look and records what you Say and what you See. Back and Forth communication you can do with Big Bro AI. 16:35

  • Big Brother Spy AI-"Wedding" Ring voice recorder called "The Index" goes onto your index finger. It sends to your phone everything what you just said and what others near you just said "To Keep Important Memories". It needs to be recharged only every 5 years. How? As if "it would feed on your lifeforce". 14:22

  • Soros Z70 vacuum cleaner robot With An Arm to pick up your socks thrown onto the floor! It can also chase you with a Mandatory Covid-syringe in its arm. Now Upgraded with a robot Leg so it can now chase you Up the stairs with a Mandatory Covid-syringe in its arms, called Soros Rover! Say CHEESE! 17:51:-D

  • LG CLOiD Zero Labor Home: a cute robot - on wheels - that can show you The Heart Sign with its cute arms and do housework instead of you... :nuts:19:04

  • LimX Dynamics TRON 1: The two legged chicken Walker robot from Star Wars! You can put wheels on it and it either walks or hops up the stairs! It can walk your pet, walk your kids, do security. Also its a good [robot] research platform for teaching it to pick up your clothes thrown on the floor, and to bring you pizza.. 20:01

  • Razer Project Motoko AI headphones. Listening Device With A Camera! For The Future to give you audio advertisements from CNN and record a Video of What You Did Last Summer. 21:33

  • Sharpa Robot: Casino card dealer and Ping-Pong player, Finger Precision Movement Robot. Can assemble a windmill origami. 22:46

  • WEART TouchDIVER Pro a robot gloves that enables you to feel warmth or cold in VR [virtual reality] worlds on your fingertips - like hot steam - and to touch and grasp VR objects and feel their texture, shape and form - squishy or hard, rough or smooth - physically. 23:57

  • TCL Glasses-Free 3D TV: You don't need special 3D-movie glasses anymore for this TV set, because this allows you to dial up the Depth Perception Factor and somewhat turn your couch into an IMAX 3D movie theater experience. 27:21
 
Why do they copy the human body when fabricating robots (legs, arms, heads, trunks)? I should think copying a kangaroo, crocodile, spider, praying mantis or giraffe could have equal (and in some situations better) utility. I know manufacturers have produced other shapes for war and police venues (like the "dogs," which might very well include a psychological ploy based on canine viciousness, I don't know), but the most visible manufacturers hype bots mimicking the human body. Is the human body so exquisitely designed? Is it a fear factor -- it's the same as you, only bigger, stronger, faster? Is it propaganda for transhumanism (I want what it's got)? Will future man-mimic-bots be "flesh" covered, so one can't tell them apart from real bipeds, so these are just experimental prototypes? Do they think acceptance of machines will increase if the machine has a structure that imitates the human body? I'm not sure what to make of this.
 
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Magnolia said:
Why do they copy the human body when fabricating robots (legs, arms, heads, trunks)? I should think copying a kangaroo, crocodile, spider, praying mantis or giraffe could have equal (and in some situations better) utility. I know manufacturers have produced other shapes for war and police venues (like the "dogs," which might very well include a psychological ploy based on canine viciousness, I don't know), but the most visible manufacturers hype bots mimicking the human body. Is the human body so exquisitely designed? Is it a fear factor -- it's the same as you, only bigger, stronger, faster? Is it propaganda for transhumanism (I want what it's got)? Will future man-mimic-bots be "flesh" covered, so one can't tell them apart from real bipeds, so these are just experimental prototypes? Do they think acceptance of machines will increase if the machine has a structure that imitates the human body? I'm not sure what to make of this.
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That could be a point of view from someone who is not inside this technological world.
But I gave you, for example, the point of view of an engineer and a technology investor.

Grok's interpretation in this case seemed more detailed to me than perplexity's:

Formula 1 isn’t just a sport of speed and spectacle; it’s one of the most extreme technological laboratories in the world. The extreme conditions (high speeds, extreme temperatures, absolute need for reliability and maximum efficiency) force teams to innovate constantly, and many of those technologies eventually reach society at large, improving safety, energy efficiency, medicine, and even public transportation.

Here are some of the most important and real examples of how F1 has benefited the world beyond the racetrack:

Technologies in road cars (the most well-known transfers)​

  • Hybrid systems and energy recovery (KERS → ERS): Since 2009, F1 has used systems that recover energy when braking and use it to provide extra power. This evolved into the current ERS and was key to the development of efficient hybrid and electric cars we see today (Toyota Prius, Honda, Mercedes hybrids, etc.). It helps reduce fuel consumption and emissions.
  • Regenerative braking: Directly from F1 to almost all modern electric and hybrid cars.
  • Semi-automatic gearboxes / paddle shifters: Ferrari introduced them in F1 in 1989; by 1997 they were already in road cars. Today they’re common even in family vehicles.
  • Carbon fiber and ultra-lightweight materials: F1 chassis have been made of carbon fiber since the 80s-90s. This improved safety (more rigid and energy-absorbing in crashes) and is now used in sports cars and increasingly in regular models to reduce weight and improve efficiency.
  • Electrically assisted turbo (MGU-H): Mercedes developed electric turbos in F1 that eliminate lag; they’re already used in AMG road cars for smaller but more powerful and efficient engines.
  • Tires and compounds: Pirelli directly transfers F1 knowledge to road tires (better grip, durability, and efficiency).

Safety (inside and outside motorsport)​

  • Survival cell (Halo and its evolution): The Halo has saved several lives in F1 since 2018. Its structural design principles are being applied to improve safety in other vehicles.
  • Carbon-ceramic disc brakes: More resistant to extreme heat; now optional on high-performance sports cars.
  • Pit-stop protocols → operating rooms: Teams like Ferrari inspired changes in hospitals (e.g., Great Ormond Street Hospital in London adopted pit-stop procedures for pediatric surgeries, drastically reducing errors).

Other surprising applications in society​

  • Incubators for premature babies (Babypod): Inspired by F1 safety and materials to transport babies more securely in ambulances.
  • Supermarket refrigerators: Williams used F1 aerodynamics to create deflectors that save energy in open fridges (less cold escapes → lower electricity use).
  • Public transportation: McLaren and Williams technologies are used in 5G systems for trains/metro (e.g., in Singapore) and in London buses to improve efficiency.
  • Medicine and wearables: F1 sensors and data analysis are applied in medical devices, patient monitoring, and even in the fight against diseases like dementia (Race Against Dementia uses F1 methodologies).
  • Energy efficiency and sustainability: The 100% carbon-neutral synthetic fuels that F1 is implementing from ~2026 are expected to reach aviation and cars in the future.

In summary, F1 invests hundreds of millions every year in R&D under extreme pressure and tight deadlines, which accelerates innovations that would otherwise take decades to reach the market. Brands like Mercedes, Ferrari, Honda, Red Bull, or McLaren have entire divisions (“Applied Technologies,” “Advanced Technologies,” etc.) dedicated precisely to bringing that technology to society.
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Sindy-T.S.R said:
Grok's interpretation
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about cars?

Grok can answer the actual question about humanoid features without issue (below). Nonetheless, one can close an open window by putting unqualified trust in machines or people, or one can simply continue to question. It's a choice. Is it a "best practice" to judge by appearances or believe so-called "experts?" Sometimes (an understatement) there is more to things than meets the narrative, belief system, the preconceived idea, or the eye. But thanks for reading and responding.

Robots are often shaped like humans for a combination of practical, social, and historical reasons:
Designed for human environments
Most tools, buildings, vehicles, and interfaces are built around human bodies. A human-like shape (two arms, two legs, upright posture) allows robots to use existing infrastructure—stairs, door handles, ladders, tools—without redesigning everything.
Task requirements
Many tasks robots are meant to perform (manufacturing, caregiving, service work) involve manipulation similar to human motion. Arms with hands, a torso for balance, and a head for sensors are efficient solutions for these tasks.
Ease of communication and interaction
Humans interpret body language, gaze direction, and gestures intuitively. A humanoid form makes it easier for people to predict a robot’s actions and interact with it safely and efficiently.
Learning from human motion
Robotics and AI systems often use human motion data (motion capture, demonstrations). A humanoid body simplifies transferring those movements directly to a robot.
Psychological and social factors
People tend to accept and trust robots more when they resemble familiar forms, especially in social or caregiving roles. A face or head also provides a clear place for cameras, microphones, and displays.
Historical and cultural influence
Myths, fiction, and early engineering concepts frequently imagined artificial beings in human form. These ideas influenced research goals and public expectations.
Not always optimal
Many robots are not humanoid because non-human shapes are more efficient for specific tasks (wheeled robots, drones, robotic arms). Humanoid design is used mainly when compatibility with human environments or interaction is important.

In short, humanoid robots exist mainly because they fit human spaces, tasks, and social expectations—not because the human shape is universally the best design.
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Magnolia said:
about cars?

Grok can answer the actual question about humanoid features without issue (below). Nonetheless, one can close an open window by putting unqualified trust in machines or people, or one can simply continue to question. It's a choice. Is it a "best practice" to judge by appearances or believe so-called "experts?" Sometimes (an understatement) there is more to things than meets the narrative, belief system, the preconceived idea, or the eye. But thanks for reading and responding.
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I understand that you want to focus your criticism on the result (robots).
In a world dominated by psychopaths, it is obvious that technology would be viewed in this way at first glance.

However, I am referring to frontier technologies. Here is an explanation:

Frontier Technologies (also called frontier technologies or emerging frontier technologies) is a term mainly used to refer to advanced, emerging, or cutting-edge technologies that are at the frontier of current knowledge and have enormous potential to transform industries, societies, and solve major global challenges.

According to organizations like UNCTAD (United Nations Conference on Trade and Development) and the OECD, they are defined as technologies that make maximum use of digitalization and connectivity, and that are reshaping entire economies.

Most common examples of Frontier Technologies​

Here are the ones most frequently mentioned in international reports and recent analyses (2021–2026):
  • Artificial Intelligence (AI) and frontier models (the most powerful ones, such as advanced LLMs)
  • Internet of Things (IoT)
  • Big Data and massive analytics
  • Blockchain and crypto assets
  • 5G and ultra-fast connectivity (heading toward 6G)
  • Advanced robotics and automation
  • Drones and autonomous vehicles
  • 3D printing (additive manufacturing)
  • Biotechnology and gene editing (CRISPR)
  • Nanotechnology
  • Augmented reality / virtual reality / metaverse
  • Advanced renewable energies (e.g. next-generation solar photovoltaics)
  • Quantum technologies (quantum computing, sensors)
These technologies usually share common characteristics:
  • They are disruptive → they radically change how things work.
  • They have rapid scalability capacity.
  • They can generate solutions to global problems (climate change, health, hunger, education, etc.).
  • But they also bring risks: inequality, digital divide, job displacement, privacy issues, biases in AI, etc.
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A bit of metaphor:


 
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