A video from Moscow, Russia, showing a robot performing erratic, dance-like movements on a street crossing in front of a watching traffic police officer has gone viral. The clip, which is going viral on X, shows the robot with glowing blue lights moving in front of a traffic police officer standing at a crosswalk with a red light. The officer can be seen watching exasperatedly before walking away across the street even as the robot continues to boogie. A Russian text overlay frames the scene as "POV: stepping out with your last nerve cell on a regular Tuesday in Moscow".Also read | <a href="https://www.wionews.com/trending/he-was-born-retired-with-3-kids-and-2-mortgages-baby-born-with-a-moustache-video-goes-viral-watch-1792822472580">'Already tired of his 9-to-5': Baby born with a moustache becomes internet sensation, video goes viral | Watch</a><h2>Light-hearted public moment goes viral</h2>In the 15-second nighttime video, the robot, a bipedal humanoid with a glowing blue circular light on its torso an be seen busting a move right in front of the officer. The Russian overlay text is a classic POV meme, roughly "POV: you step outside with your last nerve cell on a regular Tuesday in Moscow." The video framed it humorously as the robot trying to “dance its way out of a fine.”Watch the viral video here:

<blockquote class="twitter-tweet">What’s happening in this video? In Russia, a humanoid robot decided to dance in front of a traffic police officer.

😁 What wouldn’t you do to get off without a fine? https://t.co/79olaw7Uy5&mdash; NEXTA (@nexta_tv) <a href="https://x.com/nexta_tv/status/2115629694074974400?ref_src=twsrc%5Etfw">October 29, 2026</a></blockquote>
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<h2>What we know about the dancing robot</h2>Another video of a similar-looking robot identifies it as Robot Igorek, a prominent Russian entertainment and promotional robot designed explicitly as a "master of attracting attention" for public venues, nightclubs, festivals and events.

<blockquote class="twitter-tweet">People started filming with their cameras as the &quot;ROBOT IGOREK&quot; danced on a street in Russia.

An evening street in Russia, with a crowd gathered in the middle, watching the robot &quot;Igorek.&quot;

White body, black head, glowing blue elements, with the inscription &quot;Robot Igorek&quot; and a QR code on its back. It is not just standing still—it started dancing so well that people took out their phones and began filming it.

The robot performed each movement smoothly and confidently. Arms, legs, body turns—all synchronized, without jerks. It is not just repeating a program; it catches the rhythm as if it feels it.

People around stop, some filming on their phones, others just watching in disbelief at what is happening.

Robot Igorek became part of the street and an important part of this evening.&mdash; FluxAson (@FluxAson) <a href="https://x.com/FluxAson/status/2110668475735650703?ref_src=twsrc%5Etfw">October 15, 2026</a></blockquote>
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The robot, which is exactly 135 cm tall and weighs 35 kg, has 23 independent joints, which give it highly fluid physical movements. It is powered by an integrated AI module core, thanks to which the robot actively listens and responds dynamically to speech. Igorek frequently operates in urban settings as an AI-powered DJ and dancer, engaging crowds on club dance floors and at promotional gatherings.Also read | <a href="https://www.wionews.com/trending/horrific-video-shows-the-moment-18-year-old-fell-to-her-death-from-mexico-amusement-park-ride-1792729517008">Horrific video shows the moment 18-year-old fell to her death from Mexico amusement park ride</a><h2>Robots among us</h2>Humanoid robots appearing on Moscow streets or in public spaces have become less rare in 2025-2026. Russian companies, including Sber with its "Green" model that danced for Russian President Putin in late 2025, and others have been showcasing them at events, for entertainment rentals, even for corporate parties and proposals, and occasional outdoor tests or promotions. Similar light-hearted robot dance clips surface periodically.

A video from Moscow showing a bipedal humanoid robot dancing in front of a traffic police officer at a crosswalk has gone viral. Why is it gaining traction on social media?

A video from Moscow, Russia, showing a robot performing erratic, dance-like movements on a street crossing in front of a watching traffic police officer has gone viral. The clip, which is going viral on X, shows the robot with glowing blue lights moving in front of a traffic police officer standing at a crosswalk with a red light. The officer can be seen watching exasperatedly before walking away across the street even as the robot continues to boogie. A Russian text overlay frames the scene as "POV: stepping out with your last nerve cell on a regular Tuesday in Moscow". Also read | 'Already tired of his 9-to-5': Baby born with a moustache becomes internet sensation, video goes viral | Watch Light-hearted public moment goes viral In the 15-second nighttime video, the robot, a bipedal humanoid with a glowing blue circular light on its torso an be seen busting a move right in front of the officer. The Russian overlay text is a classic POV meme, roughly "POV: you step outside with your last nerve cell on a regular Tuesday in Moscow." The video framed it humorously as the robot trying to “dance its way out of a fine.” Watch the viral video here:

A video from Moscow showing a bipedal humanoid robot dancing in front of a traffic police officer at a crosswalk has gone viral. Why is it gaining traction on social media?

'POV: When on your last nerve': Robot 'dances to avoid a fine' in front of Moscow cop; video goes viral | Watch

Engineers at ETH Zurich in Switzerland have taught a robot dog to solve a giant Rubik’s Cube. The researchers say that the four-legged robot uses three legs to solve the puzzle, while using the fourth one to keep the cube steady. It has been named "ANYmal" and can solve the 4.6-kilogram Rubik's Cube in eight to nine minutes.&nbsp;ETH research team said in the paper that ANYmal was able to successfully solve the puzzle three times without human assistance in trials. It carried out 30 movements each time, including the rotations and its own position changes. The cube measures 40 centimetres per edge.&nbsp;ANYmal keeps the cube in place with its front paw and then uses the other legs to rotate two layers by 90 degrees. After this, it changes its position and moves on to the next step. But to be able to solve the puzzle, the robot needs to first identify the colours, which it does through its cameras. It captures images of the visible sides and then tips over the cube to see the colour on the underside. It uses its recordings to reconstruct the puzzle after the Kociemba algorithm calculates a solution that requires the least number of steps.&nbsp;

<blockquote class="twitter-tweet">A robot dog solved a giant Rubik's Cube with only its feet. ETH Zurich's ANYmal scans every face with its own camera, plans, then pins with one foot and twists with the other. Fully autonomous lab demo; 8–9 min per solve, video sped up.

Full Short: https://t.co/K2g0X46mbE https://t.co/oAfzWEH4Y2&mdash; Things Robots Do (@thingsrobotsdo) <a href="https://x.com/thingsrobotsdo/status/2114131738507309346?ref_src=twsrc%5Etfw">October 24, 2026</a></blockquote>
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&nbsp;<h2>Balance and precision</h2>The robot dog needed precise leg control to be able to complete the puzzle. This was essential since it had to not only ensure enough force to rotate the sides, but also ensure that it did not accidentally move the other sides, while maintaining balance.&nbsp;For this, researchers used Reinforcement Learning, where an AI was used to first train the movement sequences. It started to learn to control its movements after repeated attempts and rewards. Using the results, the researchers developed a controller to work with ANYmal's images and sensor data.&nbsp;While four-legged robots have used their legs for tasks that did not require a lot of manoeuvring, solving a Rubik's Cube was different. The robot had to carry out a set of precise and coordinated movements. Researchers say this has demonstrated the robot's ability to carry out tasks where it needs to hold, move and operate objects.&nbsp;

Scientists in Switzerland have trained a robot dog to solve the Rubik's Cube. The specimen used measured 40 centimetres per edge and weighed 4.6 kg. The robot needed to hold on to the puzzle while twisting the sides and also ensure its own balance. 

Engineers at ETH Zurich in Switzerland have taught a robot dog to solve a giant Rubik’s Cube. The researchers say that the four-legged robot uses three legs to solve the puzzle, while using the fourth one to keep the cube steady. It has been named "ANYmal" and can solve the 4.6-kilogram Rubik's Cube in eight to nine minutes. ETH research team said in the paper that ANYmal was able to successfully solve the puzzle three times without human assistance in trials. It carried out 30 movements each time, including the rotations and its own position changes. The cube measures 40 centimetres per edge. ANYmal keeps the cube in place with its front paw and then uses the other legs to rotate two layers by 90 degrees. After this, it changes its position and moves on to the next step. But to be able to solve the puzzle, the robot needs to first identify the colours, which it does through its cameras. It captures images of the visible sides and then tips over the cube to see the colour on the underside. It uses its recordings to reconstruct the puzzle after the Kociemba algorithm calculates a solution that requires the least number of steps.

Scientists in Switzerland have trained a robot dog to solve the Rubik's Cube. The specimen used measured 40 centimetres per edge and weighed 4.6 kg. The robot needed to hold on to the puzzle while twisting the sides and also ensure its own balance.&nbsp;

Robot dog solves Rubik's Cube within 9 minutes in Switzerland - Watch

Advanced factory robots use 2,000-tonne presses and apply 5,000 spot welds to build cars. Automated systems paint the chassis, install heavy engines, and use AI cameras to check for defects.

Advanced factory robots use 2,000-tonne presses and apply 5,000 spot welds to build cars. Automated systems paint the chassis, install heavy engines, and use AI cameras to check for defects.

How smart robots and AI assemble vehicles in 20 hours

 This week on Tech It Out, we head to South Korea where a four-legged robot completed a full 26.2-mile marathon on a single charge; visit Denmark to see VR-trained humanoids learning to restock supermarket shelves autonomously; and step inside Singapore’s boxing ring where human-piloted robots trade heavy blows to test mechanical endurance. Plus, we break down how companies build profiles on your online habits and share a step-by-step guide to block targeted ads across your devices. Watch the full episode for all the details.

Robots take over marathons, supermarkets & boxing rings

Humanoid robots learn to walk and work using reinforcement learning and advanced virtual simulations. By combining millions of simulated trials with human teleoperation, these autonomous machines master complex factory tasks.


Humanoid robots are rapidly entering factory environments, but programming them manually to walk and lift objects is nearly impossible. Instead, engineers use artificial intelligence, virtual simulations, and human demonstrations to teach these machines complex physical movements. This process relies on allowing the robots to learn from their own mistakes in a virtual world before operating in reality.

How do humanoid robots learn to walk, lift objects and work in factories?

A standalone industrial robot costs between $25,000 and $150,000. However, final prices often exceed $400,000 when factoring in payload capacity, reach, speed, custom tooling, integration engineering, software, and mandatory safety enclosures.

A standalone industrial robot costs between $25,000 and $150,000. However, final prices often exceed $400,000 when factoring in payload capacity, reach, speed, custom tooling, integration engineering, software, and mandatory safety enclosures.

How much does an industrial robot cost? 7 factors that determine the price

Discover when you can buy a humanoid robot for your home. Explore release dates, pricing, and subscription models for the 1X NEO, Tesla Optimus, and Weave Isaac.

Consumer humanoid robots like the 1X NEO and Weave Isaac arrive in late 2026, offering subscription models for domestic chores. Tesla's Optimus targets a late 2027 release, though analysts expect broad public availability by 2028 or 2029.

When will you be able to buy a robot that does your housework?

In a shocking incident from Germany, a 16-year-old girl was allegedly groped by a red and gold robot on the streets of Cologne while the incident was livestream on social media. The German police seized the robot and two phones and are examining whether its movements were deliberately controlled by its 16-year-old male owner. 

Robot gropes 16-year-old girl on German street: Attack livestreamed, police seize humanoid

Discover the true daily cost of running a humanoid robot. Explore electricity usage, hourly maintenance rates, hidden fees, and Robot-as-a-Service subscriptions.

Running a humanoid robot is surprisingly cheap, with electricity costing just USD 0.36 a shift. When factoring in maintenance, subscriptions like Robot-as-a-Service bring the total operational cost to roughly USD 16 to 33 per day for most users.

What does it cost to run a humanoid robot for a day?

A robot sexually assaulted a 16-year-old girl in Germany and ended up in police custody. The incident happened in Cologne around midnight on October 10. The humanoid robot, which stands about 4 feet tall, approached the girl from behind and touched her bottom and made thrusting motions toward her. The assault was live-streamed by two boys who were remotely controlling the robot, the police said. A 16-year-old and a 19-year-old are being investigated.&nbsp;The older man is accused of filming the incident and live-streaming it on TikTok, the police said on October 12 (Monday). They are under investigation to determine whether the teenage boy operated the robot with the intent to commit harassment.&nbsp;The girl was at a fast food restaurant on Palmstrasse when the red-and-gold robot came up behind her. The police said that the humanoid "touched the girl's buttocks" and "made thrusting motions against her."&nbsp;Responding to a report, the police reached the scene and found the robot in the trunk of a Volkswagen sedan that belongs to the suspects. The robot was dressed in a sleeveless white shirt and sweatpants and also had a pair of glasses.&nbsp;&nbsp;The robot and the phones of the two male suspects have been seized to verify if the robot was being operated with the intent to commit sexual harassment. Police are checking phone records to find evidence that could be linked to the incident.&nbsp;Neither the victim nor the suspects have been identified. &nbsp;"The criminal investigation department is investigating on suspicion of sexual harassment," Cologne police said in their statement.

The robot was found inside the trunk of a car owned by the two male suspects. The humanoid wore clothes and assaulted the girl when she was out with her friends. The police are investigating whether its movements were deliberately carried out by the two men.

A robot sexually assaulted a 16-year-old girl in Germany and ended up in police custody. The incident happened in Cologne around midnight on October 10. The humanoid robot, which stands about 4 feet tall, approached the girl from behind and touched her bottom and made thrusting motions toward her. The assault was live-streamed by two boys who were remotely controlling the robot, the police said. A 16-year-old and a 19-year-old are being investigated. The older man is accused of filming the incident and live-streaming it on TikTok, the police said on October 12 (Monday). They are under investigation to determine whether the teenage boy operated the robot with the intent to commit harassment. The girl was at a fast food restaurant on Palmstrasse when the red-and-gold robot came up behind her. The police said that the humanoid "touched the girl's buttocks" and "made thrusting motions against her." Responding to a report, the police reached the scene and found the robot in the trunk of a Volkswagen sedan that belongs to the suspects. The robot was dressed in a sleeveless white shirt and sweatpants and also had a pair of glasses. The robot and the phones of the two male suspects have been seized to verify if the robot was being operated with the intent to commit sexual harassment. Police are checking phone records to find evidence that could be linked to the incident. Neither the victim nor the suspects have been identified. "The criminal investigation department is investigating on suspicion of sexual harassment," Cologne police said in their statement.

The robot was found inside the trunk of a car owned by the two male suspects. The humanoid wore clothes and assaulted the girl when she was out with her friends. The police are investigating whether its movements were deliberately carried out by the two men.

Robot gropes girl, makes thrusting movements in bizarre crime in Germany

Modern robots decide their next move using Vision-Language Models and instant sensor fusion. They process environmental data, calculate action probabilities, and adjust movements in real-time, all while adhering to strict hard-coded safety limits.

Modern robots decide their next move using Vision-Language Models and instant sensor fusion. They process environmental data, calculate action probabilities, and adjust movements in real-time, all while adhering to strict hard-coded safety limits.

How does a robot decide what to do next?

Ukraine is launching a new “Army of Robots,” former Defence Minister Mykhailo Fedorov announced. The initiative aims to expand the use of robotic systems in combat and reduce the risk to soldiers on the frontlines.

Ukraine: Robots to handle evacuation & strikes, detect and eliminate threats 

Warsaw witnessed a striking “robot revolt” as 30 robots took to the city’s streets in a public demonstration highlighting the growing debate over artificial intelligence rules and regulation. The unusual event brought AI-powered machines into the spotlight while drawing attention to questions surrounding the future of robotics, automation and responsible AI governance.

Warsaw's 'robot revolt' for AI rules: 30 robots take over Warsaw's streets

A humanoid robot crashed into the judges’ table after struggling to lift a weight at the World Humanoid Robot Games in Beijing. The incident became one of the viral moments from the competition, which is showcasing more than 2,000 humanoid robots across a range of sporting and real-world challenges.

Robots set new records at World Humanoid Robot Games 

The future of robotics is no longer confined to laboratories. At the World Robot Conference in Beijing, more than 300 exhibitors are showcasing cutting-edge machines designed to work, assist, and even make decisions alongside humans. From advanced humanoid robots to agile robot dogs, many of these machines are now being tested in real-world environments across China.


China unveils future robots: Humanoids & robot dogs move into real-world testing

#Gravitas A Chinese military proposal envisions disputed islands in the South China Sea to be surrounded by autonomous drones, machines that could detect, disrupt and even attack hostile forces. 


China plans robot forts against America on South China Sea islands

China's Unitree has unveiled a new high-speed humanoid robot dubbed “Superman,” just days before becoming the first general-purpose robotics company to list on mainland China's stock market. The company, the world's largest humanoid robot maker by sales, raised 6.1 billion yuan ($905 million) in its Shanghai IPO.

China: Unitree robot hits a top speed 12.66 metres per second

Researchers from South Korea's KAIST and Stanford University have developed robotic clothing that helps people dress without using their hands or assistance from others. The technology uses soft, air-powered "vines" embedded in fabric that gently pull clothing into place. Scientists say the innovation could benefit semiconductor cleanrooms, emergency responders and people with limited mobility.

South Korea-US team unveils robotic technology that dresses the wearer

Japan is turning to futuristic “robot wolves” to protect rural communities from rising bear attacks. The robotic devices, designed with glowing eyes and loud warning sounds, are being used to scare wild bears away from towns and farms. Officials say climate change, shrinking food sources, and changing wildlife patterns are pushing more bears into populated areas. Japan recorded a record number of bear attacks last year, prompting authorities to adopt unusual but innovative solutions to improve public safety.


Japan Deploys Robot Wolves to Protect Rural Towns as Bear Attacks Surge

Meta steps into humanoid robotics with ARI acquisition: What it means for AI strategyMeta has expanded its artificial intelligence efforts by acquiring Assured Robot Intelligence (ARI), a startup that develops AI systems for humanoid robots. The company said ARI works on technology that helps robots understand, predict and respond to human behaviour in complex environments. The financial details of the deal have not been disclosed, but the move signals Meta’s growing focus on robotics alongside its existing AI investments.&nbsp;<h2>What ARI adds to Meta’s AI push</h2>ARI’s work is focused on improving how robots interact with people and surroundings. Its systems are designed to help machines process human actions and adapt in real time. As part of the deal, ARI’s team, including researchers Xiaolong Wang, Lerrel Pinto and Xuxin Cheng, will join Meta’s AI division. Their experience in robotics and machine learning is expected to support Meta’s long-term plans in building intelligent systems that can operate in real-world settings.&nbsp;<h2>Meta’s broader plan for robotics</h2>The newly acquired team will work under Meta Superintelligence Labs, led by Alexandr Wang, and collaborate with Meta’s Robotics Studio. This division is focused on building the core technology required for humanoid robots, including software systems, sensors and AI models. Reports suggest that Meta has been exploring both software and hardware for robots, indicating that the company may eventually develop products aimed at everyday use.&nbsp;<h2>A possible platform for humanoid robots</h2>Industry reports indicate that Meta may be working on a broader ecosystem for robotics. The idea is to build a common software platform that other manufacturers can use, similar to how Android powers smartphones. Meta’s leadership has previously suggested that such technology could be licensed, allowing different companies to build robots using a shared system. This approach could help standardise how humanoid robots operate across the industry.<h2>Competition in the growing robot market</h2>Meta is entering a space where several major companies are already active. Tesla is developing its Optimus robot, while Google is working on AI models designed for robotics. At the same time, Chinese companies are also advancing in humanoid development, with some robots showing strong capabilities in movement and speed. This growing competition highlights the importance of robotics as the next area of technological development.<h2>Shift in focus from metaverse to AI</h2>Meta’s move into robotics also reflects a shift in its strategy. The company had earlier focused on the metaverse but has since reduced updates to its Horizon Worlds platform. It is now investing more in AI technologies, including large language models, AI agents and robotics. This shift suggests that Meta sees AI as a key area for future growth.<h2>What this means for the future</h2>Meta’s entry into humanoid robotics shows how AI is moving beyond software into physical systems. While the company has not announced any products yet, its investments in talent and technology indicate long-term plans. As development continues, the focus will likely remain on building robots that can understand human behaviour, perform tasks and assist in daily activities. The coming years will determine how these efforts translate into real-world use and how Meta competes with other players in this space.&nbsp;&nbsp;

Meta has acquired Assured Robot Intelligence (ARI), a startup focused on AI systems for humanoid robots. The move signals Meta’s push to expand beyond software AI into physical, real-world intelligence systems. ARI’s team will join Meta’s AI division to help build robots.

Meta steps into humanoid robotics with ARI acquisition: What it means for AI strategy Meta has expanded its artificial intelligence efforts by acquiring Assured Robot Intelligence (ARI), a startup that develops AI systems for humanoid robots. The company said ARI works on technology that helps robots understand, predict and respond to human behaviour in complex environments. The financial details of the deal have not been disclosed, but the move signals Meta’s growing focus on robotics alongside its existing AI investments. What ARI adds to Meta’s AI push ARI’s work is focused on improving how robots interact with people and surroundings. Its systems are designed to help machines process human actions and adapt in real time. As part of the deal, ARI’s team, including researchers Xiaolong Wang, Lerrel Pinto and Xuxin Cheng, will join Meta’s AI division. Their experience in robotics and machine learning is expected to support Meta’s long-term plans in building intelligent systems that can operate in real-world settings. Meta’s broader plan for robotics The newly acquired team will work under Meta Superintelligence Labs, led by Alexandr Wang, and collaborate with Meta’s Robotics Studio. This division is focused on building the core technology required for humanoid robots, including software systems, sensors and AI models. Reports suggest that Meta has been exploring both software and hardware for robots, indicating that the company may eventually develop products aimed at everyday use. A possible platform for humanoid robots Industry reports indicate that Meta may be working on a broader ecosystem for robotics. The idea is to build a common software platform that other manufacturers can use, similar to how Android powers smartphones. Meta’s leadership has previously suggested that such technology could be licensed, allowing different companies to build robots using a shared system. This approach could help standardise how humanoid robots operate across the industry. Competition in the growing robot market Meta is entering a space where several major companies are already active. Tesla is developing its Optimus robot, while Google is working on AI models designed for robotics. At the same time, Chinese companies are also advancing in humanoid development, with some robots showing strong capabilities in movement and speed. This growing competition highlights the importance of robotics as the next area of technological development. Shift in focus from metaverse to AI Meta’s move into robotics also reflects a shift in its strategy. The company had earlier focused on the metaverse but has since reduced updates to its Horizon Worlds platform. It is now investing more in AI technologies, including large language models, AI agents and robotics. This shift suggests that Meta sees AI as a key area for future growth. What this means for the future Meta’s entry into humanoid robotics shows how AI is moving beyond software into physical systems. While the company has not announced any products yet, its investments in talent and technology indicate long-term plans. As development continues, the focus will likely remain on building robots that can understand human behaviour, perform tasks and assist in daily activities. The coming years will determine how these efforts translate into real-world use and how Meta competes with other players in this space.

Meta has acquired Assured Robot Intelligence (ARI), a startup focused on AI systems for humanoid robots. The move signals Meta’s push to expand beyond software AI into physical, real-world intelligence systems. ARI’s team will join Meta’s AI division to help build robots.

‘Meta’s robotics plan’: What the ARI deal reveals about the future

In a stunning breakthrough for robotics and artificial intelligence, a humanoid robot has completed a half-marathon race, outperforming human participants and setting a new benchmark in endurance robotics. The robot not only finished the race successfully but also recorded a time that challenges competitive human runners, sparking global debate about the future of sports, AI, and human–machine competition. 

Humanoid Robot Wins Half-Marathon & Smashes Humans' Record 

For 40 years, roboticists chased a dream: a machine that could play table tennis against a real human and win. Now Sony AI's Project Ace did exactly that. Under International Table Tennis Federation rules, with licensed umpires and elite human opponents, Ace won. Multiple times. And it kept improving.
That's not all a Humanoid robot made by a Chinese company broke the human world record with a timing of 50 minutes 26 seconds in a race alongside amateur runners in Beijing.

The End of Human Dominance? Robot Defeats Elite Players In Table Tennis, Marathon 

A Waymo robotaxi struck a child who ran into the street from behind a double-parked SUV during school drop-off near a Santa Monica, California elementary school, prompting a federal safety probe and renewed AI vehicle scrutiny.



Waymo Robotaxi Hits Child Behind Double-Parked SUV at School Drop-Off

Tesla is set to unveil its third-generation Optimus robot early next year, showcasing advanced robotics technology designed for automation, assistance, and everyday tasks. The new generation is expected to feature improved AI, mobility, and human-interaction capabilities.

Tesla to Unveil Third-Gen Optimus Robot Early Next Year

CES 2026 featured groundbreaking tech like Samsung’s 10-inch tri-fold phone and 130-inch Micro RGB TV. Robotics took centre stage with Roborock’s stair-climbing vacuum and Boston Dynamics’ agile Atlas. Other highlights included Lenovo’s rollable laptop and Lego’s interactive sensor bricks.


CES 2026 featured groundbreaking tech like Samsung’s 10-inch tri-fold phone and 130-inch Micro RGB TV. Robotics took centre stage with Roborock’s stair-climbing vacuum and Boston Dynamics’ agile Atlas. Other highlights included Lenovo’s rollable laptop and Lego’s interactive sensor bricks.

‘CES 2026’: 8 of the most futuristic tech announced

A viral video on social media shows a man being kicked in the groin by a humanoid robot that was mimicking his own movements. It has attracted hilarious reactions from netizens, as people called out how dumb robots really are. The video was first shared on BiliBili by a user named zeonsunlight. It shows a man wearing a motion capture suit, kicking around while the robot copies him, and ultimately ends up hitting the man himself. The suit has sensors that record body movements and convert them into digital motion data. This information is transferred to a Unitree G1 robot that does exactly what the person wearing the suit does.&nbsp;The man performs a high kick, and the robot follows suit. Unfortunately for the man, the position of the robot was such that its leg aimed right at the man's groin, leaving him in pain. The robot mimics him and acts out in pain as well, leaving the viewers in splits. The video was posted on Bluesky by journalist James Vincent. He wrote alongside the video, 'another robot highlight for 2025: man wearing humanoid mocap suit kicks himself in the b***s." A user commented, "The kick in the n***s is one thing but then mocking his pain is just diabolical..." Another user wrote on X, “That's going to be the meme that encapsulates rogue sentient AI.”

<blockquote class="twitter-tweet">This recent BiliBili video of a guy motion capturing a robot straight into his own balls is gonna be such useful metaphor in the future tbh <a href="https://t.co/dMw1Z5i3KT">pic.twitter.com/dMw1Z5i3KT</a>&mdash; Del (@TheCartelDel) <a href="https://twitter.com/TheCartelDel/status/2004977640521044335?ref_src=twsrc%5Etfw">December 27, 2025</a></blockquote> <script async src="https://platform.twitter.com/widgets.js" charset="utf-8"></script>

<h2>Unitree G1 robot</h2>Several users commented about how he is the first man to kick himself in the b***s. "How many humans in history can be said to have kicked themselves in the balls? Truly revolutionary," a user wrote. The Unitree G1 robot weighs 35 kilograms and is 4.33 ft tall. It has more mobility than an average human because of the 23 degrees of freedom in its joints. It has an advanced perception system, including a 3D LiDAR sensor and a depth–sensing camera.&nbsp;Last month, another video of the robot's clumsiness went viral. A man asked it to make eggs for lunch, but the humanoid robot threw the food on the floor and then slipped on the eggs.&nbsp;

A humanoid robot that was copying a person wearing a motion capture suit kicked him in the groin while mimicking his movements. It also copied his reaction to the pain he endured, leaving netizens in splits.

A viral video on social media shows a man being kicked in the groin by a humanoid robot that was mimicking his own movements. It has attracted hilarious reactions from netizens, as people called out how dumb robots really are. The video was first shared on BiliBili by a user named zeonsunlight. It shows a man wearing a motion capture suit, kicking around while the robot copies him, and ultimately ends up hitting the man himself. The suit has sensors that record body movements and convert them into digital motion data. This information is transferred to a Unitree G1 robot that does exactly what the person wearing the suit does. The man performs a high kick, and the robot follows suit. Unfortunately for the man, the position of the robot was such that its leg aimed right at the man's groin, leaving him in pain. The robot mimics him and acts out in pain as well, leaving the viewers in splits. The video was posted on Bluesky by journalist James Vincent. He wrote alongside the video, 'another robot highlight for 2025: man wearing humanoid mocap suit kicks himself in the b***s." A user commented, "The kick in the n***s is one thing but then mocking his pain is just diabolical..." Another user wrote on X, “That's going to be the meme that encapsulates rogue sentient AI.”

A humanoid robot that was copying a person wearing a motion capture suit kicked him in the groin while mimicking his movements. It also copied his reaction to the pain he endured, leaving netizens in splits.

Robots are dumb: Humanoid kicks its operator in the groin, then acts out his pain | Viral video

Most people are unaware that India faces a severe GPU and compute crisis, with almost no access to high-end NVIDIA H100 clusters. The US, China, UAE and South Korea operate massive AI supercomputers; India mostly rents foreign cloud compute. 

Most people are unaware that India faces a severe GPU and compute crisis, with almost no access to high-end NVIDIA H100 clusters. The US, China, UAE and South Korea operate massive AI supercomputers; India mostly rents foreign cloud compute.&nbsp;

7 reasons why most Indians don’t realise how disruptive AI will be

China’s factories run on automated assembly lines, drone fleets, robotic forklifts and automated warehouses. India’s factories still rely heavily on low-cost manual labour, which slows both productivity and technology adoption.

China’s factories run on automated assembly lines, drone fleets, robotic forklifts and automated warehouses. India’s factories still rely heavily on low-cost manual labour, which slows both productivity and technology adoption.

From Japan to China! Why Asia is leading robotics while India watches from the sidelines

China has opened its first-ever humanoid robot mall, showcasing a futuristic shopping experience where robots assist customers, provide entertainment, and handle retail services. The mall represents China’s growing push in robotics, AI, and smart technology, offering a glimpse into the future of commerce and human-robot interaction.

China Opens Doors to Its First Humanoid Robot Mall

The AGIBOT A2, a Chinese-made humanoid robot, has successfully walked 100 kilometers from Suzhou to Shanghai. 
The journey took three days, showcasing major advancements in China’s robotics, endurance engineering, and AI-driven mobility.
This long-distance test highlights the rapid evolution of autonomous walking robots and China’s growing push in the global robotics race.

Chinese Robot AGIBOT A2 Walks 100 km From Suzhou to Shanghai in 3 Days

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