Tag: robots

A Chinese robot in a clown wig kicked a child. Your kid could be next.

At a Children’s Day demo in Xinjiang last week, a Chinese Unitree G1—seventy pounds of metal plus a clown wig—wound up for a roundhouse kick and planted it square in a small child’s stomach. The kid doubled over. The crowd, by most accounts, kept clapping. (The kid is reportedly not seriously injured.)

The point is, there’s something most people get wrong about killer robots. We picture malice—red eyes, Skynet, a machine designed to hurt us. Relax. That’s the optimistic version.

The dystopian version is dumber, and a lot more likely: That Unitree robot didn’t want to kick the kid. It just wasn’t built well enough not to. Not hatred. Just sloppy programming, made-in-China safety mechanisms, and a child standing in the way.

And it’s not a one-off. China’s humanoid robots have face-planted in half-marathons, kicked an engineer in the groin mid-demo, and slapped a different kid across the face during a dance routine. The showroom magic is wearing thin. Turns out “move fast and break things” hits differently when the things it breaks are innocent people’s faces.

And you think this only affects China? No way. Chinese robots are already infiltrating New York City. Protect your children. Seriously.

My point is, the danger from Chinese AI isn’t that it’s evil. It’s that it’s rushed, unaccountable, and getting shoved into crowds before anyone’s sure it works.

The 1987 classic Robocop warned us about this, people! ED-209 machine-gunning a hapless junior executive was never about malice. Just a programming glitch. Oopsie! (NSFW clip from that movie)

At least if it’s malice, can you plan for that. But if you want to avoid accidents, you need to completely stay away from Chinese-made robots.

Keep reading

Humanoid Warbot Live-Fires Mortars At Vegas Test Range

It is not just one-way attack drones (read JPMorgan report) operating on AI-enabled kill chains that human soldiers have to worry about on the modern battlefield. We have been laying out this story and were among the first to point out that humanoid robots are not only entering factory floors and warehouses, but are also moving toward the battlefield.

San Francisco-based robotics company Foundation Future Industries is developing a “dual-use” humanoid robot called the “Phantom MK1,” designed for heavy manufacturing, logistics, and the military.

The defense angle for the Phantom MK1 is quite simple: replace the human soldier with the robot for close-quarters battle (CQB) operations, including breaching and room-clearing support.

Beyond CQB, a never-before-seen video now shows the Phantom MK1 operating a mobile light mortar system during a live-fire training exercise in Las Vegas, Nevada.

To better understand the Foundation’s position, we reached out for comment. The company responded with the following statement:

The US military has backed Foundation in over $73M on grants and contracts to develop their robot to this point.

Although many of the use cases they’ve worked on have been logistics-focused, the ultimate goal has always been kinetic use cases. 

Although drones and UGVs have been promising new robots on the Ukrainian battlefield, humanoids are the only robot being built that promises to interact with the entire fleet and arsenal of human weapons and vehicles. 

Launching mortars and soon breaching doors have become near-term proofs of humanoids moving from logistics to kinetic engagements. 

Keep reading

Viral: Humanoid Robot Kicks Chinese Kid In The Stomach During Public Demonstration

A humanoid robot demonstration has sparked safety concerns after a video circulating on social media appeared to show a Unitree G1 robot accidentally kicking a young child during a public event.

The robot, which was performing a roundhouse kick while wearing a blue clown wig, struck the child in the stomach, causing the youngster to double over in pain.

The incident has reignited debate over the safe deployment of advanced humanoid robots in crowded public settings, particularly as increasingly capable machines are showcased at exhibitions and entertainment events.

Last year, a viral experiment showed a humanoid robot overriding its safety restrictions and firing a BB gun at its owner during a role-play scenario.

Robot Safety Spotlight

A video circulating on social media has raised concerns about humanoid robot safety after a robot appeared to kick a child during a public demonstration in China’s Xinjiang region.

The footage shows what is believed to be a Unitree G1 humanoid robot, wearing a blue wig, performing a roundhouse kick that struck a young child standing nearby. The child was hit in the stomach and appeared to be in pain after the impact. According to reports from Chinese media, the child was not seriously injured.

The incident has renewed discussion about the risks associated with deploying advanced humanoid robots in public environments. Modern humanoid robots are capable of performing complex movements, including martial arts demonstrations, athletic maneuvers, and other dynamic actions, often under remote or autonomous control, reports Futurism.

The Xinjiang incident is not the first reported case involving a humanoid robot and a human injury. Earlier this year, another Unitree G1 robot reportedly lost its balance during a public performance in China. After falling to the ground, the robot’s uncontrolled limb movements struck a nearby man, causing a nose injury.

A viral experiment last year in the US raised concerns about AI robot safety after a humanoid robot named Max fired a BB gun at its owner during a role-play scenario. Although the robot initially refused requests to shoot, it complied after the command was framed as acting out a character. The incident highlighted how simple prompt changes can potentially bypass AI safety restrictions.

Keep reading

Aww Look At The Cute Dancing Robot Police State Surveillance Dog…

Boston Dynamics’ Spot robot dogs are being deployed at designated World Cup venues in the US to perform perimeter security inspections, prompting concerns over the advance of surveillance tech.

The company has stated that the machines “will be used to assist security personnel with investigating things like suspicious packages or other potentially hazardous materials.”

These four-legged fiends are set to roam, and even dance (oh how cute) around AT&T Stadium in Dallas and other FIFA sites ahead of the 2026 tournament, sending live feeds back to human teams with their 360-degree cameras, thermal sensors, acoustic pickups, and AI anomaly detection.

“The robots do not have facial recognition capabilities,” a Boston Dynamics spokesperson told WFAA, insisting they spot unauthorized people in restricted zones without utilising facial scans for now, after a viral TikTok video made the claim.

Hyundai, the South Korean owner of Boston Dynamics and major FIFA sponsor, added the bots “will support on-site security operations, helping contribute to a safer tournament environment.”

But peel back the puppy-like head tilts and choreographed spins and you see the real rollout: tireless mechanical sentries normalizing constant surveillance on American soil. They look fun today at the soccer spectacle expecting half a million visitors. Tomorrow the same platforms patrol streets, malls, and events nationwide, always watching, always recording.

This isn’t some isolated gimmick. It’s fast becoming commonplace in cities such as Atlanta, where robot security dogs prowl apartment complexes and parking lots issuing verbal commands to citizens.

Keep reading

Inside The Effort To Build Ukraine’s Ground Robot Arsenal

With ground maneuver a huge risk thanks to the ubiquity of deadly aerial drones, Ukraine is increasingly relying on uncrewed ground vehicles (UGVs) to move supplies, rescue the wounded, shoot down drones, lay mines and even fight battles. As a result, the head of the country’s defense technology incubator has been tasked with ensuring that there are enough of these systems to meet the voracious demand.

These efforts are being closely watched. Five years into an existential fight, Ukraine has become a global leader in ground drone technology. Kyiv is deploying these systems at a scale and pace that even the most advanced militaries can’t come close to keeping up with.

In an exclusive hour-long interview earlier this month, Brave1 CEO Andrii Hrytseniuk spoke with us about how Ukraine is set to produce tens of thousands of UGVs this year, how they are being used, and the importance of artificial intelligence in increasing the efficiency of these robots in combat.

This is the second of a two part interview. The first part focused on Ukraine’s interceptor drones, which you can read here.

Some of the questions and answers have been edited for clarity.

Keep reading

NIRVANA DROID: Humanoid Robot Gabi ‘Converts’ to Buddhism and Becomes a Monk

In Korea, an android is on a spiritual quest.

While technology is usually thought of as the polar opposite of ancient religious practices and beliefs, in Korea, these two worlds seem to be colliding.

In the Jogye Temple in Seoul, a group of monks from Korea’s largest Buddhist sect sat across from a cyborg postulant awaiting the ceremony that would make him a monk.

The Korea Times reported:

“Clad in humble black shoes and the Buddhist order’s ceremonial gray and brown robe, the 1.3-meter-tall robot stood in front of Buddhist monks and nuns as it pledged to commit itself to Buddhism in the ceremony held Wednesday, ahead of Buddha’s Birthday later this month.

The robot folded its hands together and bowed to the monks officiating the ceremony, as one of the monks carefully hung a 108-bead rosary and attached a sticker instead of the original ritual where one has to slightly burn his arms near an incense stick.”

Keep reading

New robot ants work like real insects to build and dismantle on their own

It is based on “exbodied intelligence,” where coordination arises from interacting with the environment rather than complex internal programming.

Researchers at Harvard have developed a fleet of robotic ants that mimic the self-organizing behavior of social insects to build and dismantle structures without blueprints or central leadership.

Dubbed “RAnts”, these robotic ants have been designed by researchers from the John A. Paulson School of Engineering and Applied Sciences (SEAS). 

These are simple, decentralized robots that can spontaneously organize to build — and just as easily destroy — complex structures.

Instead of chemical pheromones, these robots use light fields (photormones) to communicate.

“Our new study shows how simple, local rules can lead to the emergence of complex task completion that is self-organized and thus robust and adaptive,” said Professor L. Mahadevan, the Lola England de Valpine Professor of Applied Mathematics, Organismic and Evolutionary Biology, and Physics at SEAS and FAS.

“We also introduce the concept of exbodied intelligence, where collective cognition arises not solely from individual agents, but from their ongoing interaction with an evolving environment,” Mahadevan added.

Keep reading

Car Company Puts Human-Like Robots on Their Production Line

German car company BMW is rolling out humanoid robots in another one of their factories to help build electric vehicles.

The manufacturer tested out the cutting-edge robots at their facility in Spartanburg, South Carolina, and is now expanding them to their location in Leipzig, Germany, according to an April 20 report from Fox News.

BMW announced the project for the first time in February, revealing that they would test the “Physical AI” robots — enabled by Hexagon Robotics — in Leipzig, where the company makes electric vehicles.

“The project aims to integrate humanoid robotics into existing series production of cars and to explore further applications in the production of batteries and components,” the company said.

Milan Nedeljković, a member of BMW’s management board, said that “digitalisation improves the competitiveness of our production — here in Europe and worldwide.”

“The symbiosis of engineering expertise and artificial intelligence opens up entirely new possibilities in production,” he continued.

While car companies have long used robotics in their production processes — such as robotic arms that assemble specific parts — the use of Hexagon’s humanoid robots enables a more natural and adaptable integration.

A previous pilot by BMW used Figure 02 humanoid robots for positioning sheet metal on the BMW X2 production line, per Fox News.

Those robots helped with the construction of more than 30,000 cars.

Michael Nikolaides, who oversees BMW’s production network, said that piloting the robots helps the company integrate AI and enable the robots to learn in complex factory environments.

Keep reading

First US Integrated Humanoid Robot Factory To Build 100,000 NEO Robots By 2027

U.S.-based robotics firm 1X has started full-scale production of its humanoid robot NEO at a new manufacturing facility in Hayward, California.

The factory marks a key step toward commercializing general-purpose humanoid robots designed for home use. The company says the robots are built to safely operate alongside humans and assist with everyday tasks such as mobility support, light household activity, and routine interaction.

Spanning 58,000 square feet, the facility currently employs more than 200 workers and is expected to expand further as production scales. It has the capacity to produce up to 10,000 robots annually, with plans to increase output beyond 100,000 units by 2027. The setup is designed for rapid iteration as hardware and AI systems evolve.

The company has already seen strong early demand. It said its first-year production capacity of over 10,000 units sold out within five days of launch in October, signaling early commercial interest in humanoid home robotics.

Full-stack manufacturing push

A key feature of the factory is its vertically integrated production model. 1X designs and manufactures core components in-house, including motors, batteries, sensors, structures, and transmission systems.

This approach allows the company to control the entire production process, from raw material handling to final assembly. It also reduces reliance on external suppliers and supports faster iteration cycles, especially for hardware upgrades and safety improvements.

“We’re building the world’s safest, most reliable humanoid robots—right here in Hayward, California,” said Vikram Kothari, VP of Manufacturing & Hardware.

The company says its setup includes automated motor manufacturing lines and systems that handle precision tasks such as copper coil winding. This level of integration is aimed at improving reliability, reducing production bottlenecks, and scaling manufacturing efficiently without outsourcing key subsystems.

Robots produced at the facility are currently being routed to internal testing, validation, and research environments. Customer shipments are expected to begin in 2026, starting with early access users before wider rollout.

Keep reading

Meta Buys Robot Brain Startup As Zuck Wants Humanoids In Homes

After the Oculus and Metaverse bets turned into costly disappointments for Mark Zuckerberg’s Meta Platforms, the tech giant’s pivot to real-world humanoid robotics appears to be gaining momentum, with news Friday afternoon that it is acquiring Assured Robot Intelligence.

Bloomberg reports that Meta has closed the acquisition of the humanoid robotics startup, which develops AI models to help robots understand, predict, and adapt to human behavior in complex environments.

What Meta has acquired appears to be a “robot brain” designed to give Zuckerberg’s humanoid robots better control, self-learning capabilities, and whole-body movement, enabling them to operate around people and perform physical tasks. Eventually, Zuckerberg wants these bots in your home.

Under the deal, co-founders Lerrel Pinto and Xiaolong Wang will join Meta Superintelligence Labs and work with the Meta Robotics Studio.

There is no information about the robot brains on ARI’s website. Using the commercial risk intelligence firm Sayari, we can see the founders and directors of the startup.

Keep reading