Traditional robots blindly repeat programmed tasks inside safety cages. AI-powered robots use computer vision to see objects, learn from mistakes, work safely next to humans, and adapt quickly to new tasks on the factory floor.

Traditional robots blindly repeat programmed tasks inside safety cages. AI-powered robots use computer vision to see objects, learn from mistakes, work safely next to humans, and adapt quickly to new tasks on the factory floor.

AI vs traditional robots: How factory automation is changing

Discover which jobs are safest from humanoid robots. Explore why skilled trades, healthcare, teaching, and strategic leadership remain immune to physical AI.

Humanoid robots excel in structured factories but struggle with unpredictable environments and human emotion. Skilled trades like plumbing, healthcare, teaching, and strategic leadership remain completely safe due to the limits of physical AI.

Which jobs are safest from humanoid robots?

Semiconductor factories use flawless robots to move batches of silicon wafers through hundreds of complex steps. This automation eliminates human error and microscopic contamination, ensuring high production yields and preventing massive financial losses.

Semiconductor factories use flawless robots to move batches of silicon wafers through hundreds of complex steps. This automation eliminates human error and microscopic contamination, ensuring high production yields and preventing massive financial losses.

Why semiconductor factories need robots that make almost no mistakes

Factory robots detect errors using 3D cameras and edge computing to analyse parts in milliseconds. By combining AI algorithms and sensor fusion, these machines instantly identify defects and adjust their movements on the assembly line.

Equipped with 3D cameras and AI processors that analyse visual data in milliseconds, modern factory robots instantly detect and correct manufacturing anomalies on the assembly line.

How do factory robots know when something has gone wrong?

From humanoids like Figure 02 and Tesla Optimus assembling cars, to AI-driven cobots like the UR20 handling precision CNC tasks, advanced robotics is redefining industry. These five robots showcase the ultimate future of automated manufacturing.

From the 173-centimetre-tall Tesla Optimus to the 20-kilogram payload UR20 cobot, these five cutting-edge machines are bringing AI-driven automation to global manufacturing floors.

Humanoids and cobots: 5 advanced robots changing manufacturing forever

Discover what happens when artificial intelligence gets a physical body. Explore embodied AI, humanoid robot specs, factory deployments, and the 2026 market.

Embodied AI is placing advanced digital brains inside humanoid robots to solve global labour shortages. The market will hit USD 6.24 billion in 2026 as giants like BMW deploy safety-regulated, dexterous robots on active assembly lines.

What would happen when AI gets a body?

Sending robots to Mars is vastly easier and cheaper than sending humans. Robots do not need heavy life support, oxygen, or a return trip. Meanwhile, a crewed mission could cost up to $600 billion due to extreme safety and fuel requirements.

Sending robots to Mars is vastly easier and cheaper than sending humans. Robots do not need heavy life support, oxygen, or a return trip. Meanwhile, a crewed mission could cost up to $600 billion due to extreme safety and fuel requirements.

Is sending robots to Mars easier than sending humans?

Robots building robots is no longer just a science-fiction idea. Chinese electric vehicle maker XPeng says it has commissioned an automated production line where humanoid robots can help manufacture other humanoid robots.&nbsp;XPeng CEO He Xiaopeng announced the development on X, calling it the world’s first automated production line for advanced general-purpose humanoid robots. The company says the system is designed to reduce manual involvement and help take humanoid production towards larger-scale manufacturing. The first robot produced on the line has also been given a name: IRON.&nbsp;

<blockquote class="twitter-tweet">Today, we launched the world’s first automated production line for advanced general‑purpose humanoid robots, using robots to mass‑produce robots, autonomously. This was uncharted territory, and we solved it from scratch. The commissioning of our production line means humanoid… <a href="https://t.co/qlpeSLJx77">pic.twitter.com/qlpeSLJx77</a>&mdash; Xiaopeng He (@xiaopenghexpeng) <a href="https://x.com/xiaopenghexpeng/status/2097135503015616798?ref_src=twsrc%5Etfw">September 8, 2026</a></blockquote> <script async src="https://platform.x.com/widgets.js" charset="utf-8"></script>

<h2>XPeng’s IRON robot walks off the line</h2>According to He, IRON completed its assembly and then walked away from the production line on its own. The moment is significant because XPeng is not simply showing a robot performing one task inside a factory. The company says its manufacturing system can produce a complete advanced general-purpose humanoid.&nbsp;He shared images of the facility and IRON, saying the production line had been developed from scratch. However, XPeng has not disclosed how many robots the factory can currently produce, or provided detailed information about its production capacity.<h2>Why robots building robots matters</h2>The bigger challenge for the humanoid robotics industry may not simply be making robots walk, talk or perform tasks.&nbsp;It is making them cheaply and quickly enough to produce in large numbers.Humanoid robots contain complex mechanical, electrical and computing systems. If companies can automate more of the manufacturing process, production could eventually become faster and more consistent while reducing the need for manual assembly. That could be crucial if humanoids are ever expected to move beyond expensive prototypes and enter factories, warehouses, homes and other workplaces at scale.&nbsp;<h2>XPeng wants IRON to do more than factory work</h2>He said he hopes future versions of IRON will develop stronger general-purpose abilities.&nbsp;The longer-term goal is for humanoids to handle dangerous, repetitive or undesirable jobs that people may not want to perform. He also suggested a much more ambitious future, saying robots could one day become companions, friends or even part of a family.&nbsp;For now, that remains a vision rather than a demonstrated capability.&nbsp;XPeng has yet to reveal IRON’s full capabilities, commercial availability or the actual scale of the new production line. But the development highlights a major shift in the robotics race: companies are no longer only trying to build smarter humanoids. They are also trying to build the factories that can build them.&nbsp;

Chinese EV maker XPeng says it has launched an automated production line where humanoid robots help build other humanoid robots. Its first IRON robot reportedly completed assembly and walked off the line autonomously, though production capacity remains undisclosed.

Robots building robots is no longer just a science-fiction idea. Chinese electric vehicle maker XPeng says it has commissioned an automated production line where humanoid robots can help manufacture other humanoid robots. XPeng CEO He Xiaopeng announced the development on X, calling it the world’s first automated production line for advanced general-purpose humanoid robots. The company says the system is designed to reduce manual involvement and help take humanoid production towards larger-scale manufacturing. The first robot produced on the line has also been given a name: IRON.

Chinese EV maker XPeng says it has launched an automated production line where humanoid robots help build other humanoid robots. Its first IRON robot reportedly completed assembly and walked off the line autonomously, though production capacity remains undisclosed.

Future of manufacturing is here: Chinese EV maker sets up factory where robots are building robots

Artificial Intelligence is rapidly changing how wars are fought. From autonomous drones and smart missiles to battlefield surveillance and target identification systems, AI is becoming a key part of military operations. The United Nations has warned about the growing use of autonomous weapons in active conflict zones, raising concerns about accountability, ethics and international law. Major powers including the United States, China, Ukraine and India are investing heavily in AI-driven defence technologies. As machines move closer to the kill chain, the world faces a critical question: how much decision-making should be left to algorithms on the battlefield?


AI weapons are changing how targets are found & attacked 

The United States announced a ban targeting new imports of humanoid robots, quadruped robots, and power inverters from foreign adversaries like Beijing, citing national security risks.

US-China tech war explodes, China's AI robots face US ban

China's next big AI push is no longer limited to chatbots now. They are now teaching humanoid robots how to perform everyday tasks such as folding clothes, preparing meals and cleaning homes.&nbsp;According to information shared by China's Foreign Ministry spokesperson Mao Ning, humanoid robots are being trained inside dedicated data-training centres. Human instructors guide the robots through repeated tasks so they can collect real-world data, improve their movements and learn how to interact safely with people.&nbsp;The development highlights China's growing ambition to become a global leader in intelligent robotics.x

<blockquote class="twitter-tweet" data-media-max-width="560">China’s humanoid robots are going to school — learning to fold, cook, and clean, guided by trainers in data-training centers. <a href="https://t.co/ccrJOsx2Jp">pic.twitter.com/ccrJOsx2Jp</a>&mdash; Mao Ning 毛宁 (@SpoxCHN_MaoNing) <a href="https://x.com/SpoxCHN_MaoNing/status/2071793398638661693?ref_src=twsrc%5Etfw">June 30, 2026</a></blockquote> <script async src="https://platform.x.com/widgets.js" charset="utf-8"></script>

<h2>What happens inside these robot training centres?</h2>The facilities work much like classrooms for robots. Human trainers repeatedly demonstrate tasks while robots observe, imitate and practise them. These activities include folding laundry, arranging household items, cooking simple meals, picking up objects and cleaning different surfaces. Every attempt generates large amounts of data. AI models use this information to improve the robot's understanding of movement, balance, object handling and decision-making. The goal is to help robots perform everyday activities more naturally instead of relying only on pre-programmed instructions.<h2>Why is China investing heavily in humanoid robots?</h2>China sees humanoid robots as one of the next major industries after electric vehicles and artificial intelligence. The country is facing an ageing population and rising labour costs. Intelligent robots could eventually assist in factories, hospitals, warehouses, elderly care facilities, hotels and even private homes. Unlike traditional industrial robots that perform a single repetitive task, humanoid robots are designed to work in environments built for people. That makes them more flexible and capable of handling different types of work.<h2>What does this mean for the future?</h2>Many technology companies around the world are racing to build practical humanoid robots. Firms in China, the United States and Europe are investing billions of dollars to improve AI, sensors and robotic movement. However, teaching robots how to safely complete everyday activities remains one of the biggest challenges. China's new training centres represent another step towards that goal. While humanoid robots are still some years away from becoming common in homes, the country's latest efforts suggest the focus is shifting from building robots to teaching them how to function effectively in the real world.

China is training humanoid robots in specialised centres where they learn tasks such as cooking, cleaning and folding clothes. The programme aims to prepare AI-powered robots for future roles in homes, healthcare, factories and other workplaces.

China's next big AI push is no longer limited to chatbots now. They are now teaching humanoid robots how to perform everyday tasks such as folding clothes, preparing meals and cleaning homes. According to information shared by China's Foreign Ministry spokesperson Mao Ning, humanoid robots are being trained inside dedicated data-training centres. Human instructors guide the robots through repeated tasks so they can collect real-world data, improve their movements and learn how to interact safely with people. The development highlights China's growing ambition to become a global leader in intelligent robotics.x

China is training humanoid robots in specialised centres where they learn tasks such as cooking, cleaning and folding clothes. The programme aims to prepare AI-powered robots for future roles in homes, healthcare, factories and other workplaces.

Humanoid robots are learning to cook and clean in China: Here's how they could replace millions of jobs

AI robots are replacing human workers in hazardous roles like mining, explosive disposal, and chemical handling. By taking over high-risk tasks such as welding and infrastructure inspection, these machines drastically reduce workplace fatalities.

AI robots are replacing human workers in hazardous roles like mining, explosive disposal, and chemical handling. By taking over high-risk tasks such as welding and infrastructure inspection, these machines drastically reduce workplace fatalities.

‘Replacing dangerous human tasks first’: 5 roles that AI robots can do better and more safely

Robot monks took center stage at the Lotus Lantern Festival celebrations, blending tradition with advanced robotics. The event showcased how technology is being integrated into cultural and religious festivities, drawing attention from visitors and tech enthusiasts alike. The unique display highlighted the evolving role of AI and robotics in modern ceremonial practices.


Robot Monks Lead Lotus Lantern Festival Celebrations

A robot monk has made its debut at Jogyesa Temple in Seoul, marking a unique blend of tradition and technology in South Korea’s Buddhist practices. The robotic figure is designed to assist with rituals, engage visitors, and demonstrate how modern innovation is being integrated into spiritual spaces. The development has sparked curiosity and debate about the future of religious experiences in a tech-driven world.


Robot Monk Makes Debut at Jogyesa Temple in Seoul

In China’s Anhui Mountains, drones and robots are being deployed to fight severe ice and snow, ensuring electricity keeps flowing to affected regions. High-tech machines inspect power lines, remove ice, and perform precision tasks in harsh winter conditions, showcasing the growing role of robotics in infrastructure maintenance.

China Deploys Drones and Robots to Protect Power Grid

At the AI Impact Summit 2026 robots took centre stage. From Robo dogs to surgical machines and industrial bots, these systems are moving out of labs and into real life. We spoke to the builders behind the machines shaping the next wave of automation.


AI Impact Summit 2026: Robots Take Centre Stage

Artificial intelligence is transforming agriculture, with the robotics market set to hit $18.6 billion in 2025. From autonomous tractors boosting productivity by 30 per cent to laser-weeding robots cutting chemical use by 90 per cent, technology is addressing labour shortages and more.

Artificial intelligence is transforming agriculture, with the robotics market set to hit $18.6 billion in 2025. From autonomous tractors boosting productivity by 30 per cent to laser-weeding robots cutting chemical use by 90 per cent, technology is addressing labour shortages and more.

AI in agriculture: How robots could soon grow most of our food

Japan’s latest humanoid robot, Kaleido 9, is designed to think and adapt, demonstrating fine motor control with delicate and everyday tasks. Developed by Kawasaki Heavy Industries, Kaleido 9 features enhanced stability, a suite of sensors for environmental perception, and the ability to handle up to 18 kg- making it suitable for factory work, disaster response, and even medical settings. The robot uses AI to adapt in real time to any context, whether it’s sweeping debris, moving objects, or performing complex assembly. With a modular system for quick tool changes. 


Japan’s Kaleido 9: Robot That Thinks and Adapts 

ETH Zurich researchers unleash magnetic microrobots that deliver medicine to exact spots, including stroke clots and tumours. No more side effects, just precision and speed. Discover the tech that's about to rewrite hospital care. Clinical validation remains, but the future is moving fast.

Magnetic Microrobots Rewriting The Rules of Medicine 

Magnetic Microrobots: New Cure for Brain Clots, Heart Blockage

Humanoid robots are stepping out of labs and into the real world. Japanese firm Enactic demonstrates tele-operated robots performing everyday tasks, while Chinese EV maker XPeng unveils its Iron humanoid robot for factories and homes. Experts call this the dawn of “physical AI,” a new frontier in robotics and artificial intelligence.

Rise of the Machines: Humanoid Robots Enter the Real World

Amazon has been using robots in its warehouses for over a decade, and that's not stopping anytime soon. According to a report Monday from The New York Times, Amazon is seeking to ramp up its robot army at the cost of human jobs.

Inside Amazon's Secret Automation Blueprint: Amazon Plans To Eliminate 600,000 Jobs By 2030

Amazon Testing Robots And Drones For Package Delivery, To Replace 600K Workers With Robots By 2033

AI is changing how we plan to build cities on Mars. From robot builders to smart design using martian soil, AI will make space living safer and faster. But can it handle mars’ tough conditions? Here’s how the future of space building may look like.

AI is changing how we plan to build cities on Mars. From robot builders to smart design using Martian soil, AI will make space living safer and faster. But can it handle mars’ tough conditions? Here’s how the future of space building may look like.

How could AI help humans build the first city on Mars?

From easing loneliness to providing comfort, pets play a vital role in our lives. But what if technology could replicate that bond? Meet Moflin, a fluffy AI-powered pet. In this video, we explore how Moflin works and whether AI pets could truly replace the comfort of real animals.


Can Robots replace pets? | Artificial Intelligence

Robot sweepers tested in Mumbai smart city project. AI sorting systems separate plastics, metals from organic waste. 15,000 malware instances hit infrastructure robots. Human workers still needed for quality control and repairs.


Robot sweepers tested in Mumbai smart city project. AI sorting systems separate plastics, metals from organic waste. 15,000 malware instances hit infrastructure robots. Human workers still needed for quality control and repairs.

Can AI-powered robots clean up India’s city waste crisis?

President Donald Trump hosted America’s biggest tech leaders at a high-stakes White House dinner, tackling AI, jobs, and geopolitics. Meta’s Mark Zuckerberg got caught in a hot mic moment, Google’s Sundar Pichai expressed antitrust relief, and Bill Gates praised Trump’s vaccine legacy. But it was First Lady Melania Trump who made headlines with her bold statement: “Our future is no longer sci-fi… robots are here.” With Elon Musk notably absent, the dinner raised eyebrows across Silicon Valley.

Trump tech dinner: Melania Trump says, "Our future is no longer sci-fi" 

SCO Summit: At the SCO Summit in Tianjin, humanoid robots took center stage by serving ice cream to attendees, showcasing China’s advancements in robotics and automation.


SCO Summit: Robots At Service in Tianjin, Serve Ice Cream To Attendees 

A robot that makes and serves ice cream became the unexpected star of the SCO Summit 2025. Showcased at the tech pavilion, the fully automated machine drew large crowds for its precise, efficient, and entertaining service.

The demonstration highlights growing interest in robotics, automation, and AI collaboration among SCO member countries, blending innovation with real-world utility.

SCO Summit 2025: Ice-cream making robot steals spotlight

China: At the 15th China-Northeast Asia Expo, humanoid robots captured the spotlight, showcasing the latest advancements in robotics and artificial intelligence.


Humanoid Robots Take Center Stage at 15th China-Northeast Asia Expo

The 15th China-Northeast Asia Expo is underway, and humanoid robots are stealing the spotlight. From cutting-edge AI displays to futuristic innovations, the expo showcases China’s growing tech ambitions and its push to lead in robotics and artificial intelligence.

15th China-Northeast Asia Expo: Humanoid Robots Steal the Spotlight 

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AI vs traditional robots: How factory automation is changing

Which jobs are safest from humanoid robots?

Why semiconductor factories need robots that make almost no mistakes

How do factory robots know when something has gone wrong?

Humanoids and cobots: 5 advanced robots changing manufacturing forever

What would happen when AI gets a body?

Is sending robots to Mars easier than sending humans?

Robots building robots: XPeng launches automated humanoid factory in China

AI weapons are changing how targets are found & attacked

US-China tech war explodes, China's AI robots face US ban

China's robot schools are training humanoids to cook, clean and fold clothes

‘Replacing dangerous human tasks first’: 5 roles AI robots can do better

Robot Monks Lead Lotus Lantern Festival Celebrations

Robot Monks Lead Lotus Lantern Festival Celebrations

Robot Monk Makes Debut at Jogyesa Temple in Seoul

China Deploys Drones and Robots to Protect Power Grid

AI Impact Summit 2026: Robots Take Centre Stage

AI in agriculture: How robots could soon grow most of our food

Japan’s Kaleido 9: Robot That Thinks and Adapts

Magnetic Microrobots Rewriting The Rules of Medicine

Magnetic Microrobots: New Cure for Brain Clots, Heart Blockage

Rise of the Machines: Humanoid Robots Enter the Real World

Inside Amazon's Secret Automation Blueprint: Amazon Plans To Eliminate 600,000 Jobs By 2030

Amazon Testing Robots And Drones For Package Delivery, To Replace 600K Workers With Robots By 2033