An LG CLOiD robot folds laundry at the LG Electronics booth during the CES tech show on Jan 6, 2026, in Las Vegas. — AP
At the CES trade show in Las Vegas this week, robots poured coffee, played ping pong, dealt poker hands and folded laundry – all within a few feet of one another.
Human-inspired robots, aptly called humanoids, have emerged as the tech industry’s big bet on what comes next. They stand erect, like people, although they can’t always walk. And they can move through the world as people do, use the same tools and perform similar tasks – but ultimately more efficiently. Or at least that’s the goal.
When LG Electronics Inc’s new robot, CLOiD, rolled onto the CES stage earlier this week, the real surprise wasn’t its human form – it was that the company attempted a live demo at all. Humanoids are often kept tucked away in warehouses, with companies offering little proof they work outside of tightly controlled experiments. And those that do attempt public presentations often find the risk outweighs the reward.
But CLOiD – which stands at slightly less than five feet tall and has a digital display for eyes – trundled across the stage on wheels and waved to conference attendees with its two hands. It then slowly loaded a single piece of clothing into a washing machine – almost painfully slowly.
"LG’s AI home envisions a seamlessly connected flow between devices, spaces and human behavior, ultimately achieving our goal of a zero-labor home that saves both time and comfort,” said LG executive Brandt Varner during a press event on Monday, pitching a vision of domestic automation so seamless that CLOiD might one day toast a croissant for you before you head out to work.
The concept robot, which uses artificial intelligence and vision-based technology to perform household tasks like laundry, is part of LG’s broader push into what it calls "ambient care” - the promise of machines quietly helping daily life flow more smoothly.
It’s a bold attempt to reshape how robotics fit into the home, not necessarily through spectacle but through mundane, repetitive chores. And LG wasn’t the only player promising a future with less laundry: It was joined by others, including SwitchBot’s Onero H1, another task-focused robot on wheels.
For years, fine motor control, particularly involving thumbs, has been a major obstacle. Recent advances, however, are making humanoids more nimble, allowing them to perform multiple tasks simultaneously.
Humanoid robots are among the biggest draws this year at CES. The Consumer Technology Association, which organizes the annual show, dedicated an exhibition hall to robotics, reflecting how "physical AI” has become the tech industry’s next big phase. Beyond humanoids, many robotics on display are designed for business settings, including manufacturing, logistics and food service. Companies such as Artly Coffee and VenHub Global showcased AI-powered robotic cafés and convenience stores.
But it was impossible to ignore the life-size humanoids. Nylo, a machine built by IntBot, greeted attendees and answered questions without human assistance. The company lured reporters and attendees to its booth with the promise of "real-world proof, not just a demo” in a press release.
Bigger companies also demonstrated their prowess in robotics. Chipmaker Qualcomm Inc. used its CES booth to make the case that its processors and software form the backbone of physical AI, and are capable of powering both household robots and full-size humanoids.
Boston Dynamics and majority-owner Hyundai Motor Co. announced that testing is underway for a next-generation version of the humanoid Atlas robot used at the carmaker’s Georgia factory. Boston Dynamics is already considered a leader in advanced robotics, thanks to the success of its robotic dog Spot and a mobile robotic arm known as Stretch for restocking warehouses.
Money has been flooding into robotics, but significant challenges remain before humanoids are deemed sufficiently safe, mobile and cheap to be commercially viable.
Some companies have moved away from legged robots, which can be unstable, in favour of bots on wheels and other designs.
Home environments can be difficult for robots to navigate because they’re unpredictable – hey, where did that dog come from! – and often cluttered. And though bots loading washing machines may stun on stage, it’s hard to justify paying tens of thousands of dollars to save a few minutes on laundry day. More compelling uses may present themselves in settings such as hospitals, where robots could handle repetitive laundry work at scale.
Robots must also move beyond step-by-step instructions – "the boxes need to be in the van” – and figure out what to do themselves, said Bill Ray, chief of research at market firm Gartner. For now, the near future will likely be dominated by robots built for specific jobs, like mowing the lawn and yes, doing laundry, rather than humanoids trying to do everything at once.
For all these reasons, deployment will accelerate more quickly in factories, where robots are often separated from their human colleagues, but it will likely be years before they’re commonplace in ordinary homes.
"We’ve been saying for the last few years that the most practical application for a humanoid robot was to artificially inflate your share price,” Ray said. "They look great walking on stage, but are entirely impractical in use.” – Bloomberg
