The home robot is here, and it can't do anything

The first home humanoid robot to claim a volume launch is not a housekeeper. It is a very expensive person-shaped LLM.

I wrote about UBTech’s UWORLD U1 launch in July of this year, where they announced that they already had 11,000+ orders on the book. Per New Atlas, many of those orders came from demonstration halls and government procurement. The U1 Lite is essentially an upper body on a stand, starting around $16,500. The Pro is roughly $24,000. The Ultra is the only one that walks independently and is far more expensive: between $121,000 and $135,000, depending on configuration.

The UWORLD U1 Pro pitch is not cooking dinner, loading the dishwasher or fetching a glass of water. It is conversation, memory, facial expression and emotional recognition. UBTech claims it can identify more than 20 emotional states with over 90% accuracy.

Looking at the price ladder: the cheaper the U1, the less it resembles the robot butlers promised in home-robot demos for the last decade. A companion robot needs a convincing face, a microphone, speakers, memory and a large language model. Even then, UBTech’s companion robots are not without problems. In demonstrations, some U1 responses took tens of seconds. In one demo, a robot stared silently at a woman describing depression before replying.

The home-robot that folds laundry needs to find the shirt, grasp it, understand what “fold” means here, recover when the shirt is inside out, and do the same thing over and over on items of varying shapes and sizes. That is task generalisation: handling situations the robot was never specifically trained for. That is several orders of magnitude more difficult than putting a human costume on ChatGPT.

Tesla’s Optimus is supposed to do physical work, and as of last week was still dealing with hand-assembly and AI generalisation problems, with units remaining internal. The International Federation of Robotics counted roughly 7,000 humanoid robots sold worldwide in 2025, mostly to research labs. Meanwhile, UBTech is putting a consumer humanoid into homes by asking it to do something much easier: just be there. The home robot arrived before the useful robot because presence is a lower bar than work.

Who knows, maybe people want companionship more than usefulness with house chores. Fair enough. The home robot arrived as soon as the software was good enough to make presence feel like a product. UBTech's founder and CEO, Zhou Jian, told Chinese media in January that emotional companionship at home was still three to five years away. Less than six months later, UBTech was selling it.

Once companionship sells, the next step is to make the companion more convincing. Better faces, better voices, faster emotional responses, memory of your past conversations.

Humanoid companies build the robots. Qualcomm just bought part of the road they all drive on.

MoveIt is the manipulation layer for ROS, the Robot Operating System. In plain English, it is the bridge between “the AI has decided to pick that up” and “the robot’s arm actually moves.” MoveIt plans the path and checks for collisions. The MoveIt project calls it the most widely used software for manipulation and says it has been used on more than 150 robots. PickNik has been its steward since Willow Garage, the lab behind ROS, shut down in 2014. Qualcomm announced on September 23 that it was acquiring PickNik at ROSCon Toronto.

NAND Research described the deal as financially immaterial to Qualcomm. For the buyer, this is not a large bet in dollar terms. It is a purchase of infrastructure that other companies have spent years building around. But it is part of seven targeted acquisitions Qualcomm has now made in its robotics and edge-AI stack since 2024. It acquired Foundries.io for embedded Linux, Arduino for its developer ecosystem and Modular for software that runs AI models on chips. PickNik fills another layer: making the robot’s physical movements happen. The pattern is easier to see when you stop looking at the deals as individual acquisitions and start looking at them as pieces of a larger stack.

Qualcomm says MoveIt will remain open source and hardware-neutral. It also says MoveIt and PickNik’s MoveIt Pro will get optimized support for Qualcomm’s Dragonwing chips. I checked Qualcomm's main rival NVIDIA’s Isaac ROS documentation to see who else depends on MoveIt. NVIDIA’s cuMotion is its GPU-accelerated motion-planning system. NVIDIA exposes cuMotion to MoveIt through an official plugin. NVIDIA’s robotics software therefore plugs into a framework whose steward is now owned by Qualcomm.

That does not mean Qualcomm controls NVIDIA’s robots. It means a chip company now owns software infrastructure used by a rival chip company’s robotics stack. The robot makers sit one layer further down. They build the bodies and train the behaviours. Much of the software that turns those decisions into movement lives somewhere else. As the humanoid robots are becoming the visible product, the infrastructure underneath them is being consolidated as somebody else's asset.

This week: the first home humanoid shipped, and it can't cook, clean, or fold laundry. Its job is to stand in your living room and talk to you about your feelings. Separately, Qualcomm bought the company that maintains MoveIt, the open-source software most robots use to plan their arm movements. One story is about what a home robot actually sells. The other is about who owns what's underneath it. Both are worth your time.