NEO, the $20,000 Home Humanoid That Opens Your Door to Strangers

It stands five foot six, weighs about thirty kilos and moves through an apartment more quietly than a refrigerator. NEO, the first humanoid built for the home by the Norwegian company 1X, walks at 1.4 metres per second, opens the door for guests, fetches an object from the next room and turns off the lights at night. Under its beige knit suit, artificial tendons replace rigid motors: it is soft to the touch, almost cautious. Since the autumn of 2025 you can order one for $20,000, or rent it for $499 a month, with delivery promised sometime in 2026.

There is, however, a clause every early buyer must accept. For tasks the robot has not yet mastered, a human operator will connect remotely and see inside the home through the machine's eyes. 1X founder Bernt Børnich put it plainly: anyone receiving NEO in 2026 agrees to let a stranger look into their house. The promise of a home that tidies itself arrives with a window left open onto the living room.

What NEO does alone, and what it hands to a pilot

The line is sharp. On its own, NEO performs a narrow, repetitive repertoire: opening a door, carrying a basket, putting away familiar objects, switching off a lamp. Everything else, folding an unfamiliar shirt, emptying a badly stacked dishwasher, cleaning an unexpected spill, runs through teleoperation. An employee at 1X, seated at a headset and controllers hundreds of kilometres away, takes over and guides the robot's arms gesture by gesture.

This is not a hidden flaw, it is the model. Every human-piloted task becomes a recorded demonstration, data used to train the neural networks meant to make the robot autonomous later on. NEO learns by being handled in your home, and that learning is supposed to spread across the whole fleet. The machine you buy today is, in part, a data-collection instrument.

On paper the device is striking: an 842 watt-hour battery for roughly four hours of activity, a stated payload of up to 70 kilos, a comfortable carrying capacity around 25, and that 22-decibel noise level that makes it almost imperceptible. But raw power says nothing about what matters: how many everyday gestures it can truly carry out before a human hand takes back the wheel.

The comfort of a house that holds itself together

When it works, the benefit is tangible. Household chores eat up one to two hours a day depending on the country, and their mental load, knowing the laundry, the dishes, the shopping still wait, often weighs more than the gestures themselves. A device that absorbs part of that routine does not only give back time: it frees up attention.

The stakes go beyond comfort. For an older person, or someone with limited mobility, an assistant able to carry, to reach high, to pick up what falls can be the difference between staying at home and moving into care. This is where the promise rings true: not replacing the human, but extending the independence of those whose bodies are slowly letting them down.

The machine still has to hold up over time, and in situations no engineer anticipated. A real home is not a warehouse: the cat crosses the floor, the child leaves a mess, the light shifts, nothing is ever tidied the same way twice. That is exactly the ground where autonomy still stalls, and where the human pilot takes over.

The stranger behind the robot's eyes

Then comes the trade-off, and it is a heavy one. To accept NEO is to accept that a mobile camera roams the most intimate rooms of the home, and that a remote operator may, at times, see what it sees. The living room, the kitchen, the hallway to the bedroom: the whole private space becomes, intermittently, a watched place.

1X has built in safeguards. You can declare rooms and hours off-limits, blur the image, mask the sound, opt out of data sharing; operators undergo background checks and sign confidentiality agreements. These protections are real, but they shift the question rather than settle it: you now have to trust a company, its servers and its staff to ensure no image of the home leaks, is kept or misused.

The dependence changes nature too. Yesterday you depended on a vacuum cleaner that broke down; tomorrow on an online service that can suspend the account, change its terms, be hacked or acquired. The robot is fully useful only when connected, and that permanent link to the outside is the price of its intelligence.

Buying a promise more than a finished product

1X makes no secret of it: teleoperation is scaffolding. The company has opened a plant in the United States to build up to 10,000 units in 2026, hoping the mass of data gathered in early customers' homes will tip the robot toward genuine autonomy. The bet is that the humans behind the controllers become, year after year, less and less necessary.

Nothing guarantees the schedule. Running a humanoid in the chaos of a home remains one of the hardest problems in robotics, and rivals advance at the same uncertain pace: Figure assembles one robot per hour at its factory, Tesla pushes its Optimus, Boston Dynamics deploys an electric Atlas. All of them sell a trajectory as much as a machine.

The 2026 buyer is therefore funding a learning process whose end they may never see. They pay $20,000 for a partly human assistant, betting that it will one day become fully automatic.

Without meaning to, NEO frames a question the connected home has been asking us more quietly all along: how far are we willing to let an outside gaze in, in exchange for time and ease? The robot gives back hours and spares tired bodies; it trades them for a presence, sometimes human, sometimes software, that knows what happens between our walls. The market will tell whether the exchange feels fair. The only mistake would be to think nothing is being exchanged.