A $20,000 robot will fold your laundry this year. Sometimes a stranger is folding it.

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For about a hundred years, the home robot has been the thing that’s always five years away. Rosie from The Jetsons. The maid that never arrived. Every CES had a prototype that could pour one glass of water and then fall over.

In 2026, the wait quietly ended. You can now put down a deposit on a humanoid robot, give it your home address, and have it delivered — not to a lab, not to a factory, to your living room. It’s called NEO, it’s built by a Norwegian company called 1X Technologies, and it costs about as much as a used car.

“Humanoids were long a thing of sci-fi,” 1X’s founder Bernt Bornich said when pre-orders opened. “Then they were a thing of research. But today — with the launch of NEO — humanoid robots become a product. Something that you and I can reach out and touch.”

He’s right. And tucked inside that sentence is one of the strangest, most under-discussed facts in consumer tech right now: for a lot of what NEO does, the intelligence driving it isn’t artificial at all. It’s a person, somewhere else, watching through the robot’s eyes. This week, the first real home robot — and the very real question of who’s actually home with you.

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What actually shipped

Let’s be precise, because the hype around this stuff is thick and this newsletter doesn’t do hype.

NEO is a five-foot-ish humanoid that weighs 66 pounds — deliberately light, with a soft body made of a 3D-knit polymer over a cabled Tendon Drive skeleton, so that when it bumps into a toddler or a dog it gives rather than clobbers. Despite the featherweight build, 1X says it can lift 154 pounds and carry 55. It has Wi-Fi, Bluetooth, and 5G, speakers in its chest, cameras for eyes, and microphones for ears.

What’s it for? Chores. There’s literally a feature called Chores where you hand NEO a to-do list and a schedule, and it works through it: folding laundry, organizing shelves, tidying rooms, opening the door for guests, fetching things, turning the lights off at night. It listens for its name before it acts, recognizes the ingredients on your counter and suggests what to cook, and remembers context from day to day.

The price: $20,000 outright, or a $499-a-month subscription, with the first units going to homes in the US in 2026 and other countries from 2027. And 1X is not alone — Brett Adcock’s Figure and Elon Musk’s Tesla Optimus are both racing to put a humanoid in your house by the end of the year too.

Walking, balancing, and gently manipulating a messy human home is vastly harder than winning at chess or writing an email. A machine that can fold a fitted sheet — the final boss of laundry — without crushing the cat is a real engineering achievement.

The cool part: a body for the AI in the cloud

For decades, AI lived behind glass. It could see your photos and answer your questions, but it couldn’t do anything in the physical world — it had no hands. A humanoid is the missing limb. Suddenly the same kind of model that can read a recipe can also walk to the fridge, find the eggs, and actually make the thing.

The use case that makes people emotional isn’t laundry — it’s care. There are not enough humans to look after an aging world. A robot that can help someone with limited mobility get a glass of water at 3am, steady them on the stairs, and call for help if they fall is not a gadget. For a lot of families it’s the difference between staying in your own home and not.

A machine that works through a chore list, learns a new skill overnight from a software update, and shares what it learns with every other NEO on Earth is a different thing from an appliance. Teach one robot to load your dishwasher, and in principle you’ve taught all of them.

Now hold that lovely image — a tireless, gentle helper that learns. A robot that doesn’t yet know how to do your specific chore has to learn it from somewhere. And in 2026, that somewhere is a person.

…and the catch: someone is driving

Here’s the part that gets glossed over in the launch videos.

NEO is not yet a fully autonomous robot. It’s smart enough to handle simple things on its own, but for any chore it hasn’t mastered, 1X’s plan is explicit: you schedule a remote 1X teleoperator to guide the robot through the task. A trained human, sitting somewhere else, puts on what amounts to a VR rig and operates your robot — seeing through its cameras, hearing through its mics, moving its arms — to fold the laundry and to generate the training data that will eventually let the AI do it alone.

1X has been refreshingly honest that this is the path: teleoperation now, autonomy later. The robot is partly a very advanced puppet, and the human pulling the strings is staff at a robotics company. You’re paying $20,000 to put a camera-on-legs in your home, and at least some of the time, a stranger is looking through it.

To its credit, 1X built privacy controls for exactly this. You can set no-go zones — rooms the robot will never enter. You can schedule times when teleoperation is off-limits. The robot can blur the faces of people it interacts with, and 1X says its operators pass background checks and sign confidentiality agreements. Those are good, necessary features — and they tell you, by their very existence, what the risk is.

And teleoperation is only the intended eyes on you. The bigger problem is the uninvited ones — because a home robot is, underneath the friendly polymer skin, a mobile internet-connected computer with cameras, microphones, and a map of your house. We already know how that movie goes.

At the DEF CON hacking conference, researchers showed that popular Ecovacs home robots could be hijacked over Bluetooth from up to 450 feet away — across the street — letting an attacker switch on the cameras and microphones, with no light to warn the people in the room. Security firm Check Point found that Roborock vacuums could be taken over remotely so an attacker could pull the live camera feed and the LiDAR floor-map of a home from anywhere on the internet. In late 2025, researchers reported a Unitree G1 humanoid had a Bluetooth flaw and was quietly transmitting sensor data off the device. And in 2026, someone hijacked robotic lawnmowers around the world for fun.

None of those is NEO specifically — and NEO’s makers are clearly thinking harder about safety than the average vacuum vendor. But the pattern is the point. Every one of those machines was sold as a helpful household gadget. Every one turned out to be a rolling, seeing, hearing computer that someone could climb inside. Give that computer arms, legs, and the run of your house, and the stakes stop being a stolen floor plan and start being: something physical is moving through my home, and I’m not sure who’s steering.

How to welcome the robot without handing over the house

The answer is not to fear home robots. This technology is genuinely wonderful and, for some people, life-changing. The answer is to treat a humanoid like what it actually is — a powerful networked computer that happens to do the dishes — and apply the security common sense we already learned from every smart device before it. Five moves:

1. Put it on its own network. The single most effective thing a normal person can do: give the robot (and all your smart-home gear) a separate Wi-Fi network or guest VLAN, walled off from your laptops, phones, and work files. If the robot is ever compromised, the blast radius stops at the robot — and keep its firmware updated the day patches drop.

2. Use the privacy controls, and assume a human might be watching. Set the no-go zones before the robot’s first shift — bedrooms, bathrooms, the home office with the financial paperwork. Schedule teleoperation blackout times. Turn on face-blurring. Treat it like a cleaner you just hired: welcome, but not in every room and not while you’re getting changed.

3. Demand to know who’s behind the controls. If a company sells you a teleoperated robot, ask the hard questions: Who are the operators? Are sessions logged and recorded? Can you review the footage of your own home? Reward the vendors who answer clearly and avoid the ones who get cagey.

4. Insist on a hardware on-light — and a physical off switch. The scariest detail in the Ecovacs hack was that the camera and mic could be live with nothing to tell the people in the room. A trustworthy home robot needs an unspoofable light when its sensors record, a physical mic and camera kill, and a big obvious stop button.

5. Favor companies that invite the hackers in. The robots that get embarrassed at DEF CON are the ones whose makers never bothered to test them. Buy from companies that run bug-bounty programs, publish security audits, and disclose problems instead of hiding them.

   The takeaway

   The home robot finally arrived, and it’s easy to see why people want one. A tireless helper that folds the laundry, keeps an eye on an elderly parent, and gets smarter every night is one of the most human-feeling pieces of technology ever built — a body, at last, for the mind in the cloud.

But the same thing that makes it magical makes it serious. It has eyes and ears and hands, it’s connected to the internet, and right now, when it gets stuck, a person you’ll never meet reaches in to take over. That’s not a reason to slam the door. It’s a reason to do what we always should have done with the gadgets we let into our homes: put it on its own network, learn where its off switch is, decide which rooms are yours alone, and buy from the people who treat your privacy as a feature instead of a footnote.

Rosie the Robot is real now. Just remember she has a camera, a Wi-Fi chip, and — for the moment — a co-pilot. Welcome her in with your eyes open.

Reply and tell us: would you let a humanoid robot into your home for $499 a month — and which room would be its first no-go zone? Best answers get featured next week.

— itscybernews · written by a human, edited by a slightly suspicious agent ·