A Norwegian startup has opened pre-orders for what it pitches as the first humanoid robot designed specifically for home use, offered on a subscription starting at about 499 dollars per month. The move takes humanoid robotics out of factories and research labs and into kitchens, living rooms, and hallways, with a business model that looks more like a smartphone plan than a one-off appliance sale. For the consumer market, it marks an early test of whether families are ready to pay car-lease money for a walking, talking machine that promises to handle chores.
How a Norwegian robotics firm moved humanoids into the home
The company behind the launch is 1X Technologies, a Norwegian robotics startup that has spent years building bipedal and wheeled humanoid platforms for security and logistics. Its new model, called NEO, is explicitly marketed as a home robot that can navigate typical apartments and houses, interact with people, and perform basic tasks. According to 1X, NEO is intended to live in the same spaces as its owners rather than behind a factory fence, which sets it apart from many industrial-focused humanoid projects.
Rather than a six-figure upfront price, NEO is offered through a subscription that starts at roughly 499 dollars per month, with the company positioning that fee as a way to cover hardware, software updates, and ongoing support. Early descriptions of NEO highlight a torso-height frame, articulated arms, a mobile base, and a head-like sensor cluster that combines cameras and other inputs for navigation and perception. A detailed early hands-on review describes how the robot can roll through doorways, manipulate light objects, and respond to voice prompts through a cloud-connected AI system.
The company’s own product page for the NEO home robot presents a vision of a general-purpose assistant that can tidy rooms, move laundry baskets, and act as a mobile interface for digital services. The hardware is paired with a software stack that uses large-scale vision and language models to interpret instructions like “pick up the toys in the living room” or “bring me a bottle of water.” That combination of physical dexterity and language understanding is what 1X argues makes NEO suitable for the home rather than just controlled environments.
What is actually new about this humanoid subscription launch
Humanoid robots have been in development for decades, but most have either been research platforms or industrial prototypes. With NEO, the main shift is the explicit consumer focus and the relatively accessible monthly pricing. Coverage of the launch notes that 1X is pitching NEO as a robot that will “do chores for you,” positioning it alongside cleaning services and smart appliances rather than heavy machinery. A detailed feature on the robot that will explains that the company wants households to think of NEO as a new category of help, one step beyond robot vacuums and dishwashers.
Technically, the robot is not a full biped in the way some factory humanoids are. It moves on a wheeled base, which simplifies balance and energy use while still allowing it to operate at human height and reach shelves, counters, and tables. That trade-off lets 1X focus on manipulation skills like grasping cups, opening doors, and handling laundry, which are central to home use. The robot’s arms are designed to be compliant and relatively low-force to reduce risk when working near people and pets, a design choice that multiple reports highlight as central to its safety strategy.
From a business standpoint, pre-orders at 499 dollars per month signal a shift toward “robot as a service” in the consumer sector. Instead of selling a static product, 1X plans to improve NEO’s capabilities through software updates and cloud learning, similar to how smartphones and smart speakers gain new features over time. Early customers are effectively signing up to be part of that learning loop, with the robot’s performance in real homes feeding back into future software releases.
Why this home humanoid matters in a crowded robotics race
NEO is arriving in a field where some of the world’s largest companies are racing to build general-purpose humanoids. A detailed overview of the humanoid robot race points to projects from Tesla, Figure AI, Agility Robotics, and Apptronik, most of which are focused on warehouse and factory work. These systems often target repetitive, physically demanding jobs such as pallet handling or assembly-line support, with the promise of eventually moving into broader roles.
In the United States, a survey of humanoid robot companies lists Tesla’s Optimus, Figure 01, Agility’s Digit, and Apptronik’s Apollo as key players. Those projects have attracted significant investment and attention, particularly from logistics and automotive firms, but they remain focused on enterprise deployments. By contrast, 1X is starting with the home and positioning NEO as a personal assistant that can share space with children and older adults.
Analysts see that consumer-first approach as both risky and potentially transformative. Homes are chaotic environments with cluttered floors, varied lighting, and unpredictable human behavior, which makes reliable autonomy harder than in structured warehouses. Yet success in the home would create an enormous market, since there are far more households than factories. A detailed explainer on what to know stresses that 1X is targeting everyday tasks like tidying, fetching items, and simple companionship, which many people already pay humans to handle through cleaners, caregivers, or personal assistants.
Cost is a central question. At roughly 499 dollars per month, NEO sits in a price band comparable to a car payment or a few hours of weekly in-person help. The company is betting that some households, especially dual-income families and people with mobility challenges, will see value in a robot that is always available and does not require scheduling. At the same time, the subscription model means users are committing to an ongoing expense, and the robot’s capabilities will need to justify that outlay compared with cheaper single-purpose devices like robot vacuums or smart speakers.
How early testers say NEO performs inside real homes
Early testers and reviewers describe NEO as an impressive but still limited assistant. A detailed review of NEO notes that the robot can successfully follow basic verbal commands, navigate around furniture, and perform simple pick-and-place tasks. For example, it can collect scattered toys into a bin, carry lightweight items between rooms, and act as a mobile telepresence device for video calls. The same review also points to hesitations and slow movements, especially when the robot encounters cluttered floors or reflective surfaces that confuse its sensors.
Battery life and noise are other practical considerations. Reports suggest that NEO can operate for several hours before needing a recharge, which is sufficient for intermittent use throughout a day but not for continuous heavy-duty work. The robot’s motors and fans produce a noticeable hum, comparable to a dishwasher or air purifier, which some testers found easy to ignore and others described as distracting in quiet rooms. These are the kinds of real-world details that will shape whether households accept a humanoid presence as part of everyday life.
Privacy and data handling also loom large. Because NEO relies on cameras and microphones to understand its environment, it effectively brings a network of sensors into private spaces. 1X says that sensitive data is handled through encrypted channels and that users have control over what is stored or shared, but long-term trust will depend on how the company manages updates, security incidents, and user controls. For many buyers, the trade-off between convenience and surveillance will be as important as the robot’s physical abilities.
What comes next for home humanoids after this Norwegian debut
NEO’s pre-order launch is less an endpoint than an opening move in a broader shift toward embodied AI in consumer settings. Analysts expect that early units will function as much as research platforms as household helpers, with 1X using feedback from real customers to refine behaviors, expand task libraries, and improve reliability. A feature on 1X’s humanoid launch notes that the company sees this as a long-term project in which software advances will steadily unlock more complex chores over several years.
