A "hunt" without gunpowder: Home appliance manufacturers want to transform into robot makers, while robot makers want to take control of the home appliance industry.
Household appliances are getting "brains", and robots want to be nannies? A hardcore analysis of the underlying battle for control of living - room computing power.
If you've visited the AWE or CES in the past two years, you must have felt a strong sense of technological folding and tearing.
On one hand, "household appliances are desperately growing brains and limbs". Traditional giants in white and black home appliances are racking their brains to stuff complex AI chips, vision sensors, and even robotic arms into refrigerators, washing machines, and smart toilets.
On the other hand, "robots are trying to put on aprons and be nannies". Major embodied - intelligence companies and new car - making forces are trying to teach their humanoid robots, robot dogs, etc., to fold clothes, do the dishes, fry eggs...
We summarize these two routes as "robotization of household appliances" and "household - appliance - like transformation of robots". Beyond the glamorous marketing, it's by no means a simple battle of product forms. In 2026, when smart homes are at a crossroads, who will "absorb" whom?
Two - pronged "moon landing plans": Specialized geeks vs. All - around butlers
To understand the final outcome, we first need to understand the current situation.
Whether it's household - appliance enterprises or new robot startups, the goal is the same: to eliminate the last "physical labor" in the home scenario.
However, their problem - solving approaches are poles apart.
The goal of household - appliance enterprises is robotization, transforming household appliances from "passive tools" into "embodied nodes".
In the past, household appliances were typical "command - execution" machines. You press a button, and it starts working. Now, household appliances are going through an "embodied awakening": from products responsible for functions like refrigeration, heating, and cleaning, they are transforming into reliable "specialized robots".
For example, in the kitchen scenario, Samsung's AI - powered refrigerator is no longer a cold storage container but has evolved into a computing - power node in the kitchen. With the help of AI vision and massive data training, it can accurately identify ingredients, track expiration dates, and recommend recipes, becoming a "dedicated kitchen butler" that understands users' eating habits and optimizes energy consumption intelligently.
Another example is the bathroom scenario, which is the most difficult to be automated by machines. Jomoo has introduced technologies such as robot self - cleaning and red - blue light intelligent sterilization into smart toilets, giving the toilets "limbs" and an "immune system". Looking at a broader perspective, Jomoo is collaborating with unicorn enterprises in the upstream and downstream of the robot industry, hoping to break through the ecological barriers at the underlying level.
The strategy of robot enterprises is to make robots "household - appliance - like", using general intelligence to "outperform" household appliances.
Direct examples are the benchmark humanoid robots like Unitree, Figure, and Tesla Optimus, which are taking an extremely grand and even somewhat arrogant approach.
The logic behind this is that the physical space in human homes (the height of stairs, the shape of doorknobs, the size of kitchenware) is originally designed for "humans", carbon - based organisms. Therefore, the most perfect home terminal is a bipedal or wheeled robot with a human form and equipped with general artificial intelligence.
Rather than replacing all the home appliances in the house with "expensive smart" versions with complex sensors, it's better to buy an "all - around butler".
If household - appliance enterprises are pursuing a "distributed expert system", robot enterprises are planning a "centralized general computing - power platform". The robot itself is just a physical executor, relying on cloud - based large - scale models and edge - side reasoning capabilities to handle all household chores at once.
Analysis of the underlying logic: Why is "who replaces whom" a false proposition?
Therefore, in the public opinion field, we often see a black - and - white view: "Once general humanoid robots become affordable, all current smart home appliances will become obsolete."
From a technical - logic perspective, this view is not only naive but also goes against basic physical and business common sense. We can even make a bold judgment - for a long time, the robotization of household appliances and the household - appliance - like transformation of robots are not in a replacement relationship at all.
Firstly, there is the Moravec's paradox and the gap in "fault tolerance".
In the field of artificial intelligence, there is a well - known "Moravec's paradox": it's very easy to make a computer show adult - level logical ability in chess, but it's extremely difficult to make it have the perception and motor abilities of a one - year - old child.
Applying Moravec's paradox to the home scenario: it's easy for a robot to understand the natural - language instruction "go and do the dishes", but it's extremely difficult for the robot's dexterous hand to pick up a slippery and irregularly - shaped ceramic bowl in a greasy sink, accurately place it in the dishwasher's slot, and not break it. This requires a large amount of visual - tactile multi - modal fusion computing and overcoming the currently extremely difficult Sim2Real (from virtual simulation to the real world) gap.
What's even more fatal is the fault tolerance.
Household appliances have a very high fault tolerance. For example, if an oven with AI vision misidentifies an ingredient, at worst, it will burn the bread a little, and the consequences are controllable.
General robots have a very low fault tolerance. A humanoid robot weighing dozens of kilograms may fall and break the TV if there is a millisecond - level delay in its gait algorithm in a complex home environment. If the closed - loop control of the grasping force fails, it may break a glass or even hurt a human.
Therefore, there is still a long way to go in terms of technological maturity to expect a general robot to complete all delicate and dangerous physical household chores.
Secondly, there is the irreplaceability of physical functions.
No matter how smart a general robot is, it is limited by the laws of thermodynamics and fluid mechanics.
A robot can put clothes into a washing machine, but it can't "become" a washing machine to spin - dry clothes at high speed. A robot can bring a steak to the table, but it can't turn itself into a - 18°C freezer to preserve food. The underlying physical and chemical reactions such as refrigeration, heating, and water - circuit circulation must be completed by specific physical devices (i.e., the household - appliance bodies).
This means that the core value (physical execution ability) of traditional household appliances cannot be deprived by general robots.
Final - outcome prediction: The battle for control and "mutual absorption"
Since neither side can defeat the other, where is the end of this route battle?
The answer is: a "mutual absorption" regarding the home OS and API interfaces. In the future home, it will be a distributed collaborative network where a "general brain" commands a group of "powerful peripherals".
Let's first look at the fate of household appliances: Degrading into "robot - friendly peripherals".
When the household - appliance - like transformation of robots truly matures and enters households on a large scale, the current smart home appliances that are desperately trying to become "smart" may face a cruel "value stripping".
To achieve autonomous interaction, current smart home appliances have to install expensive touchscreens, voice - microphone arrays, and computing - power chips on their bodies. If there is already a butler robot with a super - powerful multi - modal large - scale model at home, the UI and interaction modules of the home appliances themselves will become redundant.
Referring to the Agent wave set off by OpenClaw, future smart home appliances may evolve into "headless nodes".
For example, a washing machine may not even have buttons or a screen. The only manifestation of its intelligence is having an extremely open and standardized API interface. It only needs to understand the network instructions from the butler robot: "Start the heavy - duty wash mode, set the water temperature to 40°C, and the rotation speed to 1200 revolutions per minute."
The biggest challenge for household - appliance enterprises is not hardware manufacturing but standard - setting power. Whoever can take the lead in formulating the underlying communication protocols for "robot - friendly household appliances" so that all brands of robots must use this set of languages to call home appliances will maintain their say in the future home ecosystem.
Now let's look at the ambition of robots: Becoming the "router" of home computing power.
For embodied - intelligence robots, the ultimate form may not be a "cyber laborer" that laboriously wipes tables and does the dishes, but rather the "router" and "general dispatcher" of the home physical world.
The value of general robots lies in having all - scenario mobility and advanced logical reasoning ability. They don't need to perform all household chores themselves but can "call for help" through the Internet of Things protocol.
When it detects that the floor is dirty, instead of going to get a mop itself, it can directly send coordinates and cleaning instructions to the sweeping robot.
When it detects that the owner is about to arrive home, it can instruct the air - conditioner to lower the temperature and the oven to pre - heat the ingredients in advance.
The robotization of household appliances provides ultimate execution - end ability, while the household - appliance - like transformation of robots provides ultimate decision - end ability. The intersection of these two routes is the real "chore - free home" in the future.
Conclusion: Before the utopia arrives
Although the logical deduction is perfect, in 2026, there are still various real - world barriers to break through.
Firstly, there is the privacy anxiety: A walking all - day monitor?
To achieve complex navigation and interaction, humanoid robots are bound to be covered with high - resolution cameras, lidars, and microphone arrays, and they need to exchange data with cloud - based large - scale models in real - time. In an era when privacy data is becoming more and more sensitive, allowing a "monitor" with strong physical destructive power that records your private life all the time to walk freely in the bedroom and living room is not just a technical issue but also a matter of ethics, law, and psychological acceptance.
In contrast, since household appliances are fixed in position and have single functions, the sense of privacy invasion is relatively controllable. It may take longer for embodied - intelligence robots to cross this trust threshold than to overcome technical difficulties.
Secondly, there is the cruel inversion of ROI (return on investment).
Any technology that cannot be commercially viable will remain in the laboratory.
Currently, a humanoid robot that can smoothly perform simple household chores can cost hundreds of thousands of yuan in hardware, while a top - of - the - line dishwasher or floor - cleaning machine only costs a few thousand yuan. It's extremely absurd from a business - logic perspective to expect consumers to spend the money of a luxury car to buy a robot that is less efficient than a dedicated dishwasher and may even break plates occasionally.
Before the computing - power cost and large - scale hardware manufacturing (especially precision reducers, dexterous hands, and high - density batteries) experience an exponential decline, "buying a robot to do household chores" will still be a toy for geeky millionaires rather than a necessity in the mass market.
Back to our original question: Which is the correct route, the robotization of household appliances or the household - appliance - like transformation of robots?
In the long river of technological development, this has never been a single - choice question. The "embodiment" of household appliances is constantly raising the bottom line of home automation, reducing tedious physical labor. The "household - appliance - like transformation" of general robots is trying to raise the upper limit of home intelligence, filling in the long - tail scenarios that dedicated devices cannot cover.
The two are not a zero - sum game but a "two - way journey" that is destined to meet at some point in the future. If household - appliance enterprises refuse to open their underlying interfaces, they will eventually be downgraded to simple hardware manufacturers. If robot enterprises don't know how to utilize the existing smart - home - appliance ecosystem and try to handle everything on their own, they will eventually be dragged down by high R & D costs and extremely low penetration rates.
In the uncertain year of 2026, the real winners will be those ecosystem builders who know how to build good "physical muscles" and are willing to open "neural interfaces".
This article is from the WeChat official account "Alter Talks about Technology" (ID: spnews), written by Gu Qingyun and published by 36Kr with authorization.