AI Steps Off the Screen: Home Appliances Are Becoming Robots

AI is marching toward its next decade. As large models evolve from "answering questions" to "understanding the world and executing tasks," a battle for the physical world has quietly begun. And in this war, the most easily overlooked frontline may not be the humanoid robotics lab, but everyone's kitchen, living room, and balcony.

Home Appliances: The "Hidden Gateway" for AI to Enter the Physical World

Over the past two years, AI hardware has been one of the hottest keywords in the tech industry. Smartphone manufacturers have raced to embed large models, AR glasses are heralded as the next-generation computing platform, and humanoid robots have become the darlings of capital markets. But beyond these spotlight-hogging protagonists, one category has been systematically underestimated — home appliances.

The reason isn't complicated. Home appliances handle the most mundane daily tasks: cleaning, cooking, laundry, pet care, and yard maintenance. They sound far less exciting than humanoid robots and lack the futuristic allure of smart glasses. But if we return to the essence of AI deployment — enabling machines to complete real tasks in real scenarios — these high-frequency, essential life scenarios are precisely the "main battlefield" that AI cannot bypass.

A data point worth noting: global home appliance shipments number in the hundreds of millions annually, far exceeding the scale of humanoid robots and AR glasses. This means that if AI can truly make appliances "smart," it will impact the daily lives of billions of people, not just the early-adopter experiences of a few tech enthusiasts.

From Cleaning Robots to Full Categories: Dreame's "Boundary-Crossing" Logic

Over the past year, Dreame Technology, which has appeared frequently in industry discussions, was once seen as an aggressive disruptor.

This company, which grew out of the robotic vacuum and smart cleaning hardware space, suddenly expanded its boundaries to include air conditioners, refrigerators, kitchen appliances, and other traditional major home appliance categories. To many industry observers, this expansion seemed somewhat "counterintuitive" — cleaning appliances and major home appliances appear to be two entirely different tracks, with vastly different technological foundations, supply chain systems, and channel strategies.

But viewed from a different perspective, the logic becomes much clearer.

Competition in the traditional home appliance industry has long revolved around "building a better machine": stronger cooling efficiency, lower energy consumption, quieter operation. These parameters are certainly important, but they are fundamentally products of engineering optimization — incremental improvements within an established paradigm.

AI is changing this competitive "capability coordinate system." When machines begin to perceive environments, understand scenarios, make autonomous decisions, and execute tasks, the core of competition shifts from "hardware specifications" to "task completion." An air conditioner is no longer just a heating and cooling tool — it needs to understand the room's temperature and humidity distribution, occupants' activity states, and comfort preferences. A refrigerator is no longer merely a constant-temperature storage container — it needs to identify ingredients, manage freshness cycles, and even participate in meal planning.

Within this new coordinate system, Dreame's technological accumulations in high-speed digital motors, perception algorithms, motion control, and mechanical execution systems are no longer just localized advantages from the cleaning appliance era. These capabilities — especially the complete chain of "perceive-understand-execute" — are essentially a set of capability assets that can be reused across categories.

As Dreame founder Yu Hao has emphasized on multiple occasions: Dreame isn't making "home appliances" but "home robots." This definitional distinction reflects two fundamentally different product philosophies.

The Silicon Valley Launch: An Imagination Exercise for 2036

Recently, Dreame held its "DREAME NEXT" launch event in Silicon Valley. What made this event special was its gaze directly toward 2036 — how hardware forms and lifestyles will undergo fundamental changes driven by AI over the next decade.

This was not a simple product launch. From an industry observation standpoint, Dreame was attempting to answer a more fundamental question: as AI capabilities continue to improve, what is the "endgame form" of the home appliance category?

Several signals worth watching:

First, from single-product intelligence to whole-home collaboration. When every device in the home possesses perception and decision-making capabilities, collaboration between them becomes critical. The cleaning robot knows the home's spatial layout, the air conditioner understands each room's temperature preferences, and the kitchen appliances track ingredient consumption patterns. Once this information is connected, the home transforms from "a collection of independent devices" into "an organically collaborative system."

Second, a fundamental shift in interaction paradigms. Traditional home appliance interaction relies on buttons, remote controls, and apps — essentially humans "operating machines." In an AI-native appliance paradigm, the direction of interaction will be reversed: machines proactively sense needs and autonomously complete tasks, with humans only needing to confirm or adjust at key decision points. This isn't as simple an upgrade as "voice control" — it's a paradigm shift from "humans driving machines" to "machines serving humans."

Third, deep coupling of hardware and AI capabilities. This is also the differentiation path Dreame has consistently emphasized. Unlike many approaches that try to "layer" AI functionality onto existing hardware, Dreame's philosophy is to have AI deeply involved from the hardware design stage — motor speed regulation, robotic arm motion trajectories, and sensor data fusion all need to be co-designed with AI algorithms. This "integrated hardware-software" capability is precisely what neither pure software companies nor traditional hardware manufacturers can easily achieve on their own.

Industry Landscape: A "Capability Reassessment" Is Underway

Zooming out further, Dreame's expansion is merely a microcosm. The entire home appliance industry is undergoing an AI-driven "capability reassessment."

Over the past several decades, competitive moats in the home appliance industry were primarily built on three dimensions: cost advantages from economies of scale, deep channel network coverage, and brand trust among consumers. These moats remain important, but AI is introducing a fourth dimension — "intelligence density," meaning the degree to which a device can understand scenarios and autonomously complete tasks.

The emergence of this new dimension means the industry's competitive landscape could be rewritten.

For traditional home appliance giants, they possess massive user bases and mature supply chains, but their accumulation in AI algorithms, perception systems, and intelligent decision-making is relatively thin. For tech companies and emerging players, they have first-mover advantages in AI technology but lack experience in large-scale hardware manufacturing and channel operations.

Dreame's uniqueness lies in its position at the intersection of these two worlds. Starting from cleaning robots, it has accumulated robot-grade perception, decision-making, and execution capabilities while also establishing consumer electronics-grade mass production and channel systems. This "dual identity" may be precisely the confidence behind its bold entry into the major home appliance space.

Of course, cross-category expansion is never easy. Every home appliance category has its unique technical challenges and user requirements. The thermodynamic design of air conditioners, refrigerator preservation technology, and kitchen appliance safety standards cannot be solved by simple "capability transfer." Whether Dreame can perform well enough in every category still needs time to prove.

Outlook: When Every Home Appliance Becomes an "Agent"

Looking back from the vantage point of 2025, the development path of AI hardware is becoming increasingly clear: it won't appear in the form of a single "ultimate device" but will permeate every device and every scenario in our lives.

As one of the most frequently used hardware categories in human life, home appliances will almost inevitably become one of the most important vehicles for AI deployment. When every home appliance becomes an "agent" with perception, understanding, and execution capabilities, the home living experience will undergo a qualitative transformation — not because of some flashy new features, but because the daily chores that consume so much of our time and energy can finally be truly "taken over" by machines.

Dreame's gaze toward 2036 itself sends an important signal: AI's transformation of the home appliance industry is not a one- or two-year trend, but a structural revolution spanning a decade. In this revolution, the real winners won't be the companies that tell the best stories, but the players that can embed AI capabilities most deeply into hardware and real-world scenarios.

Home appliances becoming "robots" — this somewhat sci-fi proposition — is becoming reality step by step. And the significance of this transformation may be far more profound than anything we can imagine today.