I just finished watching the robot performance at the Spring Festival Gala, and I have to admit: the progress this year is truly visible to the naked eye. From last year’s slightly stiff Seedance to this year’s performance by @E0@ Robot, it feels like going from an old grandma with a cramp in her calf to Sun Wukong who causes chaos in Heaven. The difference is so huge it’s shocking.

More importantly, robots and artificial intelligence are no longer just showpieces; they have become real productivity tools. What does this mean for ordinary people like us? I thought it through carefully, and it seems it’s not just about losing jobs.

The most direct impact is a change in work structure. If you look through history, you’ll know that every technological revolution doesn’t simply eliminate jobs—it changes what jobs themselves are like. After the steam engine appeared, coachmen disappeared and railway workers emerged; after computers became widespread, the profession of typists basically vanished, but programmers flooded in. Now, what robots are taking over are those jobs nobody wants to do, but that still must be done—moving goods along assembly lines, sorting in warehouses, and repetitive inspections. These jobs have one thing in common: they don’t require creativity, don’t require emotions, and don’t even require dignity—only stability. And stability is exactly what machines are best at.

Machines won’t slack off, won’t be late, won’t see their efficiency drop because of a breakup, and won’t go into the bathroom to scroll short videos and forget to come back. The only drawback is that they won’t ask for a raise. In the factories of the future, there won’t be nobody—but there will be fewer and fewer people. The remaining people mainly do two things: repair the machines, and prevent the machines from stopping. In simple terms, human work is shifting from “people who do the work” to “people who watch machines do the work.”

Another major change is the replacement of hazardous positions. Mining, high-altitude work, handling hazardous materials, maintaining nuclear-radiation environments, and fire rescue—these jobs are essentially “trading health for income.” In the past, humans had no choice but to take on these risks; today they get a paycheck, and in the future they get a medical record. But robots are different. They won’t get lung disease, won’t get cancer, and won’t have family members go to the company to demand rights. If something goes wrong, they’re replaced directly, and the maintenance cost is far lower than compensation. It sounds cruel, but that’s the logic of industrial civilization—machines can be replaced endlessly, but humans cannot. Robots entering these fields isn’t because of “kindness,” but because of “economic rationality.” Progress of civilization is often driven not by morality, but by cost.

The third impact is the acceleration of factory automation. In the past, industrial robots could only do one thing—welding, spraying, or moving materials. When a task changed, the entire production line had to be redesigned, at a cost so high it was frightening—only large enterprises could afford to play that game. But now, humanoid robots and AI systems have changed all of that. They have visual recognition capabilities, the ability to adapt to environments, and the ability to generalize movements—no longer limited to doing just one task, but able to adapt to multiple tasks. This is a fundamental difference. In the past, automation was “rigid”; in the future, automation will be “flexible.” In the past, only large companies could automate; in the future, even medium-sized and small companies will be able to deploy robots. This directly changes the cost structure of manufacturing, with labor costs no longer being the decisive factor.

That’s also why China’s progress in robotics and artificial intelligence is so significant. Because China has the world’s most complete manufacturing system. Robot technology can be embedded directly into existing industrial networks, instead of starting from scratch. This will create a reinforcing cycle: manufacturing pushes robot development, and robots in turn push manufacturing upgrades. Once this cycle forms, it will continue to accelerate.

For ordinary people, the most stable jobs in the future won’t be the most exhausting ones, but the ones that are least likely to be standardized. The more a job looks like it could be done by a machine, the easier it is to be replaced by one. Meanwhile, jobs that require judgment, require communication, and require creativity are comparatively safer. Machines are good at repetition; humans are good at handling change. The future isn’t “machines completely replacing humans,” but the formation of a new division of labor structure: machines handle the stable parts, while humans handle the unstable parts.

The deeper meaning is that humans are starting to withdraw from “low-value repetitive work.” Since the Industrial Revolution, humans have been adapting to machines—having to work according to the rhythm of the assembly line—essentially turning people into a part of the machine. But now, this relationship has flipped. Machines begin to adapt to the human environment, rather than humans adapting to machines. Humans will gradually move away from those repetitive forms of labor that don’t require creativity. This isn’t losing jobs; it’s an upgrade in the productivity structure. Just as agricultural mechanization reduced the number of farmers but increased overall social efficiency.

Many people feel that robots are far away from them. Just like back when many people thought the internet was far from them, only to later find that even selling pancakes required scanning codes. In the future, competition won’t be just between people—it will be between human-machine collaboration capabilities. Whoever can use machines better will have higher productivity. Whoever can’t adapt to this change will be eliminated by structural shifts. Robots won’t destroy the world; they will only redefine who belongs to the future.