Recently, humanoid robots have continued to attract attention: Yushu Technology's G1 has demonstrated the "Kung Fu mode", Zhongqing Technology's PM01 has completed a front somersault, "Tiangong" robots have climbed hundreds of steps, and dozens of UBL Walker S1s collaborate on carrying large-sized material boxes... These new progress and new developments mark the accelerated maturity of humanoid robot technology.

From previous demo demonstrations and static exhibitions to today's large-scale testing and small-scale applications, and has shown application potential in the fields of industrial manufacturing, elderly care, and other fields, the development of humanoid robots has been changing with each passing year. Many market institutions predict that this year is expected to become the first year of mass production of humanoid robots, and related products will further open up the market.

Why can humanoid robots accelerate their "evolution"? Technological progress is the primary reason. With the development of technologies such as artificial intelligence and precision manufacturing, humanoid robots have become smarter in motion control, environmental perception, semantic understanding, human-computer interaction, etc., and the movements that can be completed are becoming more and more complex, and the posture of walking, sitting and lying down is gradually "silky".

Just a few years ago, humanoid robots still needed to scan and model in advance to adapt to the environment. With the introduction of AI models, the comprehensive capabilities of humanoid robots have been significantly improved. By using technical means such as natural language processing, speech recognition and synthesis, humanoid robots can already effectively interact and communicate with humans. These technologies "foundations" help them get out of the laboratory and perform various tasks in a real environment.

In this wave of humanoid robot development, my country is basically synchronized with the world's advanced level in R&D, and the industrial chain is gradually established. The advantages of domestic super-large-scale markets and rich application scenarios provide opportunities for industrial development. Relevant departments have introduced a series of support measures to improve relevant laws and regulations, and are also creating a more standardized and orderly market environment for the development of humanoid robots.

The humanoid robot is making great strides, but to be able to make steady progress and steady steps, we need to continue to work hard. We must understand and tolerate the occasional "mistakes" of humanoid robots when dancing yangko and the falls that occur during running. Indeed, tolerance for "mistakes" or even "failures" is the social environment required for innovation and breakthroughs. There is reason to believe that in the near future, humanoid robots will be better integrated into the real world and compete with more application scenarios.