China’s National People’s Congress held a press conference on Wednesday, one day before its annual session opening. Spokesperson Lou Qinjian addressed questions about the country’s technological innovation in artificial intelligence and humanoid robots. He highlighted recent advances in domestically developed humanoid robotics during consecutive Spring Festival Gala appearances. Consequently, this innovation has captured public attention and international notice.
Lou stated that China will strengthen original innovation during the 15th Five-Year Plan period, covering 2026 through 2030. The country will intensify efforts to achieve breakthroughs in key core technologies across multiple sectors. It will accelerate the deep integration of technological and industrial innovation throughout the entire innovation chain. Therefore, this technological innovation push aims for decisive progress in critical areas.
The past year proved crucial for China’s domestically developed humanoid robot industry, according to the spokesperson. Major advances occurred both in technological breakthroughs and in real-world application scenarios. As technological capabilities and applications continue expanding, they offer glimpses of a future filled with vast possibilities. Consequently, this technological innovation trajectory appears poised for continued acceleration.
Humanoid robots integrate frontier technologies from multiple scientific fields, according to Lou. These include artificial intelligence, high-end manufacturing, and new materials working in coordinated systems. Development requires intelligent computing, high-speed data transmission, and massive data storage capacity. Therefore, innovation in robotics depends on broader AI ecosystem development.
The perception, control, and execution systems of humanoid robots involve advanced technologies across disciplines. Intelligent acoustics, electronic motors, additive manufacturing, and composite materials all play essential roles. Theories and technologies from multiple sectors interact and drive cross-disciplinary innovation. Consequently, this innovation ecosystem creates synergies across previously separate fields.
China has accelerated artificial intelligence industry development in recent years, according to the spokesperson. Computing infrastructure scale and capacity have steadily improved nationwide. High-quality datasets are emerging at a faster pace to support algorithm development. Domestically developed algorithm models help lead an open-source innovation ecosystem. Therefore, technological innovation benefits from coordinated infrastructure investment.
Under real-world conditions, achieving independent and controllable core technologies remains essential. This principle guides China’s approach to technological innovation in strategic sectors. Self-reliance in critical technologies reduces vulnerability to external disruptions. Consequently, technological innovation policy emphasizes sovereignty alongside advancement.
Lou acknowledged that enabling robots to match human perception and action requires continued global effort. Scientific theory and technological development still need worldwide collaboration and contribution. The rise of humanoid robots will also introduce ethics and social governance challenges. Therefore, technological innovation must address both technical and societal dimensions.
The international community needs to address these emerging issues collectively, according to Lou. Scientific and technological innovation cannot be separated from an open, inclusive global ecosystem. China expresses willingness to work with all countries to promote fair, non-discriminatory environments. Consequently, technological innovation proceeds within a framework of international cooperation.
The spokesperson emphasized that outcomes of scientific and technological innovation should benefit more countries and people. This principle guides China’s approach to sharing advances and collaborating internationally. The country positions itself as a contributor to global technological progress rather than an isolated developer. Therefore, innovation carries diplomatic as well as economic dimensions.
The NPC session represents China’s most important annual political gathering. Policy directions announced during this period signal priorities for the coming year. The emphasis on technological innovation indicates a continued high-level commitment to AI and robotics development. Consequently, resources and attention will likely flow to these sectors.
Industry observers note that China’s robotics sector has grown rapidly in recent years. Domestic manufacturers increasingly compete with established international players. Application scenarios expand across manufacturing, service, and consumer markets. Therefore, technological innovation translates into commercial and industrial competitiveness.
The 15th Five-Year Plan framework provides long-term visibility for investors and researchers. Companies can align strategies with stated national priorities. Universities can focus training programs on identified skill needs. Consequently, technological innovation benefits from coordinated national planning.
Looking ahead, China’s progress in AI and robotics will influence global competitive dynamics. Leadership in these technologies carries economic and strategic advantages. The country’s commitment to innovation suggests a continued upward trajectory. Therefore, international partners and competitors must respond to China’s advancing capabilities.
In conclusion, China’s NPC spokesperson has outlined ambitious plans for technological innovation in AI and humanoid robotics during the 15th Five-Year Plan period. Recent advances in humanoid robots showcased during Spring Festival Galas demonstrate accelerating progress. The country aims for breakthrough progress in core technologies while promoting international collaboration on ethics and governance. This technological innovation push positions China at the forefront of emerging industries with profound economic and social implications.
