Daimon Robotics, a fast-growing humanoid robotics start-up based in Shenzhen, has secured a new round of funding that highlights China’s accelerating push into advanced robotics and artificial intelligence. The company announced that Lianchang Fund, an investment arm backed by China Mobile, has officially
China’s leading electric vehicle manufacturers are entering a new phase of competition by expanding from automobiles into humanoid robotics. Brands such as Xpeng and Chery are leveraging their strengths in technology, hardware engineering, and large-scale manufacturing to position themselves at the forefront of
China’s humanoid robot industry is expanding at an astonishing pace, fueled by large investments, rising public interest, and strong government support. But this rapid growth has now prompted a warning from the country’s top economic planning agency. The National Development and Reform Commission
Chinese carmakers are stepping deeper into humanoid robotics as they look for new technologies to support their core automotive businesses. Changan Automobile has become the newest addition to this fast-growing field after confirming a major investment in a robotics venture. The Shenzhen-listed state-owned
UBTech Robotics has announced a significant step forward in the commercial use of humanoid robots after securing a major deal to introduce its technology at border checkpoints between China and Vietnam. The company confirmed on Tuesday that it had signed an agreement worth
China’s leading humanoid robot manufacturers took center stage on Friday as the 27th China Hi-Tech Fair opened in Shenzhen, drawing large crowds and signaling a surge in enterprise demand for advanced robotics. This year’s event, which runs through Sunday, is heavily focused on
China is rapidly advancing humanoid robotics, integrating artificial intelligence (AI) and automation to enhance service industries, healthcare, and manufacturing. Humanoid robots, designed to mimic human movements and interactions, are being deployed to perform complex tasks, improve efficiency, and support labor-intensive operations. Driven by
