SANTA CLARA, California, 30 avril 2026 /PRNewswire/ — KaiTu Technology (MightyCargo) made its North American debut at the inaugural Embodied AI Innovation Summit in Santa Clara, marking a new milestone for the company’s strategy to modernize industrial mobile equipment globally using embedded AI and new energies.
Under the theme “Coding the Future Together,” the summit brought together innovators from around the world in the field of artificial intelligence and robotics. A vice president of KaiTu Technology delivered a keynote speech, in which he analyzed trends in the forklift mobile equipment and autonomous mobile robot (AMR) market, which is estimated to be worth more than $1 billion. He shared the company’s strategic focus on self-driving electric forklifts and heavy-duty AMRs, as well as its technology roadmap and global expansion plan to define the next generation of AI-enabled industrial mobile equipment.
As a leading exhibitor, KaiTu showcased its key strengths including its self-driving electric forklifts, heavy-duty AMRs and robotic swarm collaboration solutions. Encompassing efficient warehousing operations, extreme heavy-duty testing and unmanned handling in complex environments, the company presented smart, eco-friendly and efficient material handling solutions as part of a comprehensive scenario, changing the global perception of smart industrial equipment from China.
KaiTu Technology is a global developer and manufacturer of mobile industrial robots. The company is committed to modernizing industrial mobile equipment globally with embedded AI and building a comprehensive technology ecosystem from single machine intelligence to swarm collaboration. Headquartered in Suzhou, the company brings together experts in robotics, artificial intelligence, electrical controls and mechanical structures, and has large-scale production and global delivery capabilities. Adhering to the philosophy of “Forging New Paths, Leading the Intelligent Future”, KaiTu is dedicated to advancing China’s intelligent manufacturing on the global stage.
