Embodied intelligence is entering a more challenging and prolonged infrastructure race, with systems being a pivotal starting point. By July 2026, the number of embodied intelligence companies showcased at WAIC surged from over 80 to more than 200, featuring over 300 operational robots. The focus has shifted from mere robotic capabilities to their ability to generate economic value in real-world scenarios.
This shift is significant as industry narratives evolve from basic movement capabilities to developing true AI based on real data. Leading players in the field have recently emphasized the importance of systems in enhancing overall performance, indicating a consensus that a robust system is essential for effective embodied intelligence. For instance, Luming Robotics has launched the Lumos Station Lite, a systematic platform aimed at developing and validating embodied intelligence skills, aligning with industry demands.
Looking ahead, the competition in embodied intelligence will hinge on creating a comprehensive infrastructure that allows robots to continuously acquire and evolve skills. Luming Robotics is building a full-stack technology system encompassing skill collection, model training, and deployment, with Lumos Station Lite serving as a crucial entry point for developers. No further timeline was disclosed at the time of publication.
Editor's Note
The robotics industry is witnessing a paradigm shift towards systemic intelligence, where the integration of hardware, data, and AI models is crucial for real-world applications. This evolution reflects a growing recognition that successful deployment of embodied intelligence requires more than just advanced models; it necessitates a robust infrastructure that supports continuous learning and adaptation in dynamic environments.
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