Founded in 2021, PaXini Tech is a global leader in embodied perception-driven general intelligence. Deeply rooted in Hall-effect multi-dimensional sensing technology, the company provides global partners with industry-leading, high-precision tactile sensors and integrated embodied perception solutions. By building a full-stack technology ecosystem spanning from tactile hardware to Embodied AI large models, PaXini empowers robots with real-world perception and physical interaction capabilities, accelerating the paradigm shift and upgrading of the global Embodied AI industry.

The founding team originates from the Sugano Laboratory at Waseda University in Japan—the birthplace of the world's first humanoid robot. Drawing upon deep expertise in force and tactile sensing technologies, the company has broken through critical technical bottlenecks in the high-end sensor sector, achieving a historic leap for tactile sensors from "import reliance" to "global leadership." Furthermore, PaXini has successfully developed a high-precision tactile hardware product matrix that spans the entire value chain of "tactile sensors - dexterous hands - humanoid robots." Today, PaXini has become a core supplier for embodied robotics enterprises worldwide, continuously empowering global industry leaders like JD and BYD, with its products deployed at scale across critical fields such as precision manufacturing, automotive production lines, and healthcare.

Beyond hardware, PaXini has introduced the world's first "Human-Centered" multimodal, high-precision, real-world collected embodied data system. The company has established a cluster of multimodal Embodied AI data collection factories spanning five major regions (North, East, Central, Southwest, and South China), generating a massive output of nearly tens of billions of high-quality multimodal data points. This robust foundational dataset enables the closed-loop training of PaXini's proprietary OmniVTLA multimodal large model. This unique ecosystem positions PaXini as a full-stack industry benchmark, combining top-tier embodied perception hardware, an exclusive multi-billion-scale real-world dataset, and its self-developed OmniVTLA large model to continuously lead the sector.