KIDZ News & Events

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KIDZ AI entered into a strategic collaboration with Shenzhen XuanYuan Technology, a developer of AI companion robotics, smart camera technologies, and AI Agent interactive platforms. The strategic collaboration is aimed at exploring how AI-powered companion robotics, intelligent hardware, and customizable AI Agents can support the next stage of AI-native education across the North American market. Through the collaboration, the companies intend to evaluate the development, localization, and real-world application of physical, agent-powered learning environments for students, educators, and families. The collaboration will seek to focus on three core areas: AI companion robotics for STEM and project-based learning; AI-powered smart cameras for visual recognition and real-world interaction; and customizable AI Agent systems for personalized, role-based learning experiences. These areas are expected to support potential applications across classrooms, robotics labs, after-school programs, summer camps, offline learning centers, and family learning environments.

KIDZ AI announced that it has entered into a strategic collaboration with XuanYuan Technology. The strategic collaboration is aimed at exploring how AI-powered companion robotics, intelligent hardware, and customizable AI Agents can support the next stage of AI-native education across the North American market. Through the collaboration, the companies intend to evaluate the development, localization, and real-world application of physical, agent-powered learning environments for students, educators, and families. The collaboration will seek to focus on three core areas: AI companion robotics for STEM and project-based learning; AI-powered smart cameras for visual recognition and real-world interaction; and customizable AI Agent systems for personalized, role-based learning experiences. As part of the collaboration, KIDZ and XuanYuan Technology plan to explore AI companion robotics applications that may allow students to interact with AI-powered learning assistants, engage with role-based AI characters, participate in guided robotics activities, and experience project-based STEM learning.