开悟世界模型3.0开源、超级大脑模组A1落地！具身智能商业化提速

Core Insights - The article discusses the launch of Kairos 3.0 and the embodiment super brain module A1 by Daxiao Robotics, introducing a human-centric ACE embodiment research paradigm to accelerate the commercialization of robotics [2][8] Group 1: ACE Embodiment Research Paradigm - Daxiao Robotics proposes the ACE embodiment research paradigm to address the significant data gap in the era of embodied intelligence, moving away from the traditional machine-centric approach [8] - The ACE paradigm focuses on human interaction with the physical world, utilizing environmental data collection as a core engine to create a comprehensive technical system [8] - Environmental data collection technology can achieve data collection of tens of millions of hours annually, amplifying the value of real data to the equivalent of hundreds of millions of hours [8] Group 2: Kairos 3.0 Features - Kairos 3.0 can generate long-duration dynamic interactive scene videos, allowing precise control of elements within the scene [9] - The model features capabilities such as one-click generation across different entities, multi-entity generalization, and prediction of numerous evolution paths, creating a high-fidelity, generalizable virtual training environment for embodied intelligence [9] Group 3: Product Platform and Accessibility - The Kairos 3.0 model is integrated into a product platform that includes multi-modal generation capabilities, covering 115 categories of embodied scenarios with 328 tags [9] - The model has been open-sourced to the industry, with APIs available to facilitate the rapid development of lightweight and customized embodied intelligence products [9] Group 4: Super Brain Module A1 - The embodiment super brain module A1 leverages a leading pure visual end-to-end VLA model, enabling robots to adapt to complex and dynamic environments without pre-collected high-precision maps [10] - The module allows robots to autonomously generate robust, safe, and reasonable paths in dynamic settings, achieving true autonomous action [10] - A1 also features cloud interaction capabilities, enabling real-time interpretation of natural language commands and image semantics, allowing robots to execute tasks like obstacle avoidance and following commands accurately [10]