Speech: Exploration of Industrialization of Global Industrial-grade Embodied Intelligence Robots
Zhan Jiyang, Director of Embodied Intelligence Research Center, STEP
Speech: Big Brain and Small Brain Technology Challenges and Development Thoughts for Embodied Intelligent Robots: Silicon-based Big Brain Solutions of MScape
Xu Haijiang, Co-founder & VP of MScape
Speech: Building "Strong Joints": Accelerate the Industrialization and Implementation of Humanoid Robots Through Modularization and Open Collaboration
Ye Maohang, Chairman of EED Transmission
Speech: No Boundaries for Intelligent Driving and Insurance Coverage
Xie Bin, Senior Executive of PICC Anhui Branch
Speech: Embodied Intelligence Drives the Intelligent Evolution of Humanoid Robots and Their Industrial Applications
Pang Jianxin, VP of UBTECH
Speech: Humanoid Robots Reshape the Opportunities and Challenges in 3C Manufacturing
Gao Peng, Head of Smart Logistics Project, Foxconn Intelligent Manufacturing Platform
Speech: Embodied Intelligence Practice Exploration and Evolutionary Thinking
Huang Ting, Deputy General Manager of Embodied Intelligence Product Department, China Mobile Hangzhou Research Center
Speech: Injecting Powerful Impetus into Embodied Intelligence: The Crucial Role of High-performance Energy Systems in the Industrialization of Robots
Xu Zhengpeng, Chairman & General Manager of Winsky Intelligence
Speech: Challenges and Opportunities in the Application of Humanoid Interactive Robots
Shi Biao, Deputy General Manager of DIGIT
The 3rd Ecological Conference for Embodied Intelligence Humanoid Robot Scenario Application 2025 will be held in Hefei Platinum Hanjue Hotel on December 5, 2025.
This annual conference, themed “Embodied Intelligence, Humanoid Evolution, and Scenario Breakthroughs,” aims to: delve into how embodied intelligence technology drives leaps in core capabilities of humanoid robots such as perception, cognition, decision-making, and control; comprehensively showcase cutting-edge applications and practical implementations of humanoid robots in industry, service, and special fields; analyze the technological challenges, cost bottlenecks, supply chain ecosystem, and standards development faced in the industrialization process of humanoid robots; and focus on the mature experiences and collaborative value of key technology branches such as legged robots (robot dogs).
