Europe-China Humanoid Robot and Physical Al Summit

Organizer：TaasLabs

Co-organizer：Chinesisch-DeutscheVereinigung fur Technologie und Wissenschaft e.V.（VTW）

Supporting Partner：Unitree,GALBOT,Business Upper Austria, HUAYAN ROBOTICS,JKY

Dear Industry Partner,

If you are following humanoid robotics, physical AI, or next‑generation automation, then Munich, November 5–6, 2026, is where you need to be.

Organized by TaasLabs, co‑organised by VTW, and proudly supported by Business Upper Austria, the Europe‑China Humanoid Robot & Physical AI Summit 2026 is not another academic event. It is a hands‑on, business‑focused event that tackles real‑world deployment, regulatory compliance, and scalable manufacturing – the very issues that determine market success.

Why Attend

· Gain First-Hand Insights from Industry Leaders

Hear directly from executives, researchers, and technical leaders shaping the future of humanoid robotics, embodied AI, robot safety, and intelligent automation.2. Stay Ahead of Europe’s Regulatory Curve

· Explore the Next Wave of Physical AI

Discover how force control, multimodal AI, VLA architectures, dexterous manipulation, and next-generation robot systems are enabling practical deployment beyond laboratory environments.

· Understand Europe's Evolving Regulatory Landscape

Learn how leading companies are preparing for EU AI Act, Cyber Resilience Act (CRA),CE Certification Requirements,Functional Safety Compliance,Operational Safety in Real-World Environments

· Connect with the Entire Value Chain

Meet stakeholders from Actuators and Motion Systems, Structural Components and Connectors, Battery and Power Systems, and Sensing Technologies, through Software, System Integration, Intelligent Solutions, and Data Collection & Annotation Platforms, to Functional Safety and Security, Universities and Research Institutes, and Industrial Investment Institutions.

· Identify Commercial Opportunities

Explore real deployment cases in manufacturing, logistics, healthcare, service robotics, industrial operations, etc.

Key Topics

· From Autonomous Vehicles to Robots: The Path of Technological Evolution for Embodied Intelligence

· From Special-Purpose Machinery to General-Purpose AI Robotics: Automating Specialized Assembly Tasks with Standard Hardware

· Industrial Layout and Industry Landing Practices of Embodied Robots

· Scalable Dexterous Manipulation: Bridging Simulation and Real-World Grasping

· Hardware Revolution: Beyond the Humanoid Form Factor, Focusing on Mass Production and Industrial-Grade Reliability

· Empowering Embodied AI with Multimodal Fusion to Construct Next-Generation Humanoid Robot System Architecture

· Secure by Design, Compliant by Default, Safe by Operation: Engineering Humanoids for the CRA Era

· Real-Time Functional Safety Strategies for Humanoids in Unstructured Environments

· Development and Future Prospects of Intelligent Rehabilitation Technology and General-Purpose Humanoid Robots

· Application Potential and Latest Trends of Humanoid Robots in Smart Manufacturing and Modern Logistics

· “Who Buys the First 10,000?”: Early Adopters Share Commercial Strategies