What’s on

2026 Embodied Intelligence Technology Innovation and Supply Chain Collaboration Forum

October 27

Forum Introduction	Attendees
In 2026, embodied intelligence is moving from laboratories to real-world scenarios across all industries, transitioning from proof-of-concept to scaled deployment. With the deep integration of artificial intelligence and robotics, demand for embodied robots across industrial, commercial, and specialized scenarios is growing increasingly urgent — small-batch rapid response in 3C electronics, high-precision assembly in automotive manufacturing, dynamic picking in warehousing and logistics, timely fulfillment in retail services, flexible service in hospitality and business travel, rapid response in emergency rescue, and remote operation in high-risk environments — all call for embodied robots equipped with environmental perception, autonomous decision-making, and physical interaction capabilities. However, the gap between technology and real-world scenarios, as well as the disconnect between products and the broader ecosystem, remain the core pain points constraining industrial development. Against this backdrop, Reed Exhibitions will launch the first summit forum dedicated to scenario-based deployment and ecosystem integration.	EMS factories (plant managers, automation departments, logistics & warehousing departments);end-user (including automation directors, R&D engineers, and warehousing teams of manufacturers producing new energy storage & lithium batteries, semiconductors, automobiles, 3C products, and AI terminal devices);open integration solution providers, smart logistics solution providers, and other related professionals. And commercial end-scenario stakeholders (digitalization departments of hospitality & business travel, commercial retail, and commercial complexes); specialized scenario enterprises (emergency response & security, power & chemical industries, equipment O&M for high-risk mining and industrial sites, and scenario transformation departments); AI terminal product manufacturers; and open integration solution providers.

Forum Introduction

Attendees

In 2026, embodied intelligence is moving from laboratories to real-world scenarios across all industries, transitioning from proof-of-concept to scaled deployment. With the deep integration of artificial intelligence and robotics, demand for embodied robots across industrial, commercial, and specialized scenarios is growing increasingly urgent — small-batch rapid response in 3C electronics, high-precision assembly in automotive manufacturing, dynamic picking in warehousing and logistics, timely fulfillment in retail services, flexible service in hospitality and business travel, rapid response in emergency rescue, and remote operation in high-risk environments — all call for embodied robots equipped with environmental perception, autonomous decision-making, and physical interaction capabilities. However, the gap between technology and real-world scenarios, as well as the disconnect between products and the broader ecosystem, remain the core pain points constraining industrial development. Against this backdrop, Reed Exhibitions will launch the first summit forum dedicated to scenario-based deployment and ecosystem integration.

EMS factories (plant managers, automation departments, logistics & warehousing departments);end-user (including automation directors, R&D engineers, and warehousing teams of manufacturers producing new energy storage & lithium batteries, semiconductors, automobiles, 3C products, and AI terminal devices);open integration solution providers, smart logistics solution providers, and other related professionals. And commercial end-scenario stakeholders (digitalization departments of hospitality & business travel, commercial retail, and commercial complexes); specialized scenario enterprises (emergency response & security, power & chemical industries, equipment O&M for high-risk mining and industrial sites, and scenario transformation departments); AI terminal product manufacturers; and open integration solution providers.

2026 Industrial Embodied Robot Scenario Innovation and Ecosystem Integration Summit

October 28

Forum Introduction	Attendees
In 2026, embodied intelligence is moving from the laboratory to the industrial front line, from proof-of-concept to scaled application. With the deep integration of artificial intelligence and robotics technologies, industrial manufacturing scenarios have an increasingly urgent demand for embodied robots—small-batch rapid response in 3C electronics, high-precision assembly in automotive manufacturing, and dynamic picking in warehousing and logistics all call for industrial embodied robots with environmental perception, autonomous decision-making, and physical interaction capabilities. However, the gap between technology and scenarios, and the disconnect between products and ecosystems, remain core pain points constraining industry development. Against this context, EMBODIED ROBOTICS TECHNOLOGY & APPLICATION launches the first summit focused on industrial scenario deployment and ecosystem integration.	EMS factories (plant managers, automation department, logistics & warehousing department); end-user factories (new energy storage & lithium battery, semiconductor, automotive, 3C, AI terminal product manufacturers — automation heads, R&D engineers, warehousing departments); open integration application providers; smart logistics solution providers; and other relevant personnel.

Forum Introduction

Attendees

In 2026, embodied intelligence is moving from the laboratory to the industrial front line, from proof-of-concept to scaled application. With the deep integration of artificial intelligence and robotics technologies, industrial manufacturing scenarios have an increasingly urgent demand for embodied robots—small-batch rapid response in 3C electronics, high-precision assembly in automotive manufacturing, and dynamic picking in warehousing and logistics all call for industrial embodied robots with environmental perception, autonomous decision-making, and physical interaction capabilities. However, the gap between technology and scenarios, and the disconnect between products and ecosystems, remain core pain points constraining industry development. Against this context, EMBODIED ROBOTICS TECHNOLOGY & APPLICATION launches the first summit focused on industrial scenario deployment and ecosystem integration.

EMS factories (plant managers, automation department, logistics & warehousing department); end-user factories (new energy storage & lithium battery, semiconductor, automotive, 3C, AI terminal product manufacturers — automation heads, R&D engineers, warehousing departments); open integration application providers; smart logistics solution providers; and other relevant personnel.

2026 Embodied Intelligence Talent Development and Industry Implementation Forum

October 29, 10:00–12:30

Forum Introduction	Attendees
The embodied robot industry has now entered a period of explosive growth, with surging market demand for hands-on talent. Yet the industry generally faces pain points such as incomplete curriculum systems, a large shortage of qualified teachers, and a disconnect between practical training and job requirements. This forum focuses on the current industry landscape, curriculum development, scenario-based practical training, and teacher training. It invites experts from industry organizations, academic institutions, and enterprises to jointly explore standardized talent cultivation pathways and promote deep alignment between embodied robot training and industry needs.	Corporate technical engineers, teachers of relevant majors in vocational colleges, robot training practitioners, technical trainees, upstream and downstream industry practitioners, etc.

Forum Introduction

Attendees

The embodied robot industry has now entered a period of explosive growth, with surging market demand for hands-on talent. Yet the industry generally faces pain points such as incomplete curriculum systems, a large shortage of qualified teachers, and a disconnect between practical training and job requirements. This forum focuses on the current industry landscape, curriculum development, scenario-based practical training, and teacher training. It invites experts from industry organizations, academic institutions, and enterprises to jointly explore standardized talent cultivation pathways and promote deep alignment between embodied robot training and industry needs.

Corporate technical engineers, teachers of relevant majors in vocational colleges, robot training practitioners, technical trainees, upstream and downstream industry practitioners, etc.