Beijing E-Town builds demonstration city for robot industry
As a pioneer in high-quality development for the new era, Beijing E-Town (BDA) is seizing the opportunity to lead the development of the embodied intelligent robot industry. The plan is to build a domestically leading and internationally first-class demonstration city for the embodied intelligent robot industry in two steps. “By the end of 2026, we aim to achieve full coverage of over ten interactive service application scenarios, attract more than 100 innovative enterprises, gather over 1,000 high-end talents, and reach a mass production capacity of 10,000 embodied intelligent robots. “By 2030, we plan to create an embodied intelligent robot innovation ecosystem characterised by ‘full-chain layout, full-stack autonomy, and comprehensive empowerment,’ establishing Beijing as a strategic base, a technological origin, an application demonstration, and a main industrial hub for embodied intelligent robots in China,” stated Kong Lei, Deputy Secretary of the Party Working Committee and Director of the Administrative Committee of the Beijing Economic-Technological Development Area (BDA), during the main forum on “Industrial Development” at the World Robot Conference 2024 (WRC 2024) on August 22. To achieve the development goals of the demonstration city, Beijing E-Town will implement the “Five Priorities” plan. In terms of advancing key technologies, Beijing E-Town will focus on critical areas such as the “brain,” “cerebellum,” and “limbs” of embodied intelligent robots. It will support key enterprises in strengthening collaborative research on disruptive and leading technologies, accelerate the construction of an innovative industrial technology system, and seize the high ground in embodied intelligent robot technology. To this end, Beijing E-Town will create an internationally competitive embodied intelligent “brain,” supporting robot companies in collaboration with AI enterprises to conduct research on key technologies of general-purpose large models in the field of embodied intelligent robots. It aims to develop an AI-based general-purpose model that integrates perception, decision-making, and control, […]