Industry Briefing
A single destination for timely, editor-curated robotics news from around the world.
Leju Unveils Dual Ecosystem Engine for Trillion-Yuan Robotics Industry at National Competition
On August 1, 2026, at the Shougang Ice Curling Center in Beijing, 213 humanoid robot teams competed for top honors at the 28th China Robotics and Artificial Intelligence Competition (CRAIC). This event is significant not only for showcasing robotics but also for establishing standards and ecosystems in the industry. Leju is transforming the competition into a platform that elevates the focus from individual robots to broader industry standards. The year 2026 is recognized as a pivotal moment for the commercialization of humanoid robots, yet the industry faces a critical talent shortage, particularly in robotics, with a gap of 4.5 million skilled workers. Leju's approach emphasizes practical training through real-world scenarios, moving beyond simulations to create authentic industrial environments for competitors. This shift allows participants to conduct pressure tests on their robots in realistic settings, preparing them for future production lines. Leju's strategy is supported by the OpenLET community, which fosters an ecosystem encompassing training, data sharing, and talent development. With over 70 member organizations and 10,000 developers, the community aims to address the fragmented nature of the humanoid and embodied intelligence industries. The CRAIC 2026 features various competitions that reflect real industrial needs, pushing technology from demonstration to reliable operation, ultimately shaping the future of the robotics sector.
Humanoid Robots AI Robotics Competitions Talent Development Industrial Automation
Schaeffler Partners with Leju: A New Paradigm in the Global Humanoid Robot Industry
Schaeffler, a prominent German industrial company, has entered into a strategic partnership with Chinese humanoid robot manufacturer Leju, signaling a pivotal development in the global humanoid robotics sector. This collaboration seeks to combine Schaeffler's expertise in precision components with Leju's advanced robotics technology, aiming to improve industrial applications and foster innovation. The partnership is expected to leverage both companies' strengths to enhance productivity and efficiency in various sectors, reflecting a growing trend of cross-border cooperation in the rapidly evolving field of robotics.
Humanoid Robots Industrial Automation Robotics Collaboration Precision Manufacturing
Schaeffler Partners with Leju Robotics as CEO Klaus Rosenfeld Defends "Physical AI" Strategy Amid Cautious Outlook
Schaeffler, a leading industrial company, has entered into its inaugural partnership with Leju Robotics in China, focusing on humanoid robotics. This collaboration coincides with the opening of a specialized innovation factory in Taicang, aimed at advancing technological development in the field. The announcement comes as Schaeffler's leadership prepares investors for a cautious outlook for the 2026 fiscal year, indicating potential challenges ahead. The partnership and new facility are part of Schaeffler's strategy to enhance its capabilities in robotics and automation, reflecting a commitment to innovation despite the anticipated conservative financial landscape.
Leju Robot Europe Market Schaeffler China
China Mobile, Huawei, and Leju Robot unveil world’s first 5G-A equipped humanoid robot at MWC 2025
At the Mobile World Congress 2025 on Thursday, China Mobile, Huawei, and Leju Robotics introduced the world's first humanoid robot featuring 5G-A technology. This advanced iteration of 5G, known as 5G-Advanced, represents a significant step towards the future of connectivity, bridging the gap between current 5G networks and the anticipated 6G systems. The robot is designed to leverage the enhanced capabilities of 5G-A, which include broader bandwidth, ultra-low latency, and a more intelligent network architecture. This innovation aims to enhance communication and operational efficiency in various applications, showcasing the potential of next-generation technology in robotics.
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