Humanoid: Robots Steal the Show at World Artificial Intelligence Conference
July 5, 2024 – Shanghai, China: The World Artificial Intelligence Conference 2024 highlighted groundbreaking advancements in humanoid robots, showcasing their vast potential across industries. Experts at the Humanoid Robots Forum, hosted by the IEEE, discussed the critical role of these robots in advancing Artificial General Intelligence (AGI) and embodied AI. The forum emphasized that humanoid robots are pivotal to the forthcoming Industrial Revolution 5.0, where human and AI-driven technologies collaborate to optimize workplace processes.
The exhibition area featured a dedicated humanoid robot section, with 25 innovative models on display. Notable attractions included the "Eighteen Guardians," a collaborative project of 18 humanoid robots from 15 companies, demonstrating advanced control technologies. Visitors were captivated by the capabilities and practical applications of these Digital Employees in various fields.
Leju Robotics introduced Kuavo, China's first full-sized humanoid robot capable of jumping, powered by HarmonyOS. Already mass-produced, Kuavo is deployed in scientific research, exhibition halls, and industrial services. This dynamic model exemplifies how Intelligent Agents are transitioning from experimental prototypes to practical, non-human workers integrated into everyday operations.
In conclusion, the WAIC 2024 underscored the transformative impact of humanoid robots and embodied AI on the future of industry and everyday life. The advancements displayed and discussed at the conference signal a significant leap towards more sophisticated and integrated AI solutions, driving the next phase of technological evolution.
Key Highlights:
- Debut of Qinglong: China's first full-sized general-purpose humanoid robot, featuring open-source technologies.
- Tesla's Optimus Gen 2: Enhanced walking speed by 30% and reduced weight by 10 kilograms, sporting a sleek new design.
- ULS Robotics' Exoskeleton: A wearable robot aiding in lifting and other movements, suitable for demanding environments like mining and aerospace.
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