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This article explains the concept of physical AI and its significance in the AI industry, using XPENG's recent $900 million funding round for its humanoid robot as a case study.
This article explains the advanced AI concept of in-situ learning, where robots can learn and adapt in real-time while operating in their environment, enabling them to use novel objects as tools without pre-programmed instructions.
Ant Group's Robbyant introduces LingBot-VA 2.0, a causal video-action model built natively for Physical AI, capable of real-time prediction and control at 225 Hz.
A Chinese startup, Spirit AI, has dethroned Nvidia’s latest robotics model on the RoboArena benchmark, marking a significant shift in the AI industry.
This article explains π0.7, a new AI system that enables robots to learn and adapt to novel tasks without extensive retraining, representing a significant step toward general-purpose robot brains.
Chinese robotics company UBTech is offering a Chief Scientist of Embodied Intelligence position with a salary ranging from $2.2 million to $18 million, reflecting the intense competition for AI talent in the humanoid robotics sector.
Learn about Xiaomi's new MiMo AI models that combine multiple data types to create autonomous AI agents capable of controlling software, robots, and voice systems.
A viral demonstration of a virtual 'embodied fly' from Eon Systems has sparked confusion about the nature of artificial intelligence. While impressive, the simulation doesn't represent a true upload of consciousness but rather a sophisticated behavioral model.
