Read from tweaktown:
ASUS chairman Jonney Shih said the development of its first humanoid robot is already underway, wouldn't be the first robot: ASUS has its Zenbo already.
ASUS chairman Jonney Shih has said that they are already in "full swing" developing its first humanoid robot, something that would compete with Elon Musk and his Tesla Optimus robot we've been hearing more and more about lately.
Shih recently said: "we are already in full swing on this part and have launched plans internally", but ASUS already has its Zenbo robots... but its new adventure is with a humanoid robot that should better resemble the Tesla Optimus humanoid robot sometime in the future.
Elon Musk recently chatted to TSMC boss C.C. Wei asking for a massive, and stable supply of chips for his Optimus robots, but now it looks like ASUS is stepping into the next big thing for AI. The real big breakthroughs for AI are constrained for now, with artificial general intelligence (AGI) only obtained by using large language models (LLMs), and without a physical body, we are limited by the potential of these robots.
ASUS chairman Jonney Shih said the development of its first humanoid robot is already underway, wouldn't be the first robot: ASUS has its Zenbo already.
ASUS chairman Jonney Shih has said that they are already in "full swing" developing its first humanoid robot, something that would compete with Elon Musk and his Tesla Optimus robot we've been hearing more and more about lately.
Shih recently said: "we are already in full swing on this part and have launched plans internally", but ASUS already has its Zenbo robots... but its new adventure is with a humanoid robot that should better resemble the Tesla Optimus humanoid robot sometime in the future.
Elon Musk recently chatted to TSMC boss C.C. Wei asking for a massive, and stable supply of chips for his Optimus robots, but now it looks like ASUS is stepping into the next big thing for AI. The real big breakthroughs for AI are constrained for now, with artificial general intelligence (AGI) only obtained by using large language models (LLMs), and without a physical body, we are limited by the potential of these robots.
