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AI Robots Shock Again: Humanoids Can FEEL Now, It’s Getting Weird



Humanoid AI robots are advancing rapidly, with Sanctuary AI adding touch sensors to improve precision, Boston Dynamics revealing a new electric Atlas robot, and Ameca impressing with clever human-like responses. Meanwhile, Muks Robotics is developing robots for Mars exploration, and Huawei’s 5G-A robot is enhancing real-time control with cloud computing. These breakthroughs are pushing humanoid robots to become more realistic, precise, and adaptable in various industries.

🔍 KEY TOPICS
Sanctuary AI’s Phoenix robot now features advanced touch sensors for improved precision
Boston Dynamics’ new electric Atlas robot demonstrates enhanced control and task handling
Ameca continues to impress with its lifelike responses, while Muks Robotics and Huawei push robotics further with Mars exploration and 5G-A technology

🎥 WHAT’S INCLUDED
How Phoenix’s tactile sensors improve dexterity and reduce errors in robotic tasks
Why Boston Dynamics’ electric Atlas is a major step forward for industrial automation
The growing impact of Ameca’s human-like interaction and Huawei’s 5G-A robot’s real-time control capabilities

📊 WHY IT MATTERS
These advancements in humanoid robotics are transforming industries with improved precision, faster task management, and expanded capabilities in both Earth-based and space environments.

DISCLAIMER
This video covers key innovations in humanoid robotics, including new technologies from Sanctuary AI, Boston Dynamics, Muks Robotics, and Huawei.

#AI #Robots #Humanoid

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20 Comments

  1. I wonder what date the FIRST robot war will start? The world is a war planet and now we have robots fighting our wars for us!? And AI! Scientists are going to be the earths doom. Reckless and dangerous.

  2. I still wonder why the impetus is strong to recreate the human form for AI robots. Our bodies have a list of physical limitations (just considering our joints alone!) that were delegated to us by hundreds of millions of years of evolution and natural selection under specific circumstances. A mind could have, and now should reconsider our design for a more dexterous and manipulative model. Elbow/knee/finger joints for example are prime examples of 'Needs Improvement" and WHY NOT? Some parts of our physiology are adequate, like our touch-sensitivity and our eyes and ears, but since we are redesigning a more suitable structure (depending on the purpose of the specific bot), make BIG improvements! Like eyes not limited to a specific wavelength, ears that hear…. anything!?

    Design the Mars AI robots to be (near) perfectly designed for the mission and the environment. Design AI robots here on Earth to be perfectly suited for human compatibility!

    All of this might look scary, but this is inevitable…. and it's already here…. so buckle up — either for the looming excitement or the looming nightmares!

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