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Fourier Intelligence has recently unveiled the GR-1, a groundbreaking humanoid robot equipped with advanced camera vision perception capabilities, marking a significant leap in the field of robotics. This new model demonstrates the potential for humanoid robots to perform complex tasks with precision and autonomy, making strides towards more practical and functional applications in various industries. The GR-1’s sophisticated vision system is designed to closely mimic human perception, allowing it to navigate and interact with its environment more effectively than its predecessors. By integrating advanced algorithms and state-of-the-art sensors, Fourier Intelligence aims to enhance the robot's ability to understand and respond to its...

On June 21, 2024, at the Huawei Developer Conference (HDC) 2024, the Kaifu humanoid robot, developed by Leju Robotics, was showcased, featuring Huawei Cloud's Pangu embodied intelligent model. During the presentation, Huawei's Cloud CEO, Zhang Ping'an, demonstrated the robot's capabilities in industrial and household settings. Leju Robotics revealed that they have successfully tested the robot in various environments, showing its ability to handle tasks such as cooking and cleaning autonomously. The Kaifu robot's integration with the Pangu model enables it to understand natural language instructions and execute complex tasks with precision. For more details, visit the full article on IT Home.

In an exciting development for warehouse automation, Apptronik's Apollo humanoid robot is being tested in collaboration with GXO Logistics. This proof-of-concept initiative aims to enhance efficiency in logistics operations by employing Apollo for labor-intensive tasks. Apollo, equipped with AI and human-like mobility, is designed to work alongside humans, performing tasks ranging from heavy lifting to precise item handling. GXO Logistics, a leading contract logistics provider, sees potential in Apollo to improve workplace safety and productivity. This marks a significant step towards scalable automation solutions in warehouses. For more details, visit the full article.

Como, Italy – Fabio Rezzonico, in collaboration with the Italian Institute of Technology and INAIL, introduces ErgoCub, a humanoid robot designed to enhance ergonomic interaction in the workplace. The robot features 54 degrees of freedom, fully articulated hands, and a flexible OLED screen for facial expressions. Its innovative design, combining 3D-printed parts and hidden magnetic strips, aims to reduce worker psychophysical risks. Recognized for its advanced technology, ErgoCub received the 2023 Good Design Award from The Chicago Athenaeum and The European Centre for Architecture Art Design and Urban Studies. For more details, visit Global Design News.

Researchers have unveiled "HumanPlus," a cutting-edge system enabling humanoid robots to learn and replicate human motions using reinforcement learning and RGB cameras. This system allows robots to mimic intricate human body and hand movements in real-time, paving the way for autonomous execution of complex tasks like walking, object manipulation, and social interactions with impressive success rates. The study, led by Zipeng Fu and colleagues, highlights the potential of HumanPlus in advancing humanoid robotics, showcasing robots' ability to perform tasks with human-like precision and efficiency. This breakthrough marks a significant step towards more intuitive and capable humanoid robots, revolutionizing their application in various...

Researchers from the University of Tokyo and Alternative Machine Inc. have unveiled Alter3, a humanoid robot powered by GPT-4. This innovative robot can generate spontaneous, human-like movements by mapping linguistic expressions onto its body. Demonstrating advanced zero-shot learning capabilities, Alter3 performs complex motions such as taking selfies, mimicking a ghost, and even acting out detailed scenarios without explicit programming. This integration of GPT-4 into humanoid robotics highlights the potential for more empathetic and nuanced human-robot interactions. For detailed information, visit the original research page.

The IEEE Robotics & Automation Society has announced the formation of a new study group to evaluate and develop standards for humanoid robots. Chaired by Aaron Prather of ASTM International, the group aims to analyze the current landscape, identify gaps in existing standards, and create a roadmap for future development. This initiative responds to the rapid growth in humanoid robot development, ensuring safety and performance standards keep pace with technological advancements. The study group plans to deliver its analysis within a year. For more details, visit the IEEE announcement.

In Dalian, China, Ex-Robots is pioneering humanoid robots with sophisticated facial expressions and emotional responses. These robots, created with the help of specialized software and algorithms, can mimic human gestures and produce appropriate facial feedback. The development process takes two weeks to a month, with costs ranging from 1.5 to 2 million yuan. While currently used mainly for museum displays, future applications are envisioned in healthcare and education, particularly in psychological counseling and emotional interaction. For more details, visit the NewsBreak article.