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OmniH2O, a groundbreaking system, offers a universal interface for whole-body humanoid teleoperation and autonomy. By leveraging kinematic pose control, users can operate humanoids in real-time through VR, verbal instructions, and RGB cameras. The system also supports autonomous operations by learning from demonstrations and integrating advanced models like GPT-4. OmniH2O showcases its versatility in performing complex tasks such as sports and object manipulation. A significant release is the OmniH2O-6 dataset, which facilitates the training of humanoid skills from teleoperated datasets.

Pollen Robotics has launched the Reachy 2, a significant upgrade in humanoid robotics tailored for AI and robotics labs. With bio-inspired 7-DoF arms capable of a 3 kg payload each, Reachy 2 boasts advanced perception and interaction abilities. The robot's VR teleoperation feature offers immersive control, setting new standards for data collection and manipulation. Pollen Robotics continues its mission to build open-source technologies, fostering collaboration among scientists, artists, and innovators. Discover more about Reachy 2 here.

In an impressive feat, the XBot-L humanoid robot from China's Robot Era has climbed the Great Wall of China. Captured in a new video, the robot navigates uneven surfaces and stairs, even performing tai-chi in a guard tower. This accomplishment highlights the robot’s advanced perceptive reinforcement learning (RL) technology, allowing it to adapt to complex terrains and low-light conditions. While not the fastest or most agile, XBot-L's climb marks a significant milestone in humanoid robotics, showcasing potential real-world applications. For more details, check out the full article on New Atlas.

In a pioneering move, Dongfeng Liuzhou Motor, a subsidiary of Dongfeng Motors, is set to integrate a cutting-edge AI-powered humanoid robot into its commercial vehicle production line. This robot, named Walker S, is the brainchild of Chinese tech company Ubtech Technology and is poised to transform the manufacturing landscape. Walker S, standing at 1.7 meters (5 feet 7 inches) with human-like proportions, is designed to undertake a multitude of complex tasks within the automotive factory. Its responsibilities will include inspecting safety belts, testing door locks, assessing bodywork quality, refilling oil, and applying labels. Additionally, Walker S will collaborate with other automated machinery to manage intricate, unmanned...

Wuhu, China – The 14th China International Robot Summit Forum, held in Wuhu, Anhui Province, displayed impressive advancements in humanoid robots, captivating attendees with live demonstrations of Tai Chi and dance performances. Among the showcased robots were H1 from Hangzhou-based Unitree Robotics and Kuavo from Shenzhen-based Leju Robotics. Experts at the forum emphasized the significant strides made in humanoid robot development while acknowledging ongoing challenges. According to Zhao Jie, a professor at Harbin Institute of Technology, humanoid robots exemplify embodied intelligence, capable of performing intricate tasks akin to humans. However, Chen Li, co-founder of Unitree Robotics, highlighted the technological hurdles in...

JAKA Robotics has developed advanced collaborative robots featuring high precision, self-learning, and decision-making capabilities. These robots improve efficiency in various industrial applications, such as automotive manufacturing and new energy sectors. The company's innovations include drive control integration, modular designs, and OTA cloud systems. With a production base in Changzhou, JAKA Robotics emphasizes quality control and rapid product iteration. They are expanding globally and collaborating with universities to enhance research and development. Shanghai supports these advancements, aiming for widespread deployment of intelligent robots by 2025. For more details, visit the full article here.

Experience the remarkable capabilities of Westwood Robotics' full-size humanoid robot, THEMIS, as it cruises through the exhibition hall at ICRA 2024 under human control. This x8 speed replay highlights THEMIS's smooth navigation and responsive control, demonstrating the sophisticated design and engineering behind this impressive robot. Designed to operate seamlessly in dynamic environments, THEMIS showcases the potential of humanoid robotics to interact and maneuver with precision. For more on THEMIS's debut, check out our previous video:

The realm of factory automation is witnessing a transformative shift with the integration of humanoid robots, exemplified by UBTech Robotics' Walker S. These advanced robots are increasingly being deployed to handle intricate tasks such as car part inspections and component assembly. UBTech Robotics, having recently gone public and secured substantial funding, is at the forefront of this technological advancement. Experts believe that despite being in the early stages, humanoid robots hold significant potential, particularly in hazardous environments and industries facing labor shortages. Beyond manufacturing, UBTech envisions these robots playing crucial roles in healthcare and eldercare, addressing vital societal needs. For more...