Develops autonomous navigation bricks for ag robotics (with ACTIA); integrates high-performance HPC for robust/industrializable solutions; no proprietary robot hardware, focuses on modeling/control-command for next-gen ag autonomy.
RSF defines a common language for robot service capability, lifecycle operations, certification pathways, and service-provider networks.
On August 19, ZERO ZERO ROBOTICS announced the HOVERAir VERSA, a versatile gimbal camera that can also function as an aerial drone. The product is set for early sales in Japan starting mid-September, with further details to be disclosed later. The HOVERAir VERSA features a 2-in-1 design, allowing users to switch between handheld shooting and drone operation. It is equipped with a 3-axis mechanical gimbal for stable handheld photography and can transform into a small drone for autonomous flight when the included 'Flight Wing' is attached. The camera supports 4K recording at 60fps and includes AI capabilities for subject tracking and auto-framing. As the demand for versatile imaging solutions grows, the HOVERAir VERSA is positioned to attract both amateur and professional photographers. No further timeline was disclosed at the time of publication.
AVITA Inc. has announced the launch of 'AVITA OS', a software platform designed to integrate AI and control technologies for avatars and robots to work harmoniously and safely with humans. This announcement was made on August 19, 2026. The significance of AVITA OS lies in its ability to support the social implementation of robots, expanding from previous applications in customer service and training using CG avatars. The platform aims to enhance the intelligence and physical control of robots, ensuring they can operate safely in real-world environments like stores and factories. Looking ahead, AVITA plans to continue developing AVITA OS and its functionalities, focusing on deploying it across various robots, including humanoids. The company is also collaborating with robotics firms such as Unitree and Booster Robotics to further this initiative. No further timeline was disclosed at the time of publication.
NVIDIA and LG Electronics have set a new benchmark in robot training data, aiming for 100,000 hours by year-end. This initiative was announced during a visit by NVIDIA's Senior Director of Omniverse and Robotics Marketing, Min-San Huang, to LG's Yangjae R&D Center in Seoul, following a strategic partnership agreement signed just days earlier. This ambitious target is significant as it surpasses the training data of other companies, such as Ant Group's LingBot-VLA 2.0 model, which has 60,000 hours. The training data will be sourced from a mix of real and synthetic data, leveraging decades of LG's operational data in manufacturing and logistics, enhanced through NVIDIA's Omniverse and Isaac robotics development platform. Looking ahead, LG plans to deploy hundreds of CLOiD robots at the Yangjae data factory, which features various training environments. The company aims to launch a next-generation bipedal robot based on NVIDIA's Isaac GR00T model by Q1 2027. No further timeline was disclosed at the time of publication.
Robot Training AI Robotics Manufacturing Data AnalyticsOn August 19, NORINCO unveiled its full-size humanoid robot, Fuxi, at the 2026 World Robot Conference in Beijing. This robot is designed for remote human control in hazardous areas, utilizing a system that allows operators to replicate their movements in real-time. Fuxi aims to operate in environments where humans cannot or should not go, such as nuclear disaster sites or areas under enemy fire. The significance of Fuxi lies in its advanced capabilities for reconnaissance, intelligent patrolling, and operations in dangerous zones. It can identify personnel and issue alerts, and multiple Fuxi robots can work collaboratively. During the conference, Fuxi demonstrated its ability to perform urban patrols at night, showcasing its practical capabilities in multi-robot management and response. Fuxi is built using entirely domestically developed technology, focusing on human-robot perception and coordination. This development marks a significant step for China in military and special operations robotics, distinguishing itself from consumer and industrial robots. No further timeline was disclosed at the time of publication.
Humanoid Robots Remote Operation Technology Military Robotics Hazardous Environment RoboticsOn August 17, Utree Technology released a 30-second demonstration video of its 'Superman' robot, showcasing remarkable athletic capabilities. The robot achieved a maximum running speed of 12.66 meters per second (approximately 45.65 kilometers per hour), surpassing Usain Bolt's peak speed of 12.42 meters per second during his world record 100-meter sprint. This performance indicates that 'Superman' exceeds human records in both running and jumping despite having significantly shorter legs. The rapid development of 'Superman' is noteworthy, with Utree Technology Chairman Wang Xingxing revealing that the robot was conceived and showcased in just over three months. The company has stated that the current version of 'Superman' is not its final form, as there is substantial room for improvement in motion control and stability. The timing of the release coincides with Utree Technology's upcoming listing on the STAR Market, which is interpreted as a strategic move to demonstrate its technological prowess and rapid iteration to potential investors. However, the impressive capabilities of 'Superman' have raised safety concerns, especially following previous incidents involving Utree's robots during demonstrations. Experts warn that with enhanced physical abilities, any malfunctions could lead to serious consequences. Balancing performance enhancements with safety measures will be a critical challenge for all robotics companies moving forward.
Robotics Athletic Performance Technology Innovation Robot SafetyOn August 14, Celanese, a U.S. specialty materials company, and VIGOR, a Hong Kong precision plastic gear manufacturer, signed a strategic cooperation agreement in Shanghai. Their goal is to address the challenge of heavy metal joints in humanoid robots by replacing them with high-performance engineering plastics, achieving a weight reduction of over 30%. This collaboration aims to enhance the endurance, speed, and load capacity of robots as they transition from laboratories to commercial applications. The partnership is crucial as heavy metal joints have been a bottleneck in robot performance, limiting endurance and response times. The materials used in joints must balance strength, rigidity, heat resistance, precision, and lightweight characteristics, especially under demanding operational conditions. Celanese will provide customized engineering plastics and technical support, while VIGOR will leverage its 40 years of experience in precision plastic gear and drive system manufacturing. This collaboration represents a significant step toward the large-scale deployment of humanoid robots, with plans to extend lightweight plastic joint solutions to industrial, commercial, and professional service robots. As humanoid robots achieve a 30% reduction in joint weight, they will be able to run faster, lift heavier loads, and operate longer, marking a pivotal advancement in the integration of AI in physical applications.
Humanoid Robots Engineering Plastics Robotics Technology Material ScienceOn August 18, the first fully automatic, no programming welding robot was delivered in Chengdu, Sichuan Province. Developed by the Chengdu Craftsman studio led by Feng Zhengle, this innovative robot is designed for the power industry, specifically for non-standard customized door panels. Traditional industrial robots require extensive reprogramming for each model change, which hampers efficiency. The new robot utilizes advanced technologies, including AI deep learning visual recognition and laser seam sensing, to overcome technical challenges in welding thin sheet metal. Its dual positioning system—AI visual initial positioning combined with laser precision positioning—enables high-precision laser welding. The operational efficiency has significantly improved, with complex door panel welding taking only six minutes and simple ones three minutes, reducing overall operation time by 20% and eliminating the need for post-welding polishing. This development marks a shift in manufacturing logic, moving from customized automation solutions to adaptable automation for various products. As the robot begins its journey in a workshop in Chengdu, it represents a significant advancement in the integration of AI into manufacturing processes, transforming the skills of frontline workers into executable algorithms.
Welding Robots Automation Technology AI in Manufacturing Flexible ProductionOn August 18, Faraday Future (FF) announced a strategic shift for its subsidiary AIxC Holdings, moving from digital assets to physical AI and robot sharing and leasing. The RoboShare platform has completed its first paid commercial order, deploying over 80 robots, including various models, to enhance its service offerings. This initiative is significant as it aims to transform robots from one-time hardware sales into productive assets that generate ongoing value. FF founder Jia Yueting emphasized the goal of creating a robot-sharing network akin to 'Uber+Turo,' allowing for repeated leasing and revenue generation. Looking ahead, RoboShare has initiated a 'Ten City Strategy,' starting in Los Angeles, with plans to expand its operations. The first project involves deploying six robots for an event in Malibu, showcasing the potential of shared robotic services in various sectors. No further timeline was disclosed at the time of publication.
Robot Sharing AI Robotics Leasing ServicesOn August 18, the eve of the 11th World Robot Conference in Beijing Yizhuang, workers were actively engaged in final preparations. They were busy installing booths, rehearsing boxing matches, and debugging robots well past 10 PM. This scene highlights the dedication and effort put into ensuring a successful event. The significance of this year's conference lies in its emphasis on real-scene demonstrations and the industry's shift from mere performance showcases to validating the value of robotics technology. The focus on hands, perception, and data reflects a growing recognition of the importance of practical applications in robotics. Looking ahead, attendees and industry professionals will be keen to observe how these developments influence future robotics applications and innovations. No further timeline was disclosed at the time of publication.
At Alipay's inaugural AI ecosystem conference on August 17, Ant Group CEO Han Xinyi forecasted significant growth in super agents within the next 6-12 months. The company introduced its first comprehensive agent commerce foundation, focusing on the Abao super agent, which is integrated with five phone brands and 16 major car manufacturers. This development is crucial as it marks a significant step in agent commerce, with Alipay establishing a multi-agent cross-device interconnection protocol known as AHA (Agent Hub Access). The integration of Abao with various devices positions Alipay to capitalize on the growing demand for seamless commerce experiences across platforms. Looking ahead, the orders for Abao are expected to queue into the next year, indicating strong market interest and potential for expansion. No further timeline was disclosed at the time of publication.
March 7-14, 2026 robotics news – humanoid advancements, major funding like Sunday's $165M, Atoms launch, physical AI breakthroughs, and industrial automation updates.
Ati Motors introduces Sherpa Mecha, a practical industrial humanoid robot designed to handle real factory tasks with AI‑driven precision and durability.
Leave a comment