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Robot Industry Watch: A $2.5 Billion Humanoid-Parts Project Breaks Ground as Vision Firms Win Major

On October 29, he announced the signing of a strategic cooperation agreement in Hangzhou between Heiwa Tech and Makeshift, China. The two sides will advance a comprehensive collaboration on demand definition, chip adaptation, algorithm-linked system verif



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On October 29, Cape Town announced the signing of a phase one of the project "Skilled Operations Training Fields" at a test base for physical intelligent applications in the southern part of the city of Tianjin, with the project focusing on hand-held precision operations and real-machine multi-modal data collection, for a contract amount of 503 million yuan.

On 29 October, Heiwa Tech and Makeshift signed a strategic cooperation agreement in Hangzhou, where the two sides will promote full-scale collaboration around demand definition, chip adaptation, algorithmic alignment, system verification, quantum production import, and jointly develop an industrial automation system based on chip-defined silicon motors that respond to silicon systems to optimize the silicon closed-loop generation.

On October 29, MWC announced that its holding subsidiary, MWC, had received a mid-level notification of the launch of the MWC Robotics Innovation Services Platform project, with a mid-level price tag of about 300 million yuan.

On October 26, the first phase of the project, which includes two high-speed, high-precision robots and a headquarters base, was held at the Hyundai Huawei Low Carbon High-Tech Industrial Park, which was built by Hyundai Huawei Robotics Limited, a subsidiary of the Hyundai Group.

On 27 October, the National Steel Structure Quality Inspection and Testing Centre of the China Institute of Artificial Intelligence and Construction Research, Ltd. co-founded the Joint Laboratory of Artificial Fitting and Testing Technology for Artificial Fitting and Testing of Artificial Fitting, the laboratory will carry out the development, testing, testing and performance verification of artificial robot welding processes.

On October 29, Quantization signed a tripartite strategic cooperation framework agreement with Bluetooth Technology, Supernova, to develop deep collaboration on the four areas of AI hardware products such as AI glasses, intelligent robots, touch smart hands, handles, product co-creation, joint R&D, channel collaboration, and ecological cooperation.

On October 28, U-tree Technologies announced that it had co-founded the U-tree Initiative with Redwood China, which focuses on the exploration and investment of artificial intelligence, robotic applications and their upstream and downstream critical technologies, as well as early projects in other cutting-edge hard-tech fields.

On 28 October, the Shanghai Municipal Trust Commission released a package of actions to accelerate the development of a new generation of smart manufacturing in Shanghai, with the goal of achieving an industrial robot density of 600 people per person by 2028, and pushing 8,000 humanoid robots into factories.

On 22 October, Galaxy General announced the joint development of the first native intelligent body robot, the Galaxy Star, which is responsible for product definition and design, polymorphic interaction and full-body motion control, and its build-up in joint modules and hardware mass production to support hardware performance and reliability.

On October 30, Intel announced the completion of its first small-scale delivery of its self-developed robot SynDexy C1, which will be used for precise assembly processes in consumer electronics and electronic components customers' factories.

On October 28, Intelligent Technologies and Tencent Cloud signed a strategic cooperation agreement. The two sides will work together on AI computing, model training and reasoning, simulation computing, cloud collaboration and industry solutions.

On October 29, Breakaway Smart and Silicon robots reached a strategic partnership around the typical tasks of precision plugging, wiring connections, bolt tightening, button assembly and fine-grabbing and positioning of small parts in automotive manufacturing, exploring the landing paths of the intelligent in the automotive industry.

On 23 October, the strategic signing ceremony was held in Beijing. The two sides will leverage the advantages of the large-scale logic chip with the flashRT, enhancing the execution efficiency, operational performance and application adaptability of the large-scale model on the end-scale chip.

On October 29, Tianjin Shares announced the signing of a new smart data procurement framework contract, with the intention of providing a continuous delivery of valid Ego and Umi data combined for no more than 30,000 hours based on customer specific orders.

On October 30, UYSC announced that through its wholly-owned subsidiary Hangzhou UYSC Robotics Limited, it will add 20 million yuan to the company's holding company Hangzhou City Intelligent Applications Trial Base Limited to meet the funding and business development needs for the construction of the base project.

On 28 October, the vice president of the Xiaoyuan Group, Xu Jie, said that the solid-state batteries used for the Xiaoyuan IRON robot had entered the small batch production stage, and the robot itself was currently in the pre-SOP production stage.

On 28 October, Shenzhen International and the National Land Centre reached a strategic partnership to co-construct the automotive industry's Intelligent Scene Data Center with the Intelligent Training Demonstration Field at its core, promoting the large-scale deployment of Intelligent Technology in the automotive industry.

On 26 October, LongShen Wye officially announced the signing of a strategic cooperation framework agreement with GeoTown Smart, where the two sides will collaborate deeply around intelligent industrial humanoid robots, promoting industrial humanoid robots from technological demonstrations to thousands-scale industrial deployments.


Product outlets

On October 29, the company released several software and hardware products, including a new generation of body-based models GO-3 Preview, Intelligent Native Operating System Linux OS 1.0, multi-modal interactive large model WITA Omni 1.0, a new generation of flexible handheld product families, Mego Glove touchscreen gloves, and under-skin joint liquid cooling systems.

On 26 October, Xi'an released the security-grade heavy-duty robot elite G2 Max, which has a single-armed load of 20 kg, a double-armed rated load of 40 kg, a peak load of 50 kg, and supports dual-cell thermal extraction and autonomous recharging. In e-commerce storage projects, its overall operational success rate is more than 99%, with the ability to disassemble 80 boxes per hour, and 75 boxes per hour.

On 22 October, German robots released the world's first ship-building model of the world's wind turbines, which can analyze engineering logical relationships in design drawings, process documents and material lists, and reverse-engineer a comprehensible, programmable three-dimensional structure.
On 27 October, Xiaomi unveiled a new generation of life-sustaining handhelds, based on a flexible manufacturing scene at the Xiaomi automotive plant, with 21 degrees of freedom, 26 hybrid drives, and a 1,500-point high-density full-clutch touch. On 27 October, the company announced the release of the Tsing-Ego PRO first-person perspective data collection system, and will soon release the Tsing-Glove industrial-grade Tsing-Glove sensorless data collection glove.
On October 26, Reelman Intel released the multi-watt desktop six-axis mechanical arm GEN62, a 3.5-kg self-load, 3.5 kg maximum load, and a 1:1 load-to-weight ratio for the full arm span as the core selling point.
On 27 October, Huawei Technology presented a number of new AMR products at the CPCA & Vision China exhibition, including the M060C modular chassis, the FCX100B all-wheel-drive forklift AMR, the PCB industry all-wheel-drive lift AMR, the GS010 series lift cylinder AMR.
On 28 October, the Huawei Group launched a 2.2 micron global single-door HDR image sensor for factory automation, compact AI cameras, humanoid robots, and more, especially for robot training data collection equipment.

On October 26, RoboParty Gambling Party released the all-open source humanoid robot RP1, the hardware, controls, algorithms, and tests, all open source, and offered an open-source version of RP1, an open-source PRO with open-source educational solutions, and multiple versions of advanced customized versions.

On October 27, Guitar Robot released the open-source world model simulation platform Uranus, which supports seven mainstream nodes, enabling robot strategies to continue to run, test and compare in virtual environments.

On October 26, Intel released the Messol-B intelligent unloading robot, which features a self-developed OmniPredict 2.0 unloading world model, with unloading unity and flexible connectivity, with a body area of just 1 square meter.

On 22 October, the company released the TAIEI body model, implementing a chain-opening-replacement autonomous full-circuit, which can be used for arm-loading carrying robots, single-arm patrol four-legged robots, and arm-wheel lifting robots to complete complex high-risk on-site tasks autonomously.

On 27 October, Intel released the cross-bodied data engine Horus, which can be used to demonstrate human operations to match the training data of different robot bodies.

On October 29, MindTalk released the Home Emotional Smart Robot Bub, equipped with a self-developed Bubbo OS system, equipped with 26 sensors in 13 categories, with 6 degrees of freedom of movement and a dual-facial display.

On October 28, RPent, a jointly-innovated open-source intelligent infrastructure company, released version v0.1, which builds a complete link that covers task planning, physical execution, environmental feedback, and experience replication through an open, modular architecture and unified tool interface.


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