Technical Directions
Robotics coverage relating to open artifacts.
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California startup Foundry Robotics announced an oversubscribed $100 million Series A led by Marlinspike Partners. The funding will expand its Emeryville facility and deploy AI-powered robotic cells for defense and commercial manufacturing.
The report lists at least 16 publicly announced robotics and embodied AI financing rounds from 24 to 30 October. It reviews the companies and the areas attracting investment. This is an incomplete tally of reported rounds.
During the 2026 Hangzhou Marathon, the humanoid robot 'Hangxing No. 2' was deployed to assist in traffic security. It performed tasks such as traffic violation detection, autonomous patrol, and public consultation, showcasing its potential in large-scale event management and urban traffic control.
Exin Therapeutics, a biotech startup, claims to have successfully used an AI agent to perform brain surgery on a mouse to treat epilepsy. The AI selected gene therapy vectors, dosages, and brain regions using an electronic spreadsheet, three research papers, and a camera-equipped robotic arm. The AI injected 250 nanoliters of medication while monitoring for bleeding. Human oversight and safety protocols, including an emergency stop button, were in place. The AI was limited to the injection phase, with craniotomy and suturing performed by human surgeons. The team initially attempted to use Anthropic's Opus 5.5 model, which refused the task due to concerns about incomplete execution.
The robot, using a rope-driven parallel mechanism, tackles the challenge of removing hard-to-reach board coal deposits, marking a significant advancement in industrial automation and safety.
Huixi Embodied, an embodied intelligence large-scale computing chip developer, has begun A-share IPO guidance with CITIC Securities as the sponsor. In October, it announced cumulative financing exceeding 2.5 billion yuan this year. Meanwhile, Elite Robotics completed a new 200 million yuan round led by China Construction Bank Equity Investment to expand AI infrastructure and optical module capabilities. Other companies including Zhongke Huiling, Mogan Technology, Yuanli Wuxian, Jingshuo Technology, Machenta, Foundry Robotics, and others also secured funding for embodied brain, tactile sensing, space robotics, and data infrastructure development.
Wuhu has introduced a policy to support the development of its intelligent robot industry, offering financial incentives such as 20% discounts on robot purchases, leasing subsidies, and R&D funding. The policy aims to strengthen the city's position in the national robotics sector by fostering innovation and industry growth.
Toyota is not currently a robotics company but plans to become one by investing 1 trillion yen annually from 2028 to deploy 400,000 robots on its production lines. The strategy focuses on converting the skills of its 18,000 experienced workers into data assets through AI training, aiming to replicate processes globally rather than just manufacturing robot bodies. This approach addresses a projected shortage of skilled labor in Japan's manufacturing sector by treating human expertise as a mineable resource.
Meta and Chinese robotics company Fourier have developed a humanoid robot prototype named 'Max', with a second-generation version 'Max 2' in development. The robot is designed for home environments, featuring gesture recognition, object manipulation, and improved mobility. The collaboration reflects Meta's strategic push into physical robotics and faces competition from established players in the field.
Three Chinese "985" universities, including Tianjin University, launched a national smart robot youth scientists project focused on dynamic performance enhancement. The initiative aims to boost innovation in industrial robotics through interdisciplinary collaboration and targeted research.
E斯顿's third-quarter revenue exceeded 4.126 billion yuan, with a 32.71% year-over-year increase. Green Harmonic。
At its 2026 Innovation Day in Shanghai, Agibot introduced the Worken framework, a proposed metric combining active robot count, autonomous operation duration, and output efficiency ratio to evaluate real-world productivity. The company also launched the AHA3 hardware platform, GO-3 Preview model, G2 Max industrial robot, and Link-U OS 1.0 operating system, alongside deployment cases in manufacturing and service sectors.
Xinyan Robotics has launched Bubbo1, a family AI companion robot priced at 9,499 yuan, aiming to explore commercial viability in emotional companionship. The robot features advanced sensors, partner-style interaction, and tailored support for both elderly and children. While the product represents a novel approach to embodied AI, its success hinges on user acceptance, technical reliability, and market readiness.
A team from the University of Science and Technology of China, in collaboration with several international universities, has developed a flexible tactile sensor called GriFIPS that addresses the 'impossible triangle' challenge in touch sensing. The sensor uses a gradient grid structure and a liquid metal composite electrode to achieve high sensitivity, wide linear range, and stable performance. It is capable of detecting pressures from 2.1 Pa to 360 kPa, covering the full range of human touch perception. The sensor is integrated into a dexterous robotic hand for tasks such as object recognition, texture classification, and force sensing, demonstrating its potential for real-world applications.
UBTech, the first publicly listed company in Hong Kong specializing in humanoid robots, has established a new subsidiary, Xin Fenglong, to focus on critical hardware components such as joint modules, end-effectors, and thermal management systems. The subsidiary aims to develop standardized, scalable hardware solutions for the humanoid robotics industry, with plans to launch key products by 2027.
At an innovation event, Zhiyuan introduced a new performance metric called 'Worken' to measure effective robot labor hours and announced several technological advancements. These include the GO-3 Preview embodied base model, which achieved top rankings in three benchmarks; the WITA-OMNI multimodal interaction model, leading four evaluations; the AGILE motion intelligence framework; the AHA3 hardware architecture; the G2 Max heavy-duty robot body; and the Lingqu OS 1.0 operating system, scheduled for open-source release by year-end.
Shanghai Daxia Infinite Robotics Co., Ltd. (Daxia Robotics) and Nanyang Technological University's S-Lab have released Mundo, a world model designed for specific environments that supports scene reconstruction, free-view exploration, and spatiotemporal simulation.
At the 5th Global Digital Trade Expo, Hangzhou Memo Technology Co., Ltd. unveiled Physical-WAM, a world action model with physical perception capabilities, and RoboTwin-Phys, an industry-first benchmark for evaluating physical drift in robot operations.
China's National Standardization Administration has released the first six recommended national standards for humanoid robots, to be implemented in April 2027. These standards, developed by the National Robot Standardization Technical Committee, cover key areas such as technical requirements, environmental perception, and simulation testing. Anhui's institutions and companies, including the Jianghuai Frontiers Technology Collaborative Innovation Center and local universities, have deeply participated in the development of all six standards, contributing to the scientific and practical aspects of the national standards.
The first URKL global humanoid robot free fighting league's 32-to-16 round concluded with 16 teams advancing, each receiving a T800 robot for algorithm development and real-world testing. The event evaluates motion control, dynamic balance, and environmental adaptation through standardized challenges, offering a unified platform for algorithmic and engineering validation across diverse teams.
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