Robot Makers GmbH is a German company adding autonomous intelligence to existing mobile machines. Core applications include autonomous row-crop operation for agricultural machinery and autonomous mowing of green spaces. The firm partners with established machine manufacturers to retrofit autonomy capabilities.
RSF defines a common language for robot service capability, lifecycle operations, certification pathways, and service-provider networks.
Lumisition Robotics, founded in February 2026 by a team of experts including a former DJI engineer, has raised approximately 50 million yuan (around $7 million) in angel funding led by Zhengxuan Capital. The funds will primarily support product development, algorithm iterations, and preparations for mass production of their consumer-grade quadruped robots aimed at outdoor applications. The company targets homeowners in Europe and North America, outdoor enthusiasts, and the elderly, focusing on practical applications such as transporting goods over challenging terrains. Unlike many consumer robots that emphasize companionship, Lumisition aims to enhance physical labor capabilities, addressing needs like last-mile transportation in large residential areas. Their product line will include various models suited for urban, light urban, and outdoor environments. Lumisition Robotics plans to conduct outdoor testing in October 2027 and officially launch their product at CES 2027, with mass production expected to begin between April and May 2027. The company is also focused on reducing hardware costs through innovative design and optimization strategies, ensuring competitive pricing while maintaining performance.
Om AI has introduced the VLX series, the world's first edge-based streaming multimodal model for physical AI, designed to integrate continuous perception, precise localization, and decision-making. This innovative architecture, which emerged from years of focused development, positions Om AI at the forefront of the physical AI sector, which has seen over $6.4 billion in funding in the first quarter of 2026 alone. The significance of the VLX series lies in its ability to provide a cohesive framework that allows various physical devices, such as robots, drones, and security cameras, to transition from passive execution to active scene adaptation. This shift is crucial as the industry moves from digital AI to physical AI, with a growing emphasis on real-world applications and the need for robust, responsive systems. Looking ahead, the industry is expected to witness further advancements in physical AI, particularly as the demand for edge-based intelligent systems increases. Om AI's commitment to developing the VLX series reflects a strategic response to the evolving landscape, with no further timeline disclosed at the time of publication for upcoming milestones or product releases.
Elon Musk predicted during Tesla's earnings call in January 2026 that Optimus will become the company's largest product, potentially ten times bigger than its next biggest offering. Tesla is transitioning its Fremont factory to focus on Optimus production, increasing the annual capacity target for the Optimus V3 line from 50,000 to approximately 70,000 units, with plans to add another 70,000 units in Austin by 2028. Musk emphasized the competitive landscape, stating that China will be Tesla's biggest rival in the humanoid robot market, citing the country's strengths in scaling and manufacturing. According to TrendForce, the commercialization of humanoid robots is expected to accelerate in 2026, with China's production projected to grow by 94% annually, accounting for about 90% of global shipments last year. Tesla plans to initiate small-scale production of Optimus between late July and August 2026. Musk's insights indicate a clear competitive race between the U.S. and China, with no significant competitors outside of China currently visible to Tesla, highlighting the intense rivalry in AI and manufacturing capabilities.
Humanoid Robots AI Robotics Manufacturing TeslaA robot in a warehouse near Austin has fallen for the 4,000th time without assistance, showcasing the progress of embodied intelligence. This technology allows machines to physically interact with the world, fundamentally changing how they learn. Instead of merely processing information, these robots learn through experience, such as understanding gravity by knocking over objects. Embodied intelligence is gradually integrating into daily life, with humanoid robots working on assembly lines and assisting police in Hangzhou. In Malaysia, the Prime Minister introduced an AI digital twin to handle citizen inquiries autonomously. However, in Europe, there is growing concern about job displacement, with unions negotiating wage structures in anticipation of humanoid robot deployment. The societal divide is evident: while Asian countries view robots as helpful assistants, Europeans express fears of job loss. The future of embodied intelligence will depend on societal acceptance, highlighting a complex relationship between technology and human values. No further timeline was disclosed at the time of publication.
Embodied Intelligence Robotics AI Technology Human-Robot InteractionAt the Goodwood Cricket Ground, a fox-eared robot on roller skates greeted visitors without imitating humans or threatening to replace them, showcasing its unique identity. This event, part of the FOS Future Lab's Intelligent Systems Zone, featured three exhibitors presenting diverse answers to the question of what intelligent machines should do for humanity. One Sheffield startup, led by Raspberry Pi co-founder Liz Upton, demonstrated a method for programming robots using simple English. A robotic arm responded to natural language commands, with COO Eleanor Tang-Smith emphasizing the goal of making robots perform tasks that humans find tedious. Meanwhile, a large screen displayed a real-time reconstruction of Goodwood's famous Taylor Garage, merging digital and physical worlds seamlessly. The fox-eared robotic dogs, designed in Paris, avoided the 'uncanny valley' by engaging with humans through expressive features. They are already in use in hospitals and airports for tasks like transporting and assisting, allowing humans to focus on more urgent matters. The event highlighted three approaches to human-robot interaction, emphasizing the importance of language, vision, and gestures in redefining the interface between humans and machines.
Robotics AI Spatial Computing Human-Robot InteractionResearchers from Keio University and MIT Media Lab have unveiled a soft floating robot designed to foster emotional connections without traditional robotic features. Unlike conventional robots, this helium-filled creation resembles a white whale, responding to human touch with gentle movements rather than mechanical sounds or speech. The significance of this innovation lies in its ability to bypass the 'uncanny valley' effect, which often causes discomfort when robots closely mimic human appearance. By avoiding human-like features and instead utilizing soft materials and subtle movements, the robot can convey intentions and emotions, making it a safer and more approachable companion in everyday environments. Looking ahead, the research team plans to integrate multimodal interactions, allowing the robot to sense human posture, voice, and gaze to enhance its floating interactions. This approach aims to create a gentle presence that accompanies humans without the need for speech or complex thought, marking a new era in human-robot coexistence.
Soft Robotics Human-Robot Interaction Emotional AI Floating RobotsOn July 13, FF founder Jia Yueting announced the upgrade of FF Robotics' strategy from a 'Trinity' model to a 'Quad-Core Intelligence' ecosystem. This strategic iteration follows the launch of four major robot series in February and the completion of the 'Full-Form EAI Robot World' in June, marking a significant advancement in embodied intelligence. The upgrade introduces a new core module focused on industry productivity solutions and a developer platform, targeting four key sectors: education, industrial, security, and inspection. Jia emphasized that this shift aims to transition from standalone capabilities to a comprehensive system that addresses industry-specific pain points, facilitating the practical application of FF robots in real-world scenarios. Looking ahead, FF aims to achieve a sales target of 2000 units by the end of the year, with the Q3 launch of the first FF EAI Robot Productivity Practical League to showcase real-world applications. This initiative, alongside the sales goal, is expected to validate the effectiveness of robots as productivity tools, moving beyond mere demonstrations to practical utility.
Robotics Artificial Intelligence Industry Solutions Productivity ToolsElon Musk has announced that Tesla's Optimus humanoid robots will lead the construction of a lunar outpost by the end of 2026. SpaceX plans to launch essential construction materials, including modular living quarters and energy equipment, to the Moon using the Starship rocket. The deployment of robots aims to minimize human safety risks and efficiently handle repetitive heavy labor tasks. The rationale behind using robots instead of humans is to reduce complexity and enhance operational efficiency. According to Jim Cantrell, a member of the SpaceX founding team, robots only require sunlight and occasional maintenance, allowing them to work continuously. Upon arrival on the Moon, the Optimus robots will autonomously unload materials, prepare the lunar surface, and assemble prefabricated habitats while also extracting water ice for life support and fuel. Musk envisions the Moon as a testing ground for Mars colonization, with plans to send astronauts to the Moon within 2-3 years and establish a self-sustaining city by 2036. However, challenges remain, including the need for successful orbital refueling of the Starship and overcoming harsh lunar conditions. No further timeline was disclosed at the time of publication.
Humanoid Robots Space Exploration Lunar Colonization Construction RoboticsMitsubishi Motors has announced plans to start mass production of humanoid robots at its factory in Japan by 2027. In collaboration with the Tokyo University startup Highlanders, the company aims to produce 1,000 units per month initially, utilizing existing space in its Kyoto engine plant. The robots will first be deployed in Mitsubishi's own facilities for tasks such as parts handling and engine assembly. This initiative is a response to Japan's aging population and the resulting labor shortages in the manufacturing sector, prompting a shift towards automation. By developing these robots for internal use, Mitsubishi aims to address its own workforce challenges before considering external sales. The humanoid robots, standing approximately 175 cm tall, will feature stable walking and grasping capabilities, controlled by an AI system. As the global humanoid robot market is projected to reach $729 billion by 2050, Mitsubishi's production plans represent a significant step for a traditional automaker entering this space. The company's pragmatic approach of first utilizing the robots internally reflects its strategy to tackle labor shortages while exploring future market opportunities. No further timeline was disclosed at the time of publication.
Humanoid Robots Manufacturing Automation AI Technology RoboticsTesla has officially dismantled the production line for its Model S and Model X vehicles at its Fremont factory, marking the end of a 14-year era. The entire process took just 46 days, as captured in a video released by Tesla, which stated, 'End of an era.' These flagship models have been pivotal in establishing Tesla's reputation in the luxury electric vehicle market since their launch in 2012. The dismantling is part of Tesla's strategic shift from traditional automotive manufacturing to robotics and artificial intelligence. The space will be repurposed for the production of the Optimus humanoid robots, with a target annual production capacity of up to 1 million units. Elon Musk has emphasized this transition, indicating a significant change in Tesla's focus and operations. The new production line for Optimus is expected to begin large-scale production by late July to August 2023, with plans to achieve a weekly output of 1,000 units by September and increase to 2,000 to 2,500 units by the end of the year. This marks a pivotal moment for Tesla as it aims to redefine its identity in the tech-driven landscape of robotics.
Humanoid Robots Robotics AI Manufacturing TeslaA comprehensive industry analysis of Physical AI — covering Embodied AI, Field AI, Factory AI, VLM, World Model, VLA, and the VLA vs WAM architecture debate. Includes 20+ companies, 28 references, and the RobotToday Physical AI Landscape diagram. July 2026.
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China controls 80% of humanoid robot shipments and crushes hardware costs. But is winning the body enough? A deep analysis of the US-China robot war beyond the EV analogy.
As warehouses deploy robots from multiple vendors, interoperability becomes critical. Learn how robotics orchestration platforms like Roboteon enable seamless multi-vendor AMR integration, fleet management, and plug-and-play automation for distribution centers.
IMTS 2026 — the 36th edition of the International Manufacturing Technology Show — returns to McCormick Place, Chicago, September 14–19. 2,000+ exhibitors, 114,000 attendees, covering industrial robots, AI manufacturing, CNC, and automation.
This week in robotics: the Humanoids Summit debuts in Tokyo, China assigns every humanoid robot a digital ID, Figure signs a Catalyst Brands deployment deal, and Unitree heads to a June 1 IPO hearing. May 23–29, 2026.
From rotary joints hitting 530 N·m+ to linear joints with planetary roller screws, integrated actuators are replacing the three-part drivetrain. Full supplier map: Tihu, PhyArc, RobStride, Schaeffler, maxon — and China's path from 1,000-RMB modules to global standard-setter.
ISAM technology breaks rocket fairing limits through robotic space manufacturing. Market grows from $3.5B to $14.5B by 2032. See how 3D printing, autonomous assembly, and orbital fabrication are creating off-Earth factories.
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