Articles tagged with "human-robot-collaboration"
Photos: High-tech humanoids steal the spotlight at Japan’s 2025 International Robot Exhibition
The 2025 International Robot Exhibition in Tokyo, marking its 26th edition, spotlighted advanced humanoid and AI-driven robots designed to collaborate with humans rather than replace them. Centered on the theme "Sustainable Societies Through Robotics," the event emphasized robots’ roles in supporting industries and addressing social challenges by working alongside people in homes, factories, and public spaces. Major companies and research groups showcased intelligent machines capable of object recognition, voice command processing, and complex decision-making, reflecting a growing expectation for adaptable robotic systems. Notable demonstrations included Kawasaki Heavy Industries’ humanoid robot performing emergency tasks like extinguishing a fire and rescuing a toy cat, highlighting its potential use in hazardous environments. Kawasaki also presented CORLEO, a personal mobility robot aimed at everyday transportation. Fanuc exhibited a robotic arm that used AI to follow voice instructions and visually identify and manipulate objects, showcasing advances in simplifying human-robot interaction. The exhibition also revealed intensifying international competition, particularly between China and the U
roboticshumanoid-robotsAI-in-roboticsindustrial-robotshuman-robot-collaborationautomationintelligent-machinesVideo: Russian airline tests humanoid robot as in-flight attendant
Russian airline Pobeda has become the first in the world to deploy a humanoid robot, named "Volodya," as part of its in-flight cabin crew on the Ulyanovsk-Moscow route. During the trial flight on November 12, Volodya greeted passengers, delivered safety instructions, and interacted with travelers, enhancing the passenger experience despite not serving food or beverages. The robot, resembling a Unitree G1 model, demonstrated reinforcement learning technology by mimicking flight attendant actions, drawing significant interest from passengers who took photos with it. However, the introduction of humanoid robots in aviation has sparked mixed reactions. Some social media users expressed concerns about robots potentially replacing human jobs and questioned the necessity of such automation. Others humorously highlighted risks if the robot malfunctioned during flight. Despite these concerns, other airlines like Qatar Airways are also exploring humanoid robots equipped with conversational AI to assist passengers, while manufacturers such as Hyundai and Kia are developing wearable robots for aviation assembly and maintenance. The
robothumanoid-robotaviation-technologyAIautomationhuman-robot-collaborationairline-innovationBeyond the robot: Shaping the future of autonomous operations - The Robot Report
The article "Beyond the robot: Shaping the future of autonomous operations" from The Robot Report highlights a significant evolution in the role of autonomous robots in industrial settings, as exemplified by ANYbotics’ ANYmal robot used for gas-leak detection and thermal inspections. At the ANYbotics Industry Forum (AIF) 2025, industry leaders and customers shared insights emphasizing a shift from focusing solely on robotic mobility and autonomy to leveraging the data intelligence, workflow integration, and human-robot collaboration that these systems enable. Real-world examples, such as a metals industry customer using ANYmal for thermal inspections to prevent furnace failures, demonstrate how robotics can scale operations, enhance safety, and generate substantial cost savings—over $1 million by avoiding downtime in this case. The article identifies three key takeaways defining the next phase of autonomous operations. First, it introduces the concept of Industry 5.0, which emphasizes a human-centric approach where robots handle repetitive, risky tasks, allowing workers to focus on
robotautonomous-systemsIndustry-5.0roboticsindustrial-automationhuman-robot-collaborationpredictive-maintenanceRobot Talk Episode 132 – Collaborating with industrial robots, with Anthony Jules - Robohub
In Robot Talk Episode 132, Claire interviews Anthony Jules, CEO and co-founder of Robust.AI, about their autonomous warehouse robots designed to collaborate seamlessly with human workers. Robust.AI’s flagship product, Carter™, is engineered to operate within existing warehouse environments without disrupting current workflows, emphasizing human-centered automation. Anthony Jules brings over 30 years of experience in robotics, AI, and business, combining technical expertise with operational leadership to advance AI-driven warehouse automation. The episode highlights the growing trend of integrating autonomous robots into human workplaces to enhance efficiency while maintaining collaboration and safety. Jules’ background, including his MIT training and leadership roles in various tech companies, underscores the innovative approach Robust.AI takes in developing robots that complement rather than replace human labor. This conversation fits within the broader context of Robot Talk’s focus on robotics, AI, and autonomous machines, showcasing practical applications and ongoing advancements in the field.
roboticsindustrial-robotswarehouse-automationAI-driven-robotshuman-robot-collaborationautonomous-robotsrobotic-technologyGerman robot works at construction site, helps humans to build wall
A German robot developed by the Technical University of Munich (TUM) is assisting humans on a construction site by precisely placing bricks to build a climate-optimized wall. The robot, equipped with a gripper and mounted on a mobile base, can move along a 4 x 2.5 meter wall and uses a digital twin of the structure to integrate assembly logic directly into the design process. This collaboration enhances precision beyond human capability without replacing skilled craftsmen, instead complementing their work. Apprentices working alongside the robot have adapted to this new method, highlighting that collaborative robotics expands craftsmanship rather than displacing it. The project emphasizes simpler, sustainable construction using only bricks arranged in multiple layers to create a thicker, climate-resilient wall. Different types of bricks—weather-resistant clinker on the outside and insulating perforated bricks inside—are used to improve durability and insulation. This monomaterial approach also facilitates easier dismantling and reusability, aligning with goals for sustainable urban building envelopes informed by climatic simulations
roboticsconstruction-robotcollaborative-robotsdigital-twinprecision-buildinghuman-robot-collaborationautomated-bricklayingChina's 'robot wolves' fire rifles, climb ladders, and hunt in packs
China’s People’s Liberation Army (PLA) has introduced advanced quadrupedal “robot wolves” in a public military drill, marking a significant development in unmanned ground combat technology. These robots, weighing around 70 kilograms and developed by China South Industries Group Corporation, are designed to operate alongside human soldiers in complex terrains, including urban, mountainous, and plateau environments. Equipped with rifles and capable of climbing ladders and overcoming obstacles, the robot wolves participated in a joint exercise with infantry units and aerial drones, performing tasks such as precision strikes, reconnaissance, and coordinated breakthroughs. The exercise demonstrated the robots’ ability to maintain pace with troops and integrate into traditional assault tactics, potentially reducing human casualties in dangerous combat scenarios. Military analysts highlight the strategic impact of these robot wolves, suggesting they could surpass aerial drones in battlefield effectiveness by relentlessly advancing and psychologically affecting opposing forces. The deployment aligns with China’s broader push toward man-machine warfare, envisioning future combat frontlines dominated by robotic systems equipped with sensors and precision weapon
robotmilitary-roboticsquadrupedal-robotsautonomous-weaponsunmanned-systemshuman-robot-collaborationdefense-technologyA beginner’s guide to safe human-robot collaboration - The Robot Report
The article "A beginner’s guide to safe human-robot collaboration" from The Robot Report emphasizes the critical role of robot safety standards in enabling peaceful and effective coexistence between humans and robots in various environments such as factories, warehouses, hospitals, and homes. These standards, developed over decades by global experts, provide structured guidelines for robot design, integration, operation, and maintenance to minimize risks of collisions and injuries. They specify safety measures including safe distances, speed limits, emergency stops, and risk assessments, creating predictable environments that foster trust in human-robot interactions. The global landscape of robot safety standards is complex, involving multiple standards bodies like ISO, Robotic Industries Association (A3), and European Standards (EN), with additional organizations in countries such as Japan, China, and India. Standards often have different names and enforcement practices depending on the region—for example, ISO 10218 is implemented under different codes in Europe, Japan, and the U.S., with varying degrees of mandatory compliance. Although achieving
robothuman-robot-collaborationrobot-safety-standardsindustrial-robotsISO-10218robot-integrationrobot-operation-safetyRealMan displays embodied robotics at Automate 2025
robotroboticsautomationAIhealthcareindustrial-manufacturinghuman-robot-collaborationAmazon offers peek at new human jobs in an AI bot world
robotAIautomationworkforcejob-trainingwarehouse-technologyhuman-robot-collaborationSonair debuts ADAR, a 3D ultrasonic sensor for autonomous mobile robots
robotautonomous-mobile-robotssensor-technologysafetyhuman-robot-collaboration3D-sensingADAR