HD Hyundai has partnered with Persona AI and Basil Company to develop Korea’s first welding humanoid robot, aiming for commercialization by 2027. This initiative seeks to enhance production efficiency and worker safety in shipyards through advanced AI and robotics, marking a significant step towards automation in the shipbuilding industry.
In an interview, Ryu Sang-hoon of HD Hyundai Samho discusses the integration of collaborative robots in shipbuilding, enhancing productivity by reducing assembly time by 1-2 days. He emphasizes that automation aims to reduce human labor intensity, not replace workers, fostering a collaborative environment between humans and robots.
At HD Hyundai Samho Shipyard, collaborative robots are revolutionizing welding processes, reducing worker fatigue and enhancing productivity. By automating tasks in confined spaces, the shipyard has achieved a 70% automation rate in internal processes, aiming to increase external automation to 50% within three years, improving safety and efficiency.
A robotic dog in China is revolutionizing safety by detecting radioactive radiation and performing hazardous inspections at ports. This advanced technology minimizes human exposure to radiation, enhancing efficiency and safety in customs operations. With its impressive capabilities, the robot is set to play a crucial role in risk management.
A significant advancement in artificial intelligence has led to the rise of virtual companions, or “AI friends,” capable of engaging in meaningful conversations. While these applications offer emotional support, experts warn of potential psychological impacts, including dependency and altered human relationships, raising questions about their role in mental health.
Kerala has become the first state in India to mandate robotics education for all class 10 students, starting June 2. The initiative integrates robotics into the ICT curriculum, providing hands-on activities and robotic kits to enhance learning. This follows Kerala’s earlier success in making AI education accessible to seventh graders.
Scientists at EPFL have developed edible robots, including a water robot that degrades into fish food and a wedding cake robot called RoboCake. These innovations aim to address electronic waste and have potential applications in healthcare and environmental management, redefining the boundaries between technology and food.
Chinese scientists have developed a 3D printing robot capable of creating bricks from lunar soil. This innovative technology was showcased at China’s deep space exploration laboratory on April 18, 2025. The advancement could play a crucial role in future lunar construction and exploration efforts.
China’s robotics industry is thriving, with Midea Group’s factory in Guangdong producing robots that build other robots. The region boasts over 160,000 robotics enterprises, contributing to a significant increase in industrial robot output. Supportive policies and a strong talent pool further drive innovation in this burgeoning sector.
Scientists at MIT have developed the E-BAR (Elderly Bodily Assistance Robot) to assist elderly individuals with daily tasks. This advanced robot can help prevent falls, provide physical support, and even engage in light exercises. As India’s aging population grows, such technology could offer vital support for seniors living alone.
