The ILO’s report highlights the dual impact of AI and digitalization on workplace safety. While these technologies enhance worker well-being by automating hazardous tasks, they also introduce new risks. Urgent regulation and worker involvement are essential to ensure that digital transformation promotes safety without compromising health.
The Museum of the Future has unveiled an enhanced version of the Ameca robot, featuring advanced capabilities for visitor interactions. With realistic facial expressions and multilingual communication, Ameca serves as an intelligent assistant, integrating modern AI technologies to provide intuitive experiences for global audiences.
Humanoid robots are advancing in locomotion but still struggle with dexterity, a crucial aspect for practical applications. While companies invest billions in development, tasks requiring flexible manipulation remain challenging. Current robots can perform specific actions but lack the adaptability and precision seen in human capabilities.
A new AI-powered robot has joined a classroom in Sabae City, captivating students with its human-like movements. Designed to support children’s mental health, the robot recognizes faces and engages with students, providing comfort and companionship. Teachers believe it will help children cope with sadness and anxiety.
In 2025, AI-powered robots are transforming industries with advanced perception systems, enabling autonomous decision-making and safe human collaboration. From manufacturing to healthcare, these intelligent machines enhance efficiency, deliver precision, and work alongside humans, revolutionizing how we approach complex tasks.
AI-powered robots are transforming industries by bridging digital intelligence with the physical world. In 2025, these adaptive, multi-tasking machines enhance manufacturing, healthcare, and small businesses, enabling greater efficiency and collaboration. As they evolve, ethical considerations and equitable access remain crucial for a future where humans and robots thrive together.
Researchers at Cornell University have developed RHyME, a groundbreaking system enabling robots to learn complex tasks from a single video. This innovative approach enhances efficiency and adaptability, significantly reducing training data requirements and improving success rates in robotic tasks, paving the way for smarter robotic assistants in real-world applications.
In a groundbreaking event, humanoid robots raced alongside humans in a half-marathon in Beijing. While the robots struggled to keep pace, the Sky Project Ultra finished in 2 hours and 40 minutes, showcasing advancements in robotics. This historic race highlights the evolving capabilities of technology in sports.
Chinese scientists from Tsinghua University have developed a groundbreaking shapeshifting micro-robotic system. Weighing just 25 grams and measuring 9 centimeters, this untethered microrobot can adapt its form for various environments, enabling it to walk, fly, and perform complex tasks, potentially revolutionizing applications in hazardous settings and medical devices.
Virginia Fonseca and Zé Felipe enjoyed a unique dining experience in Japan, where they were served by robots at a high-tech restaurant. Virginia shared their amusing interactions with the machines on Instagram, highlighting the entertaining show the robots put on, much to their delight.
