World Insights: AI dominates industrial landscape at Hannover Messe [English]

At Hannover Messe 2025, AI and humanoid robots are transforming industrial manufacturing. Experts highlight AI’s potential to enhance efficiency for frontline workers, while collaborations among major companies signal a growing investment in humanoid robotics. The event also addresses the evolving landscape of sustainable energy, particularly hydrogen technology.

AI screening for opioid use disorder associated with fewer hospital readmissions | National Institute on Drug Abuse [English]

A recent NIH-supported clinical trial revealed that an AI-driven screening tool effectively identifies hospitalized adults at risk for opioid use disorder, leading to a 47% reduction in 30-day hospital readmissions. This innovative approach not only enhances access to addiction treatment but also offers significant healthcare cost savings.

Customer service: five benefits of incorporating technology into your processes [Spanish]

Artificial Intelligence is transforming customer service, enabling companies to innovate in a competitive landscape. With 76% of Peruvian businesses undergoing digital transformation, technology enhances operational efficiency and personalized user experiences. Key benefits include improved service speed, proactive problem-solving, and better understanding of customer needs.

The Evolution of Motion Technology in Robotics and Packaging Industries [English]

Motion technology has revolutionized robotics and packaging, enhancing precision, efficiency, and reliability. With advancements in AI and smart motion control systems, robots can adapt to various environments, while automated packaging ensures consistent quality and speed. The future promises even greater innovations focused on sustainability and operational effectiveness.

AI teaches breast cancer surgery… Domestic researchers develop ‘deep learning training tool’ – Komedicom [Korean]

A South Korean research team has developed an AI-assisted surgical tool for breast cancer surgery, enhancing training for specialists. By utilizing deep learning algorithms, the system predicts optimal incision boundaries, improving surgical precision and reducing complications. This innovation marks a significant advancement in minimally invasive robotic surgery techniques.

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