Scientists at the University of Cambridge have developed an AI tool that diagnoses celiac disease faster than pathologists. Trained on over 4,000 images, the algorithm can provide results in under a minute, potentially reducing wait times for patients and alleviating pressure on healthcare systems.
Daedong Kioti has unveiled the RT100, an advanced autonomous transport robot designed for agricultural and industrial applications. Featuring cutting-edge navigation technology, it can carry up to 300 kg and operates quietly on electric power. The RT100 offers three autonomous modes, enhancing efficiency and safety in various environments.
Chinese startup MagicLab has unveiled its humanoid robot, Xiaomai, designed to perform various customer service tasks, including haircuts and hotel greetings. With plans to produce 400 units by 2025, MagicLab aims to enhance the robotics industry, focusing on real-world applications and improving quality of life.
Engineers at the University of California, Berkeley, have developed the world’s smallest flying robot, inspired by bees. Measuring just 1 centimeter in diameter and weighing 21 milligrams, it operates wirelessly using magnetic fields. This innovative design could aid in tasks like artificial pollination and exploring confined spaces.
The smart home revolution is transforming living spaces with AI-powered devices. From intelligent refrigerators to energy-efficient systems, households now contain 9+ smart devices, optimizing daily life while presenting privacy challenges and promising future technological advancements.
The rise of smart home technology, with the average American home now housing 9 or more smart devices, is revolutionizing our living spaces. This transformation enhances convenience, energy efficiency, and accessibility while addressing privacy and security concerns. As AI integration deepens, homes will become increasingly responsive to our individual needs.
The world’s first lightweight flexible wearable robot, “muscle exoskeleton,” was unveiled in Wuxi, designed to assist individuals with mobility issues like stroke and Parkinson’s. This innovative device focuses on personalized rehabilitation, enabling users to regain walking abilities and promoting active recovery through real-time gait analysis and support.
Gartner forecasts that global spending on generative AI will reach $644 billion in 2025, marking a 76.4% increase from 2024. The report highlights that 80% of this spending will be on hardware, emphasizing the need for organizations to adapt their strategies and focus on embedded AI capabilities within existing systems.
Figure, a U.S. robotics company, has achieved a breakthrough in humanoid robot technology, enabling its Figure 02 robot to walk with a more natural gait. This advancement, utilizing reinforcement learning, enhances robots’ mobility in real-world environments, paving the way for practical applications in industries like manufacturing and warehousing.
Nigerian urologist Professor Kingsley Ekwueme has made history by performing West Africa’s first robotic prostate cancer surgery in Lagos. Utilizing the da Vinci robotic system, he aims to provide accessible, high-quality healthcare in Nigeria, emphasizing the importance of advanced training for local doctors and reliable medical facilities.
