Robots are increasingly becoming integral to our daily lives, from autonomous vehicles to robotic assistants in homes. Researchers at ASU are developing general-purpose robots capable of performing domestic tasks, addressing the challenges of an aging population and enhancing human-robot interaction for a more supportive living environment.
In preparation for this year’s Hajj, pilgrims in Makkah will benefit from a new AI-powered robot designed to assist with religious inquiries. Unveiled at the Grand Mosque, the robot aims to enhance the spiritual experience by connecting worshippers with scholars through direct video calls, blending tradition with modern technology.
NVIDIA, in collaboration with Foxconn, has introduced Nurabot, the world’s first AI nursing robot, now assisting in select hospitals. Designed to alleviate the growing shortage of nurses, Nurabot handles time-consuming tasks, allowing human staff to focus more on patient care, potentially reducing their workload by up to 30%.
A team of Purdue University students has shattered the world record for solving a Rubik’s Cube, achieving an astonishing time of 0.103 seconds with their robot, Purdubik’s Cube. This breakthrough highlights the democratization of innovation, allowing smaller teams to compete with major corporations in advanced robotics.
The world of microrobots, inspired by the incredible abilities of insects, is rapidly evolving. Innovations like the BHMbot showcase tiny robots capable of complex tasks in inaccessible environments, with potential applications in search and rescue operations, environmental monitoring, and medical delivery, highlighting the promise of biomimicry in robotics.
Engineers from MIT have unveiled E-BAR, a revolutionary robot designed to assist seniors with daily activities and prevent falls. With advanced mobility features and a focus on user comfort, E-BAR addresses critical needs for independence, though high production costs and insurance coverage remain significant barriers to widespread adoption.
A recent study from the University of Pennsylvania reveals that the design and voice of AI-driven robots can significantly influence consumer decisions. Robots with “friendly” features and male characteristics were found to be more persuasive, particularly among women with lower feelings of power, challenging previous notions about gendered robot design.
Researchers from MIT, Amazon Robotics, and the University of British Columbia have developed a groundbreaking technique allowing robots to assess object properties by shaking them. This sensor-free method utilizes internal sensors, enabling robots to interpret their environment efficiently, particularly in low-visibility situations, and could revolutionize robotic perception.
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.
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.
