Universal Robots

Researchers at the Technical University of Munich have developed a soft robotic exosuit that assists older adults with standing up and walking. In a study, 10 participants completed sit-to-stand movements faster while wearing the suit, which supports the body with fabric-based actuators rather than a rigid frame. The work points to assistive robotics that could help seniors stay mobile and independent in daily life.

Researchers at Southern Illinois University have developed a robot paired with artificial intelligence capable of detecting soybean diseases before visible symptoms appear in crops. The technology could allow farmers to intervene earlier, potentially reducing crop losses and pesticide use. The announcement has drawn attention within the agricultural technology community as interest grows in AI-driven precision farming tools.

Engineers at the University of Washington have developed a tiny jumping robot capable of precisely controlling how high it leaps. The breakthrough could matter for applications where small robots need to navigate uneven terrain or obstacles, such as search-and-rescue or inspection tasks. Details of the mechanism behind the fine jump control have drawn attention across robotics news outlets.

Researchers at Southern Illinois University have developed a robot equipped with artificial intelligence designed to detect soybean diseases early. The system is intended to identify problems in fields before they spread, helping farmers protect yields. The project highlights growing use of agricultural robotics and machine learning in crop monitoring across the US farm sector.

A Pakistani robotics startup has organized a hackathon at UC Berkeley, aiming to strengthen technology links between Pakistan and the United States. The event, reported by Arab News, highlights growing efforts by Pakistani tech companies to build international partnerships and showcase the country's engineering talent on a global stage.

Engineers at UCLA have developed a small hopping robot that moves like a frog, using twisting elastic rods as its propulsion mechanism. The design stores energy in the elastic rods, which twist to launch the robot into jumps. The work points to new ways of building agile robots that can hop over obstacles where wheels or legs struggle.

Engineers at UC Davis have developed a tiny flying robot designed to survive collisions, a step toward operating outside controlled laboratory conditions. The robot's ability to take a hit could allow small drones to navigate cluttered, unpredictable environments such as buildings, forests, and disaster zones. The work highlights ongoing efforts in robotics to make small aerial machines robust enough for practical, real-world use.

A research project supported by Honda, based at Cal State Fullerton, is working on ways to build trust between humans and robots. The initiative explores how people can rely on robotic systems in everyday settings, an increasingly important question as robots move into workplaces, homes and public spaces. The university announced the collaboration, highlighting the role of academic research in shaping how humans interact with emerging automation technology.

Researchers at Cornell University have designed a large underwater robot modelled on the oarfish, a deep-sea creature known for its long ribbon-like body and distinctive dorsal fin. The team studied how the fish propels itself with a rippling fin along its body and reproduced that movement in the robot, aiming for efficient, stable swimming at scale for future underwater exploration.

Researchers at the Singapore University of Technology and Design have developed a small robot that descends by spinning like a falling maple seed and can then travel across water like a boat. The design combines aerial and aquatic mobility in one lightweight device. The work has been covered by science news outlets including EurekAlert and Asia Research News, drawing attention for its novel bioinspired approach.

Emory University and Georgia Tech have announced a new dual-degree pathway connecting medicine and robotics. The program is designed to train students at the intersection of healthcare and engineering technology, preparing them to develop and apply robotic systems in clinical settings. Details on curriculum, enrollment timelines, and degree structure have not yet been widely reported.

Researchers at the National University of Singapore's College of Design and Engineering report that a single artificial muscle can drive dexterous motion in soft robots, a capability usually requiring multiple actuators. The announcement, carried via EurekAlert, suggests simpler, cheaper designs for soft robotics with applications in manipulation and delicate tasks. Details of the underlying mechanism and peer review status are not yet widely reported.

The University of Alabama in Huntsville is putting autonomous drone technology to the test in the final round of an international NATO competition focused on disaster support. The event challenges teams to demonstrate how unmanned systems can aid emergency response in disaster scenarios, and the university's participation highlights growing collaboration between US academia and NATO allies on disaster-relief robotics.

Researchers at the National University of Singapore's College of Design and Engineering report that a single artificial muscle can drive dexterous motion in soft robots. The finding, announced via a science news release, suggests simplified actuator designs could make soft robotic systems cheaper and easier to build, with potential uses in grippers, medical devices and adaptable machines.

Robotics firm Hello Robot has received a Phase IIB grant from the US National Institutes of Health, awarded in partnership with the University of Illinois Urbana-Champaign. The funding will support continued development of the company's assistive robotics technology. The announcement was carried by Business Wire, and the grant marks a step forward in translating home-robotics research toward real-world healthcare applications.