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New kinematic intelligence framework enables different robots to learn and execute identical tasks safely, improving cross-platform adaptability, reducing reprogramming effort, and...
What if robots could move and organize without code or electronics? These particles do this using shape and vibration to create coordinated behavior. Researchers at Georgia Institu...
Researchers have developed a robotic system with an artificial ear that can listen to and respond to live musical performances in real time, opening new possibilities for adaptive...
Thanks to researchers at Georgia Tech, robots have taken several new steps towards replacing human labor – and not simply for dangerous tasks such as mining the depths of the Earth...
Soft robotics – machines made of flexible, muscle-like materials – can bend and stretch in fluid ways that put the rigid robots of old sci-fi movies to shame. But the flexibility...
hospital workflows, reduce staff burden, and create more human-centered robotic systems for future medical environments. A Cornell Tech-led research team has developed a new approa...
A robotic hand with grip control, tactile sensing, and hybrid actuation aims to improve humanoid robots’ object handling and performance in changing environments. Xynova has unveil...
A pea-sized liquid-metal pump enabling ultra-low-voltage soft robots with butterfly wings, wearable haptics, and adaptive motion, potentially transforming compact robotics, biomedi...
From inspection to movement, integrated systems are enabling smarter decisions, reducing manual effort and improving efficiency across manufacturing logistics. Hikrobot is advancin...
New 3D tactile sensing modules bring human-like touch to robotic hands, enabling precise force detection, adaptive grip, and real-time interaction for next-generation intelligent a...
In the fast-moving world of humanoid robotics, much of the attention remains focused on high-profile prototypes and demonstration videos. Yet behind the scenes, a quieter but equal...
Living robots now have nervous systems, letting them control movement and change behavior, pointing to a future where biology becomes programmable. Scientists at the Wyss Institute...
Controlling a robot with direction, speed, individual wheel movement, and more through a single FPC wire makes the overall design compact and efficient. The system can also be conf...
The earliest commercial robots, like those used in factories for assembly, weren’t intelligent at all — they simply moved motors in sequence according to pre-programmed commands. B...
Robotics is often discussed through software, sensors, artificial intelligence, and automation platforms. Those areas deserve attention, but they are not the whole story. Every rob...
Robots are changing warehouses. A new wave of edge computing is supporting industrial automation and enabling communication between machines, sensors, and systems. The global surge...
Learn the real-world infrastructure and effort required to deploy AI robotics from leaders at Universal Robots, PickNik, and Path Robotics. The post AI Robotics: Moving from the la...
As robotics systems grow more complex, the need for unified models that can handle perception, reasoning, and action within a single framework is gaining attention. ShengShu Techno...
What does it take to move robot dogs from novelty to real-world deployment? Aditya Pratap Singh Rajawat from xTerra Robotics explains to EFY’s Nidhi Agarwal how these systems are b...
Between Unitree’s spectacular GD01, Figure’s silent coordination, and Physical Intelligence’s foundation model — the real question has…Continue reading on Activated Thinker »
By C Huygelen Leiden researchers Professor Daniela Kraft and Mengshi Wei have created microscopic robots that move without sensors, software, or external control. Instead, their be...
A tiny wireless surgical robot that combines five functions in one platform, potentially enabling precise minimally invasive procedures, targeted drug delivery, and tissue sampling...
Current AI guardrails are inadequate for physical robots. New multi-layered safety frameworks could become essential as autonomous machines enter homes, hospitals, and factories wo...
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