Along with the ongoing FIFA Club World Cup, another football tournament has been pushing the boundaries of technology.
The RoboCup 2026, demonstrated as the first...
Researchers developed a simulation benchmark measuring humanoid robots under realistic physical forces, revealing hidden performance gaps and offering a stronger foundation for future evaluations.
Researchers...
Researchers have developed autonomous floating robots that self-assemble into stable structures, offering a scalable approach for temporary infrastructure, emergency response and environmental monitoring.
Massachusetts Institute...
How can robots learn complex tasks? An open approach brings AI models, datasets and simulation tools into one development workflow.
NVIDIA has expanded its collaboration...
An industrial controller brings AI to machines, enabling local data processing and support for robotics, machine vision and factory automation.
ASRock Industrial has introduced the...
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Location: Bengaluru
Company: Exantro
The role involves close collaboration with our electrical, software, and mechanical engineers across sensing, control, and embedded systems.
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Researchers have developed a soft robotic glove that combines pneumatic actuators, muscle signals and machine learning to restore hand movement and improve everyday independence.
Researchers...
An elephant-inspired robotic gripper combines soft actuation with vision-based tactile sensing, enabling robots to grasp fragile objects and perform delicate manipulation with precision.
Researchers at...
The AI-based control system combines model predictive control and diffusion models to enable quadruped robots to adapt to new terrain and tasks without retraining.
Scientists...
A tiny charged liquid metal droplet can enable engineers to dramatically increase artificial muscle performance without adding size, weight, or power demands. How?
Researchers at...