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Sharpa expands its manipulation hardware lineup with a tactile-sensing robot, a sub-750-gram dexterous hand and an exoskeleton glove for teleoperation and training data.
DeepMind’s latest robotics framework debuts three new models, expanding vision-language-action capabilities from isolated tabletop manipulation to full-body humanoid control, high-DoF tactile dexterity, and multi-agent coordination.
Announced at GTC Taipei, the NVIDIA Isaac GR00T Reference Humanoid Robot bundles a Unitree H2 Plus chassis, Jetson Thor compute, and Sharpa Wave tactile hands into a unified open platform.
Sharpa Robotics has unveiled a new hierarchical framework that combines shared-autonomy data collection with a "mixture-of-experts" AI model to achieve complex, contact-rich manipulation tasks.
NVIDIA researchers have revealed EgoScale, a framework that leverages a massive 20,854-hour egocentric human dataset to train robots in complex, fine-grained manipulation with minimal robot-in-the-loop data.
Ahead of CES 2026, the Singapore-based robotics firm details its reliability testing and confirms a modular design for its SharpaWave end-effector.
Following a notable debut at industry events, Sharpa Robotics has announced that its high-fidelity SharpaWave hand, featuring a proprietary Dynamic Tactile Array, is now in mass production and shipping to customers.
