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131 articles
1X’s new NEO robot introduces tendon-driven hands that could be the key to making home robots truly functional, addressing the longstanding challenge of dexterous manipulation.
The UN's AI for Good summit in Geneva highlighted both the transformative potential of AI technologies and the urgent need for global governance frameworks to manage their rapid advancement.
Learn to program and control the tactile finger actuators of the 1X Neo robot using ROS and Python, enabling precise object manipulation with its advanced hand system.
Learn how humanoid robots are advancing in soccer competitions like RoboCup 2026, and what this means for the future of AI and robotics.
Mistral AI enters robotics with Robostral Navigate, an 8B model that navigates robots using only a single camera, showcasing a significant step toward affordable, real-world robotics.
Learn how LingBot-VLA 2.0 is an advanced AI model that helps robots understand vision, language, and actions, allowing them to work with many different robot types.
General Intuition is betting that video game data can train foundation models for physical AI, potentially revolutionizing robotics development. The startup's approach mirrors the success of large language models like ChatGPT.
Learn to build a vision-language-action model for warehouse robotics that can reduce human intervention by half, similar to Nomagic's breakthrough implementation.
This article explains the advanced AI and robotics concepts behind humanoid robots, focusing on how machine learning, neural networks, and control systems enable these complex machines to operate autonomously in real-world environments.
Learn to build a simplified version of NVIDIA's ASPIRE robotics framework that demonstrates self-improving robot learning through a hands-on simulation.
Dyson is experimenting with a high-tech strawberry farming system using rotating Ferris wheels in a massive glasshouse in Lincolnshire, aiming to revolutionize agriculture through automation and sustainability.
Weave Robotics' new Isaac 1 robot focuses on practical tasks like laundry, eschewing humanoid features for a more affordable and functional approach.