For example, mobile robots in 1970 could move at a speed of only 6 meters per hour. This would involve movement in 1-meter increments separated by 10-minute processing breaks, and after a while many ...

This summer, I found myself in the strange position of watching a humanoid robot try to load laundry. It squatted beside a ...

ROBOTCORE® is a processing unit for the robotics architect that maps robotics computations efficiently to its CPUs, GPU and FPGA to obtain faster robots and with additional real-time capabilities.

Learn why the Unitree G1 is the ultimate platform for research, education, and innovation in humanoid robotics. Explore the ...

Intel’s Xeon server chips dominate hardware in data centers, and now they could also end up powering robots on factory floors. The new line of Xeon D chips, announced Monday, are designed primarily ...

In recent years, the landscape of humanoid robotics has experienced a substantial transformation, largely due to groundbreaking advancements in technology. One of the most notable contributors to this ...

Scientists have developed HydroSpread, a novel technique for building soft robots on water, with wide-ranging possibilities in robotics, healthcare, and environmental monitoring. Picture a miniature ...

Amazon Web Services has successfully integrated AI-empowered robots into its system for reusing and recycling used data ...

The next frontier of consumer tech isn’t just about adding more screens to your life or boosting your devices’ processing ...

Researchers from Swinburne University of Technology have developed a robotic prototype designed to help staff automate the processing of blood donation packs. Currently, processing blood donation is a ...

Penn Waste, with startup company Glacier and Cox Enterprises, hosted a tour on Oct. 8 at the Penn Waste recycling facility in Manchester Township highlighting the benefits of a recently added ...