A tiny marine flatworm-inspired robot glides silently through water, revolutionizing pollution tracking and coral reef monitoring.

An aquatic robot that navigates tight, cluttered spaces and pushes objects many times its own weight is setting new performance benchmarks.

New research out of the University of Waterloo led to the creation of tiny robots controlled by light to provide ...

Read more: Sneaky Drawbacks You Need To Consider Before Buying A Swiffer Restoring your robot vacuum bristles with hot water follows a straightforward process. This starts with removing bristles ...

Perhaps the key (and most obvious) difference is that you’ll need to operate a wet and dry vacuum, while the robot mop is a ...