Robotics

iRobot and Cisco Ava 500 dispatches robot reps around your workplace

iRobot and Cisco Ava 500 dispatches robot reps around your workplace

Despite everything Apple is expected to unveil at WWDC today, a corridor-mapping human scale telepresence robot probably won't be on the agenda; for that, we'll have to wait for iRobot and Cisco's Ava 500. Built on the iRobot modular Ava platform, the video collaboration 'bot mounts a Cisco EX60 telepresence screen - complete with HD webcam - on top of a semi-autonomous robotic stand, which can navigate the office and bring remote workers into meeting rooms.

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MindWalker brain-controlled exoskeleton puts the paralyzed on their feet

MindWalker brain-controlled exoskeleton puts the paralyzed on their feet

An eight week EC trial of a brain-controlled exoskeleton potentially promising newfound mobility to those with lower-limb paralysis will finish this week, with the project expected to spark a five year development path to a commercial version. The device, dubbed MindWalker, is the handiwork of a seven partner team coordinated by Space Applications Services, which has been working for the past three years on a motorized exoskeleton that can be controlled and navigated via brain impulses. Now, New Scientist reports, the European Commission will assess the results, having funded the project so far.

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Hexa drone is half-hexacopter, half-hexapod, 100% terrifying

Hexa drone is half-hexacopter, half-hexapod, 100% terrifying

When the robots finally come to harvest us, they'll probably descend from the skies and then scuttle, spider-like, into our homes and shelters, just like MadLab Industries' terrifyingly ominous Hexa. The combined horror of a six-bladed hexacopter and a 6-legged hexapod, the omnidirectional robot can either tackle terrain on-foot or take to the air to avoid obstacles, then using the multipurpose legs as a grapple to snatch up objects (objects that, it has to be said, are roughly the size of a human baby's head in MLI's demo video).

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Scientists create artificial skin capable of feeling

Scientists create artificial skin capable of feeling

Robotics is an intense field of research all around the world as scientists attempt to create robots that are able to assist humans in all sorts of situations. One thing that robots need to be able to assist humans in functional situations is the ability to feel an object. Knowing how hard to squeeze an object is something that humans take for granted.

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New robots shed light on origins of sea turtles

New robots shed light on origins of sea turtles

Baby sea turtles have an interesting way of moving across sand and into the ocean, and scientists have been studying these little creatures for quite a while. So much, in fact, that engineers are designing and building robots that replicate the movements of a baby sea turtle in order to better understand the origins of these animals.

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Liquid Robotics unveils Wave Glider SV3 ocean robot

Liquid Robotics unveils Wave Glider SV3 ocean robot

Liquid Robotics has introduced its Wave Glider SV3, which is touted as the first unmmaned ocean hybrid wave unmanned ocean robot that is solar-propelled. Because the ocean robot is unmanned, it can be sent out to areas that would be too tricky to send individuals, whether due to position or weather or some other factor. Because of the way the robot is powered, it can be used without stop for thousands of miles.

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