IFA 2019: Robot technology - Living with intelligent machines
IFA NEXT in Hall 26 is not only venturing a look into the future, but is also showing what form it will take. This is where companies will be presenting their solutions on the subject of robotics as an interface between man and machine.
Berlin, 20 August 2019 - The concepts are as varied as the exhibitors themselves. However, there are similarities in the various products, some more human than others, in the fascinating ways in which they establish a link between fun, learning and programming. In many cases they are aimed at children and young people.
Leju Robotics (Stand 115) from China is featuring what we all imagine a robot to be. The bipedal Aelos 1s can walk, dance and play football. And in carrying out all these actions it responds to spoken commands. But it also challenges young researchers to apply their creativity in programming it and teaching it new actions. And conversely, it also imparts scholastic knowledge.
Cubroid (Stand 231, KIRIA) from Korea starts off by promoting an independent approach to the way it deals with tasks. Multi-functional cubes, glowing as they play music, or equipped with a tiny rotating motor, join together like Lego pieces. Configuration and programming are thus combined, providing a basic idea of what constitutes artificial intelligence.
Spain is represented by Ebotics (Stand 218). This company is presenting an entire portfolio of building components, including the “Mint” educational program. The modular system explains about modern construction, programming and the entire field of robotics.
Elematec Corporation (Stand 208) from Japan is presenting the two-armed SCARA, which is not intended to deal with any tasks, but in particular to assist people with their work.
Everybot (Stand 231, KIRIA) from Korea approaches the concept of robotics by introducing an autonomous floor-cleaning machine, similar to a robot vacuum cleaner.
And Segway (Stand 222) is using a number of products to explain the modern approach to battery-powered locomotion.