Korean EveR1 and R2
References: designboom
Another female android story…
Aptly named after the first woman on earth, these robots are called EveR-1 and 2 after Eve and R (short for Robot.) The EveR-1 was created to entertain and educate, as pictured here with a class of children. It is said she can comprehend 400 Korean and English words and converse in basic terms.
The EveR-2 is constructed to be a muse. She is a second generation entertainer who will sing a Korean ballade and close her eyes for you (what ever that means.) And, whereas the first model only comes sitting down, this model walks!
Both robots are build by the Korean institute for industrial technology.
On DesignBoom you can catch up on the full history of female robots.
Aptly named after the first woman on earth, these robots are called EveR-1 and 2 after Eve and R (short for Robot.) The EveR-1 was created to entertain and educate, as pictured here with a class of children. It is said she can comprehend 400 Korean and English words and converse in basic terms.
The EveR-2 is constructed to be a muse. She is a second generation entertainer who will sing a Korean ballade and close her eyes for you (what ever that means.) And, whereas the first model only comes sitting down, this model walks!
Both robots are build by the Korean institute for industrial technology.
On DesignBoom you can catch up on the full history of female robots.
Trend Themes
1. Female Android Entertainment - Developing more advanced and interactive female androids to entertain and educate people.
2. Language Comprehension in Robots - Improving robots' ability to comprehend and converse in multiple languages to enhance communication with humans.
3. Advancements in Robot Mobility - Creating robots that can walk and move around, increasing their range of capabilities and applications.
Industry Implications
1. Entertainment - Opportunity for integrating female androids as performers or entertainers in various entertainment industries, such as music, theatre, and shows.
2. Education - Using female androids in educational settings to assist teachers and provide interactive learning experiences for students.
3. Robotics and Automation - Demand for developing advanced robotics technology to build efficient and versatile robots with improved mobility and language comprehension.
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