Madeline Gannon, founder of ATONATON and renowned “robot whisperer” has unveiled her latest project at the new London Design Museum. “Mimus,” is an industrial robot that has been designed to sense and respond to the presence of people and explores the interaction between human and machines. Unlike traditional industrial robots, there are no pre-planned movements in Mimus – she explores and roams about her ‘enclosure’ freely, never taking the same path twice. The project relies on a combination of data captured from sensors, simulation algorithms that drive the robot’s movements and behaviors, and specially developed gesture-based software. Madeline developed the technology while working in residence at the Autodesk BUILD Space in Boston.
“Creating new ways to communicate with machines is my passion, and I’m really excited to share this experience with others through Mimus,” explained Madeline. “Despite our collective fears and anxieties surrounding the rise of robotics, we have the power to foster empathy and companionship between people and machines. With Autodesk championing my work at their Pier 9 Workshop and Autodesk’s new BUILD Space, I have had the physical and mental space to freely experiment and push the boundaries of what’s currently possible in robotics.” “The big void in robotics is being able to communicate with the hardware in a way that allows them to be dynamic and adaptable. Currently, these huge machines do the same thing their entire lives. In the future, robots will be more entrenched in our daily lives as designers, builders and engineers. Humans and robots working together will allow things to be made that neither could achieve on their own. Madeline and Mimus highlight how that new relationship can emerge,” said Amar Hanspal, senior vice president, Autodesk. The ideas behind Mimus took shape around a year ago during Madeline Gannon’s time as an artist in residence at the Autodesk Pier 9 Workshop in San Francisco. During her residency, she developed a gesture-based software called Quipt, which gave industrial robots basic spatial behaviors for interacting closely with people. This project became a useful proof-of-concept for Mimus. It demonstrated how an industrial robot can exist outside of a traditional industrial setting and how life-like movements enable the robot to communicate some form of intelligence and awareness of the people around it.
Primary school students in London interact with Mimus at the Design Museum. Courtesy of Madeline Gannon and Autodesk, Inc.
