‘smile-bot’ by we are matika custom application was developed to interface with four cameras mounted inside the smile-bot

 

 

much like how the monolith in stanley kubrick’s ‘2001: a space odyssey’ affected an entire species by introducing a new level of consciousness, we are matik’s ‘smile-bot’ was created with a similar objective in mind: to instill a sense of happiness in those around it. curious yet approachable by design, a willing participant inserts his or her face into one of four belly-portals where they encounter a glimpse into the home planet of the ‘smile-bot’. as the contours of a smile are very unique, a ‘smile-counter’ collects different facial expressions. as each participant inserts their face and grins, one by one, each smile-bot face changes colors from their default sad blue to another ‘happier’ color as well as triggering a sonic ‘singing-like’ harmonization. if four participants smile at the same time, the ‘ultra-smile mode’ is achieved which triggers lights, sound effects and the appearance of a rainbow within the home planet inside the bot.

 

‘smile-bot’ was created with the intention of its objective (collecting smiles) to be achieved with little explanation which led to the design choices being made. for instance, opting for a naked-wood shell as opposed to metal was a conscious effort to make the installation more approachable. quirky sound-effects and interactive features as well as the natural occurrence of looking at other people’s faces from within the bot add a quirky, awkwardness that create an environment where participants can’t help but put on a happy face.

 

 

smile bot by we are matikan array of color changing RGB LEDs react to each participant’s smile

 

 

smile-botvideo courtesy of we are matik

 

 

smile bot by we are matiksmile!

 

 

smile bot by we are matika motorized rainbow appears after four participants smile at the same time.

 

 

smile bot by we are matikthe cameras monitors participant’s faces with facial recognition technology and a custom ‘smile detecting algorithm.’

 

 

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