Public touch panels like those on elevators and ATMs could serve as medi
ums for virus transmission, an often-overlooked risk in epidemic preventi
on. Current preventative measures have significant drawbacks:
Disinfection of protective films is labor-intensive and wasteful.
Voice recognition alters user behavior and has concerns over droplet trans
mission.
Facial recognition requires upfront labor and isn’t widely applicable.

Infrared sensors are unresponsive and necessitate wasteful replacements.
Our team developed "m’AI Touch," an Motion-Based AI Contactless Tech
nology, combining various sensors and algorithms to accurately determin
e a passenger’s intended button selection. It enables users to maintain t
heir habits while reducing the risk of virus transmission. The technology is
primarily intended for places like hospitals and quarantine hotels, with sig
nificant foot traffic and virus transmission risk.
With the support of Tsinghua University, we’ve conducted tests on camp
us elevators and received orders from national mask companies. We’re p
reparing for tests with hospitals and companies in Hsinchu Science and In
dustrial Park , hoping to reduce virus transmissions such as enterovirus, n
orovirus, and Covid-19 significantly.
Our technology, akin to external access control devices, is suitable for bot
h new and old elevators of any brand. We aim to cooperate with builders,
communities, and building owners, targeting commercial buildings, gover
nment agencies, large communities, and small residential buildings. Our g
oal is to install and set up contactless AI epidemic prevention elevators, be
nefiting health and welfare in society.