Similar to the way bats avoid obstacles, the sensors use echolocation to create a picture without any identifying data so that privacy is protected.
Businesses are looking
for ways to maintain social distancing measures in offices without having to
hire additional staff. To that end, hundreds of technology suppliers have
retooled camera equipment to be able to track employees.
However, for employers that don’t want to track staff with a bunch of cameras, Scottish start-up IMERAI has a privacy-conscious alternative, which uses echolocation to understand its surroundings and detect where people are in a room.
Built by Alex Bowen, a
Heriot-Watt University graduate and founder of IMERAI, the sensor was
originally built to support people with assisted living needs, but can be
utilized by businesses for social distancing needs.
“All AI’s need to
constantly learn and adapt to understand the world like we do. But the industry
continues to face the challenge of how to teach AI what happens in people’s
homes without invading users’ privacy,” said Bowen.
“As with many problems, nature had the solution. In the wild, bats send out a screech and they listen for the echoes to understand distance and location of physical objects. Our sensors work in a similar way, using echolocation to create a picture without any identifying data, so that privacy is protected.”
For More Than Just Social Distancing
utilizes MEMS microphones, already embedded into most mobile and smart home
devices. The start-up is open to working with partners to build AI platforms
for health and social needs.
widespread applications,” Bowen added. “As the UK debates how to ease lockdown
measures safely, this type of technology could be used to count how many people
are present in an office and how far apart they are to aid with social
distancing and infection control.”
The original aim of the
AI was to help with assisted living. For dementia sufferers, the AI is able to
monitor movement and detect deterioration more quickly, while also maintaining the
This content was originally published here.