Applications
SMARTPHONES
INNER BEAUTY AI Virtual Proximity Sensor empowers OEM smartphone manufacturers to design full-screen smartphones by eliminating the need for hardware infrared (IR) sensors.
SMARTPHONES
AUTOMOTIVE
AI Virtual Presence Sensor enables the automotive cabin to be a safer place. Using the AI Virtual Presence Sensor, our automotive OEM partners are able to detect a driver’s breath and heartbeat, ensuring that the car is aware should problems arise. The car will also be able to detect when small children (or pets) are left unattended. The European New Car Assessment Programme (NCAP), which awards safety ratings up to five stars, will begin awarding rating points for Child Presence Detection starting in 2022.
AI Virtual Gesture Sensor extends the controls of the cockpit to both the driver and passenger alike, allowing both to control music, maps, and other applications on the console screen.
AUTOMOTIVE
AI Virtual Presence Sensor enables the automotive cabin to be a safer place. Using the AI Virtual Presence Sensor, our automotive OEM partners are able to detect a driver’s breath and heartbeat, ensuring that the car is aware should problems arise. The car will also be able to detect when small children (or pets) are left unattended. The European New Car Assessment Programme (NCAP), which awards safety ratings up to five stars, will begin awarding rating points for Child Presence Detection starting in 2022.
AI Virtual Gesture Sensor extends the controls of the cockpit to both the driver and passenger alike, allowing both to control music, maps, and other applications on the console screen.
LAPTOPS
LAPTOPS
SMART SPEAKER
In any smart home, you are guaranteed to find at least one smart speaker, and typically multiple smart speakers throughout the home. Up to this point, user interaction with smart speakers has been basic voice or touch based. With Elliptic Lab’s AI Virtual Presence Sensor, smart speakers can react to your presence in a room, automatically turning the volume up or down based on your vicinity.
Utilizing the AI Virtual Gesture Sensor, users can extend the ways they interact with their smart speakers with touchless gestures. Music too loud and the smart speaker can’t hear you? Double tap to pause the song.
SMART SPEAKER
In any smart home, you are guaranteed to find at least one smart speaker, and typically multiple smart speakers throughout the home. Up to this point, user interaction with smart speakers has been basic voice or touch based. With Elliptic Lab’s AI Virtual Presence Sensor, smart speakers can react to your presence in a room, automatically turning the volume up or down based on your vicinity.
Utilizing the AI Virtual Gesture Sensor, users can extend the ways they interact with their smart speakers with touchless gestures. Music too loud and the smart speaker can’t hear you? Double tap to pause the song.
SMART TELEVISION
Next generation smart televisions will be required to understand users’ context, reacting accordingly whether the user is present or not. By utilizing Elliptic Lab’s AI Virtual Presence Sensor, television OEMs will empower televisions to make television viewing more convenient and seamless. For example, when the user leaves the room to grab a snack from the kitchen, the television can pause the show and resume when the user returns. The television will even be able to determine if the user has left the room, saving power consumption by automatically going into sleep mode and eventually turning off.
SMART TELEVISION
Next generation smart televisions will be required to understand users’ context, reacting accordingly whether the user is present or not. By utilizing Elliptic Lab’s AI Virtual Presence Sensor, television OEMs will empower televisions to make television viewing more convenient and seamless. For example, when the user leaves the room to grab a snack from the kitchen, the television can pause the show and resume when the user returns. The television will even be able to determine if the user has left the room, saving power consumption by automatically going into sleep mode and eventually turning off.
SMART APPLIANCE
Smart Homes require smarter appliances to bring greater efficiency and convenience to users. Elliptic Labs AI Virtual Smart Sensor Platform provides this intelligence to appliances. The smart appliance will offer improved power consumption but knowing when it can go to sleep or turn on and off. The smart appliance will also offer more convenience by anticipating a user’s actions and needs. For example, the user will be able to use touchless gestures to interact with the smart refrigerator’s external screen when it’s inconvenient to touch the screen (wet hands or wearing gloves).
SMART APPLIANCE
Smart Homes require smarter appliances to bring greater efficiency and convenience to users. Elliptic Labs AI Virtual Smart Sensor Platform provides this intelligence to appliances. The smart appliance will offer improved power consumption but knowing when it can go to sleep or turn on and off. The smart appliance will also offer more convenience by anticipating a user’s actions and needs. For example, the user will be able to use touchless gestures to interact with the smart refrigerator’s external screen when it’s inconvenient to touch the screen (wet hands or wearing gloves).
