Sonar

Personal sonic realities in collective environments

SONAR is a sound-location technology that combines a proprietary tracking system, directional ultrasonic speakers, robotic arms, and very specific sound design. Unlike conventional sound systems that fill an entire room, SONAR allows sound to be precisely delivered to specific locations or people. This enables multiple visitors to experience different audio content and realities simultaneously while occupying the same physical environment.

How we use 
Sonar
By continuously tracking people as they move through space, SONAR can direct sound toward specific individuals and follow them through their journey. Only the targeted listener hears the sound.
SONAR allows for multi-person interaction, and can deliver different sounds to different people within the same room. The system is able to seamlessly manage a number of participants exceeding the number of speakers by moving, tracking and targeting different people intermittently.
Beyond targeting people, SONAR can also direct sound toward physical objects or architectural elements like walls, creating the illusion that sound originates from them rather than from the speakers themselves.

Analytics

We record anonymous interaction data to better understand how our works are experienced and to provide meaningful insights to our clients.

Number of interactions

Duration of interactions

Date and time of interactions

Integration and Support

Every component of the interface is designed to simplify deployment, maintenance, and operation.

Fast installation and calibration of artworks

Training local tech teams to operate and troubleshoot

Remote computer access, monitoring and support for artworks installed anywhere in the world

Technical Specs

The system is designed for reliability and adaptability over crowd sizes and media systems.

Area and number of participants: Multiple sensors can be connected to cover any area and number of people

Operating System: Linux

Sound input protocol: DANTE

Our projects using 
Sonar