Sonarax has created the new standard in digital connectivity and communication: Data-Over-Sound
SONARAX Technology’s proprietary ultrasonic data-over-sound technology enables secure, peer-to-peer communication and connectivity which powers touchless solutions and location-based services through any device with a microphone and a speaker.
Sonarax has created the new standard in digital connectivity
and communication:
Data-Over-Sound
SONARAX Technology’s
proprietary ultrasonic data-over-
sound technology enables
secure, peer-to-peer
communication and connectivity
which powers touchless
solutions and location-based
services through any device with
a microphone and a speaker.
SONARAX’s protocol harnesses the power of
soundwaves, which are the only connectivity medium
that can be contained within a defined location, as they
do not travel through walls, ceilings, floors, or dividers.
This empowers the ability to detect the precise location
of an audio signal and verifies its precise physical
presence.
SONARAX’s protocol harnesses the power of soundwaves, which are the only connectivity medium that can be contained within a defined location, as they do not travel through walls, ceilings, floors, or dividers.
This empowers the ability to detect the precise location of an audio signal and verifies its precise physical presence.
SONARAX’s protocol harnesses
the power of soundwaves, which
are the only connectivity
medium that can be contained
within a defined location, as
they do not travel through walls,
ceilings, floors, or dividers.
This empowers the ability to
detect the precise location
of an audio signal and verifies
its precise physical presence.
SONARAX Technology’s platform is able to calculate
distance with incredible accuracy by using the doppler
effect’s slight modulation in the sound waves. This
modulation, in conjunction with SONARAX Technology’s
proprietary algorithm, enables the application to
measure the distance between users in real-time.
SONARAX Technology’s platform
is able to calculate distance with
incredible accuracy by using the
doppler effect’s slight
modulation in the sound waves.
This modulation, in conjunction
with SONARAX Technology’s
proprietary algorithm, enables
the application to measure the
distance between users in real-
time.
SONARAX Technology’s platform is able to calculate distance with incredible accuracy by using the doppler effect’s slight modulation in the sound waves.
This modulation, in conjunction with SONARAX Technology’s proprietary algorithm, enables the application to measure the distance between users in real-time.
Range
Range is customizable from anywhere between 30cm to 100m
Speaker
Any consumer-grade hardware or better
Memory Footprint
Uses 88KB of RAM
Microphone
Any consumer-grade hardware or better
Out-of-Band
Sonarax Technology works in all out-of-band situations and scenarios
Data/WiFi
Sonarax Technology works regardless of data or WiFi connectivity
Ambient Noise
Sonarax Technology’s proprietary algorithm listens for a specific combination of soundwaves and is unaffected by ambient sound regardless of volume or proximity
Motion
Sonarax Technology is the only protocol to utilize the shift in soundwaves due to the doppler effect to be able to function properly regardless of whether the device is in motion
Supports common
security schemes
Verify physical
presence
One-touch operation
Accessible by anyone
with the right key
No electromagnetic
radiation
Supports security
tokenization methods
Works in motion
Naturally built for Out-of-
Band authentication
Can limit the transmission
range to
Security
Customer Experience
Key Features
Implementation
Electromagnetic radiation interference sensitivity
Transmit over ranges >
10m
Low Cost
Bounded to closed
chambers
Multiple channels
Broadcast one to many
Omnidirectional transmission
Unidirectional
transmission support
Zero setup/ pairing / configuration
No need for a clear line-
of-site
Works in flight mode
Allowed in RF-restricted
environments
Naturally built for Out-of-
Band authentication
Unregulated spectrum
Transmit/receive not over
the internet
Supported by low-end smartphones
Supported by legacy
mobile devices
Full direction and
distance filtering
Typical max range
Typical usable max data
rate