Acoustic Intelligence
Hear what others can’t.
Aures turns sound into an intelligence layer for the physical world, detecting, classifying, and predicting events that stay invisible to every other sensor.
Live capture
Date palm · trunk
Boring signature detected
conf. 0.94
Acoustic intelligence across
Agriculture
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Healthcare
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Industrial
What sound reveals
The physical world is constantly making sound. Most of it goes unheard.
Aures listens to the signatures inside materials, machines, and bodies, and turns them into decisions.
Concealed pests
Larvae boring inside a trunk emit faint, distinctive sounds. We detect infestation weeks before any visible damage appears.
Machine faults
Bearings, motors, and valves change their acoustic signature as they wear. We hear failure forming, not failure happening.
Early diagnostics
The body is acoustic too. The same engine that listens to a palm can surface early signals in breath, heart, and motion.
How it works
From sound to action, in four steps.
01 — Listen
A single sensor captures continuous audio from the environment.
02 — Analyze
Models transform raw sound into spectrograms and learned features.
03 — Detect
Events are classified and scored with a confidence the system can defend.
04 — Act
Alerts and insights reach the field, the dashboard, and your systems.
The app
Capture audio in the field. See results instantly.
No specialist hardware. Point the app at a trunk, record a few seconds, and Aures returns a classification on the spot, online or off.
Aures Field
● REC
Infestation likely
Red palm weevil · confidence 0.94
Featured use case · Agriculture
Catching what hides inside a date palm.
Red palm weevil destroys trees from the inside out. By the time fronds wilt, the trunk is already lost. Aures listens for the larvae feeding deep in the wood, flagging infested trees while treatment still works, across whole plantations.
3–6 wks
Earlier detection than visual inspection
92%
Classification accuracy in field trials
10×
Fewer manual inspections per hectare
Solutions
One engine. Many domains.
We start where the signal is clearest, then extend the same acoustic core outward.
Live
Agriculture
Concealed pest detection in date palms, with plantation-scale monitoring from a single device.
Coming soon
Healthcare
Early acoustic signals in breath, heart, and movement, non-invasive screening at the point of care.
Coming soon
Industrial
Predictive monitoring of motors, bearings, and valves, hearing failure before it stops the line.
Why acoustic
A stethoscope for the physical world.
Non-invasive
Nothing is opened, drilled, or disturbed. We only listen.
Early
Sound changes before symptoms show. We surface problems while they’re still cheap to fix.
Scalable
One low-cost sensor can cover what a grid of invasive probes never could.
Generalizable
The same acoustic core transfers from trunks to machines to bodies.
Put acoustic intelligence to work.
Tell us what you need to hear. We’ll show you what sound can reveal.
Insights
Latest thinking on acoustic AI.
Industrial
Catching bearing failure weeks before it happens
Rotating machinery sings before it breaks. We break down how acoustic signatures reveal wear, imbalance, and lubrication faults early.
5 min read
Platform
Inside the model: classifying a million sounds a day
A look under the hood at the architecture, training data, and confidence thresholds powering Aures classifications at scale.
8 min read
Platform
From spectrogram to signal: building a generalizable acoustic engine
The same representation that separates a healthy bearing from a failing one can separate a healthy lung from a compromised one. Here is the architecture.
8 min read