Acoustic Sentry watches an industrial site on two fronts from one array: it predicts the sound level at every property-line receptor for defensible environmental compliance, and it hears critical equipment drift out of spec before it fails — all built on an ISO 9613-2 Site Acoustics model of your facility.
A Cambridge Collaborative, Inc. product.
The same listening-station-to-Mother-Unit architecture watches an industrial site on two fronts at once — proving noise compliance at the boundary and hearing critical equipment before it fails.
Rugged stations blanket the plant — process areas, the property line, and sensitive receptors — streaming full-spectrum sound to the Mother Unit around the clock.
Live levels run through your Site Acoustics model to predict the sound at every boundary receptor — a defensible compliance map you can stream to operations, regulators, and neighbors.
Onboard machine learning builds the plant's normal acoustic signature and flags drift the moment a machine starts to misbehave. No operator has to be watching a screen.
Phase-DOA triangulates the source and a fault-signature library names it, so maintenance goes straight to the right unit — before it fails.
The sensors you deploy to prove environmental compliance at the boundary double as plant-wide acoustic condition monitoring — no new instrumentation bolted to every machine.
Predicted levels at every boundary receptor, backed by a Site Acoustics model and streamable to regulators and neighbors — continuous, not a once-a-year snapshot.
The boundary and process-area array becomes plant-wide acoustic condition monitoring. ML baselines learn "normal" and flag drift the moment a machine misbehaves.
Phase-DOA triangulation and a fault-signature library name the failing unit — bearing, pump, fan — so maintenance skips the hunt and acts before failure.
Every Acoustic Sentry deployment is built on a Site Acoustics model of your facility. That model is what lets the Mother Unit translate a handful of live measurements into an accurate, defensible prediction of the sound level at any sensitive point on the map — the foundation of true compliance monitoring.
Book a meeting and we'll show you Acoustic Sentry monitoring a live environment — from compliance mapping to real-time fault detection and equipment localization.