Listening-as-a-Service. We listen, preserve and interpret.

BB-S is a system that turns continuous listening to operating environments into a new source of data and operational intelligence. It creates a persistent acoustic memory, learns what is normal for the environment and makes available information that is useful for event reconstruction, maintenance and safety.

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Learned normalitySignificant variationIllustrative visualisation

The problem

Operating environments produce sound information all the time. Today, most of it is lost.

Traditional monitoring systems mainly check individual machines and specific parameters. There is rarely a continuous memory of the whole operating environment that can document what happened, recognise changes and describe how they develop over time.

Incomplete reconstruction

After an event, without objective data on the environment, reconstructing incidents, anomalies and causes can be complex, slow and contentious.

Weak signals go undetected

Acoustic variations and abnormal behaviour can precede a technical problem, but they are often not monitored and interpreted systematically.

No acoustic memory

The sound behaviour of the environment is rarely collected and analysed continuously, so a potential source of operational knowledge is lost.

The solution

Listening-as-a-Service

BB-S captures, protects and analyses the acoustic behaviour of the environment over time, building a persistent memory and a baseline of normal sound on which different applications can be built.

Event reconstruction

A continuous, protected sound memory for analysing events, anomalies and operating conditions before, during and after an occurrence.

Anomaly detection

The system learns the normal acoustic behaviour of the environment and detects significant variations, in support of maintenance, safety and prevention.

Acoustic data analysis

The sound environment is analysed over time to identify characteristics, events, variations and patterns that help in understanding operations.

Every industry has its own abnormal sound.

Anticipating failures and documenting the real causes

The problem: Centrifugal pumps, compressors and rotating machinery can develop sound anomalies before mechanical failure. Without continuous recording the cause remains unclear, liability disputed and costs unpredictable.
With BB-S: BB-AI learns the plant's sound signature and flags significant deviations - frequency variations, imbalances, abnormal noises - as early indicators to be verified. The protected acoustic memory supports audits, root cause analysis and dealings with insurers.

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Why BB-S

Continuous listening

Continuous 24/7 sound recording, designed to fit in as an information layer that complements the systems already in place.

Objective, traceable data

Protected recordings, associated with timestamps and metadata useful for the technical reconstruction of events.

Security & privacy by design

Built-in encryption and access control; configuration adaptable to the customer's policies and to the applicable requirements.

Environment-specific AI

Models trained on the site's acoustic profile to detect and flag significant variations and anomalies.

Modular and scalable

Modular architecture, suited to pilot projects, multi-site deployments and different operating contexts.

Patent application filed

Italian patent application no. 102025000024124, filed on 18 September 2025 and currently pending.

Want to understand what your operating environment is telling you?

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