Machine safety is built over time, through operational behaviour, modifications, interventions and the evolution of control systems. In the real lifecycle, tampering, anomalies, degradation of safety components or inconsistent use can alter operator protection conditions.
C-MON-SAFE is a software solution designed to make this evolution observable and governable, transforming the signals already present in the machine’s control systems into useful information for the management of operational safety.
C-MON-SAFE is a software solution designed to make this evolution observable and governable, transforming the signals already present in the machine’s control systems into useful information for the management of operational safety.
Safety telemetry, continuous and verifiable
Throughout its lifecycle, a machine changes. Maintenance interventions, adjustments, component replacements, local or remote access modify the behaviour of safety systems, often without leaving evident traces.
C-MON-SAFE comes into play to verify that safety functions retain the same effectiveness as when the machine was first put into service.
It is designed for plant and machinery in which:
- Safety systems are present but difficult to monitor over time;
- It is necessary to identify software modifications or unauthorised changes;
- An anomaly needs to be intercepted before it becomes a plant stoppage or an accident;
- Safety must be managed as a continuous process, not as an occasional inspection;
- It is necessary to save critical data and compliance documents in a certified and protected environment.
What it observes and what it makes visible
The software continuously monitors production process risks, makes anomalies visible, records events and transmits critical ones to the SECURE-SAFE platform.
In particular, it enables:
- Observation of the real behaviour of safety functions over time;
- Detection of operational anomalies, inconsistent use or device bypass;
- Identification of signs of functional degradation before they become critical;
- Tracking of software modifications, installed versions and interventions on control systems;
- Generation of targeted notifications;
- Archiving with blockchain cryptographic integrity mechanisms;
- Guaranteeing traceability, immutability and verifiable technical evidence over time.
An operational tool for:
- Supporting OEMs in post-sale monitoring and the ongoing management of machines;
- Providing HSE managers and employers with objective evidence of the real status of safety functions;
- Reducing technical uncertainty in the management of modifications and interventions;
- Preventing incidents through the early detection of weak signals.
The result
The result is an objective, documented and accessible view of machine safety throughout its lifecycle. Safety thus becomes an observable and governable datum, not a presumed condition.
