Software for machinery safety
Continuous monitoring, traceability of modifications and verifiable management of safety evidence.
Machine safety must remain observable and traceable
C-MON-SAFE and SECURE-SAFE help to monitor, document and verify what changes in the real lifecycle of the machine
Machine safety does not end with the initial configuration.
In the real lifecycle, software modifications, maintenance interventions, anomalies, local or remote access and component degradation can alter operator protection conditions over time.
C-MON-SAFE and SECURE-SAFE are designed to address this scenario: the former makes the behaviour of safety functions observable, the latter protects and preserves data, documents and relevant evidence over time. In this way, safety ceases to be a presumed condition and becomes a body of information that is accessible, verifiable and easier to govern.
Monitoring safety means reading what the machine is already saying
C-MON-SAFE interprets the safety signals already present and makes them readable over time
In the lifecycle of a machine, adjustments, component replacements, software interventions or degradation of electronic components can modify the behaviour of safety systems without leaving evident traces. C-MON-SAFE takes the signals already present in control systems and makes them useful for safety management, so as to read critical events, anomalies and variations in the real context of machine use.
Safety evidence must remain accessible and defensible
SECURE-SAFE protects data, documents and events with cryptographic integrity and controlled access
In day-to-day operations, documents, videos, updates and event documentation can become scattered across heterogeneous archives. SECURE-SAFE is the platform designed to collect, preserve and make verifiable over time all evidence related to industrial safety. A controlled environment, available in the cloud and certified with blockchain cryptographic integrity. The result is an orderly and verifiable system, useful in audits, inspections or potential disputes.
Tracking modifications, events and versions is already an operational necessity
The new Machinery Regulation will make more explicit a responsibility that already exists today
Machinery Regulation (EU) 2023/1230 reinforces the theme of traceability across the machinery lifecycle: software modifications, digital documentation and relevant events become central. In this scenario, C-MON-SAFE and SECURE-SAFE help OEMs, HSE managers and employers to make machine safety an observable, documented and verifiable system.
Two software applications, one single digital safeguard for machine safety
One application observes the machine, the other preserves what matters
Two complementary applications to ensure continuity of machine safety. C-MON-SAFE interprets the safety signals and sensors already present, monitoring what happens in the real behaviour of the machine; SECURE-SAFE preserves and protects over time data, documents and events relevant to industrial safety.
C-MON-SAFE
Intelligent machine safety monitoring software, designed to detect anomalies, events and modifications over time.
SECURE-SAFE
Platform for the secure and verifiable management of safety evidence, with cryptographic integrity and traceability over time.
The value of a digital safety management platform
Add control, continuity and operational value to machine safety
The machine changes even when it looks the same from the outside. C-MON-SAFE and SECURE-SAFE bring order to the point where safety moves beyond initial commissioning and becomes day-to-day technical management, with information that is more readable, verifiable and useful over time.
Visibility of signals
C-MON-SAFE makes the safety signals already present on the machine and their behaviour over time readable.
Modifications under control
Software versions, interventions and relevant events remain easier to follow and reconstruct when needed.
Evidence that remains useful
Data, documents and recordings are preserved in a more orderly, verifiable and consistent manner.
Continuity in management
For OEMs, HSE managers and employers, it means greater technical continuity beyond the initial machine inspection.
Software Case Studies
Real-world applications for understanding context, usage, and operational value
A selection of use cases designed to demonstrate how C-MON-SAFE and SECURE SAFE fit into real-world machine safety management. These use cases provide insight into the initial context, the specific needs addressed, and the operational value generated by monitoring, change tracking, and verifiable records over time.
Frequently asked questions about machinery safety software
Answers to the most common questions about monitoring, traceability, and safety data
C-MON-SAFE and SECURE-SAFE introduce a new approach to managing machine safety throughout its lifecycle. Here, we’ve compiled the most frequently asked questions to explain how they work, what data they process, and why they can be useful in the day-to-day management of industrial safety.
Do I need to add hardware components to install C-MON-SAFE on the machine?
No. C-MON-SAFE monitors in real time the safety signals already present on the machine and transforms them into readable and usable information. It detects anomalies, tracks software modifications, records events and helps to make the behaviour of the plant’s safety functions observable over time.
What is SECURE-SAFE for in the management of machinery safety?
SECURE-SAFE is designed to collect, archive and protect data, documents and evidence related to machine safety. The information is preserved with cryptographic integrity criteria, so that it can be used reliably in the event of audits, inspections, disputes or proceedings.
Does your software help manage the traceability required by the Machinery Regulation?
Yes. It was developed specifically to address this area. Machinery Regulation (EU) 2023/1230 reinforces the theme of traceability throughout the entire machinery lifecycle. C-MON-SAFE and SECURE-SAFE help to document events, modifications and evidence in a more structured and defensible manner over time.
Can C-MON-SAFE only be integrated on new machines or also on existing plant?
C-MON-SAFE can be integrated on both new machines and existing operational lines, with the aim of making the evolution of safety observable and documentable. Feasibility depends on the plant architecture: our engineers are available to carry out a preliminary assessment and to define the most suitable configuration according to the specific context.
Can C-MON-SAFE and SECURE-SAFE be used separately or do they work together?
They can also be used individually, but they deliver maximum value when used together. C-MON-SAFE makes events, anomalies and modifications in the behaviour of safety functions observable; SECURE-SAFE preserves and protects over time the data, documents and evidence generated, making them accessible and verifiable.
