QCM Technology

The best way to put QCM to work is to OEM the technology. We provide our computational engine with a simple I/O protocol, that can be easily integrated into any SW platform. QCM works in the background and takes monitoring, data analytics, anomaly detection and resilience management to a new level.

QCM communicates with data sources and IT infrastructures via a simple I/O protocol, making its integration easy.

 

RT Monitoring of Complexity and Anomaly Detection

Complexity is a major threat for high-tech products and manufacturing prosesses. It must be monitored.

QCM can work behind the scenes and process thousands of data channels in real-time, detecting early warnings of anomalies before they materialize.

Read more in a blog by CISCO.

 

Complexity Drivers

Measure in real-time the complexity of your system. See if it grows. Identify the cause and understand the consequences.

Obtain a ranking of all data channels in terms of criticality. The channels at the top of the bar chart are the drivers of complexity. They put your system at risk.

A Complexity Map, showing the relevant data channel interdependencies helps to really understand how complex things work.

 

Running the QCM

Ontonix QCM technology is powered by OntoNet™, our QCM engine, available on Linux and MS platforms.

OntoNet uses a simple I/O protocol and can be easily integrated into any existing IT infrastructure.

Contact us for licensing information and for a demo.

 

Applications of QCM Technology

Applications of QCM technology in engineering, manufacturing and industrial process monitoring are numerous. Click.

 

Real-time Anomaly Early Warnings

QCM processes real-time data from critical sub-systems using RAW CAN bus output, delivering warnings of anomalies before they materialize and indicating the cause.