Complexity-based Design

High complexity is source of vulnerability and cause of loss of profitability. In order to counter its effects it must first be measured, and used as a design attribute.

Managing the complexity of processes and products in the design phase, helps make them less fragile and more resilient, reducing warranty and recall costs.

Real-time Monitoring of Complexity and its Management

QCM monitors in real-time and pinpoints complexity and fragility hotspots in:

- Manufacturing and processing plants

- Automobiles, aircraft, spacecraft

- ICT networks, Critical infrastructures

- SW systems, the Internet of Things

Customized Early-Warnings

We produce early warnings of anomalies in highly complex high-tech products, manufacturing processes, networks, batteries, traffic systems, machinery, hours ahead of time.

Our system does not require examples from which to learn. Our technology goes beyond Machine Learning. Sometimes, there are no examples to learn from.

How Bad Can It Get?

Complexity monitoring produces a unique outcome of paramount importance: quantitative information about the worst-case scenario.

The critical state, which is known as critical complexity, and which every system possesses, is not a state of equilibrium. This means that the worst-case scenario is in a state of permanent mutation. Can one build a solid strategy without knowing what the worst case looks like?

Data Quality Assessment

We measure data conditioning, degree of disorder (chaoticity) and overall quality, as well as a ranking of key variables and sources of fragility of the entire data set. We process time and frequency domain data as well as spatially distributed data.

It is necessary to dispose of high-quality data in order to engage Ontonix.

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