What Does Artificial Intuition Do?

Artificial Intuition solves nasty, super-complex problems, where conventional tools fail. It monitors critical systems or equipment, providing early warnings of malfunctions or anomalies before they materialise. The result is actionable information and concrete solutions, saving time, money and reputation. Without Machine Learning.

Highly complex systems can fail in a multitude of ways. often, not all failure modes are known. electricity grids are an eloquent example.

 

A New Paradigm in Complexity-Based Computer-Aided Engineering

The complexity of modern products is increasing rapidly. But high complexity is a prelude to vulnerability. Our QCM technology allows engineers to actually measure the complexity of a component or a system, making it possible to use complexity as a design attribute. If CAE is to cope with the inevitable increase of complexity in future modern products and processes, complexity must enter the design-loop.

a product may today be designed with complexity in mind from day one. Not only stresses, frequencies or fatigue life but also complexity can become a design target for engineers.

 

A New Paradigm in real time Monitoring & Early Anomaly Detection.

Artificial Intuition identifies problems in complex, critical systems and infrastructures and helps solve them. Before they materialise. In real time. Without Machine Learning.

Highly complex systems are exposed to a new form of risk: complexity-induced risk. MORE

 

Countering Complexity-Induced Risks

The increasing complexity of modern high-tech products, manufacturing processes and infrastructures is a new and insidious form of risk, which conventional analytics is unable to counter. Artificial Intuition is powered by our Quantitative Complexity Management (QCM) technology, making it an ideal tool to counter this new form of risk.

The rapid and uncontrolled introduction of new technologies into almost every sphere of social life and industry is fuelling the complexity time bomb.

Complexity is a new form of risk because highly complex system are inherently fragile and possess numerous, often unknown failure modes.

 

How Does it Work?

Unlike Machine Learning techniques, Artificial Intuition processes raw data originating from one, specific system of interest. There is no need to resort to expensive GPUS for training. Besides, critical and expensive problems are not frequent enough to even allow for training. Often such problems are invisible. We are able to discover them.

Artificial Intuition is physics-based. We don’t guess solutions, by analysing myriads of ‘similar’ cases. Based on the actual dynamics of a given system, we compute a specific solution for a specific case.

artificial intuition is also known as 4-th generation AI. it computes solutions based on complexity management technology, which combines physics and information theory.

 

Beyond Machine Learning

There are numerous circumstances in which there are not enough examples from which to learn, or there is not enough time. But one must still make critical decisions on the fly as situations quickly change, like on a battlefield or in emergency and crisis. Often a sudden problem doesn’t fit any known pattern, yet a decision must be made.

in numerous contexts there are not enough examples from which to learn. in such cases conventional ai cannot be used, yet one still needs to make decisions.

 

Need Resilience?

To increase resilience it is necessary to find all the fragility hotspots. Artificial Intuition does precisely that. Knowing where and why fragilities may develop can help engineer better, resilient products and avoid expensive failures.

This is an issue in complex hi-tec products, which are software-heavy and packed with electronics. Due to their complexity they can never be fully tested.

certain critical, highly expensive systems must be resilient because they operate in harsh environments. in such cases resilience means survivability.

 
 

Artificial Intuition is Used in DoD, DHS and FAA Programs

Our Artificial Intuition is used in technology development programs with the DoD, DHS and FAA. Read more.