> CAEBM can handle mixed (numeric, nonnumeric No) parameter sets, even if "scientifically incomplete" for the problem at hand.
> CAEBM can collect, consolidate, and RE-USE example-based know-how from any source and arbitrary problem domains.
> CAEBM can model high-dimensional inter-disciplinary problems, even if scientifically unresolvable.
> CAEBM can control and measure global and parameter-individual model errors.
> CAEBM can control systematically and make transparent problem-inherent structure and complexity.
> CAEBM can deliver 2-3dim model detail-explanations to support plausibility and human max 2-5 dim understanding.
> CAEBM can measure parameter-relevance and suitability of different parameter sets.
> CAEBM can extend and refine continuously know-how for systematical RE-USE.
> CAEBM can separate the know-how from it's sources and make it portable + tradable.
> CAEBM can open opportunities for new know-how oriented businesses and cooperations.
> CAEBM can allowfor up to now "impossible" (because of being "scientifically unresolved") problem solutions.
> CAEBM can open chances to discover new scientific know-how by making contexts understandable, which look "chaotic" etc up to now.
> etc pp