When identified then we can (if we want to) automate the process of interpretation and prescription.
If we have identified all the appropriate signals for the context, we may get a very useful outcome.
Automation of which can have a great influence on quality of life
If not we may have various problems:
If not we have to identify more: do more research:
Identifying more subtle signals in the 'noise"?
Identifying if the signals are changing, or change in certain contexts?
Identifying if we are co-creating the signals to some extent?
In the context of increasing automation a speed of implementation/construction of designed solutions these questions become more important...
Research becomes more valuable...
Not in terms of the profits of the creator of the individual solutions...
But in terms of the people affected by the automated solutions..., perhaps the whole society... perhaps the stability of the natural environment on which it depends
Unless the solution is a completely enclosed, sustainable artificial system this will continue to be the case
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