The Evolutionary–Architectural Approach DOI is a methodological perspective within the Five Task Model DOI that studies cognition through the informational tasks DOI organisms must recognize and regulate in order to maintain the viability constraints of the Energy–Safety–Reproduction (ESR) Triad DOI. Rather than beginning with species-specific internal mechanisms, neural structures, or substrate-dependent traits, the evolutionary–architectural approach begins with the recurring informational situations that require behavior change DOI. These situations become analytically visible as informational tasks: environmental conditions that do not necessarily affect the organism through immediate physical or biochemical impact, but nevertheless require adaptive regulation in anticipation of potential consequences. Within this approach, cognition is analyzed as an evolving architecture of informational regulation. Comparative analysis across biological life indicates that behavior change is not triggered by an unlimited set of informational conditions, but clusters into a limited set of recurrent task domains. These domains form the basis of the Five Task Model and allow cognition to be studied in a substrate-neutral way across biological organisms and, potentially, artificial systems.
Sergei A. Frolov (Wed,) studied this question.