Human Architectures — A Structural Framework for Regulation Under Pressure

This working paper introduces Human Architectures (AH), a low-noise, descriptive framework forreading how human systems maintain continuity under load - and how continuity fails - without relyingon moral, clinical, or ideological explanations. AH models a person (and their relationships) as alayered regulation system operating under constraints. It defines a small set of primitives that areobservable in everyday life: buffers (stored capacity), dampers (impact reducers), bulk (slow-movingstabilizers), propagation/coupling (how impacts spread), latency (time before forced action), andvalves (partial discharge pathways). Using these primitives, AH distinguishes local failure from globalfailure as a difference in topology: global failure emerges when multiple protective degrees of freedomcollapse simultaneously. The paper provides a minimal method for trajectory reading: tracking smalldeltas over short windows to detect loss of latency, valve contamination, buffer exhaustion, and totalpropagation before visible rupture. This paper is intentionally non-prescriptive: it is a lens forinterpretation, coordination, and safer timing.