u/Great-Quit-1722

I’ve been exploring a systems-engineering question related to layered operational architectures:

Can a system remain locally stable across individual layers while simultaneously developing globally correlated instability trajectories?

This led me to a conceptual reinterpretation of the Swiss Cheese Model focused on:

• admissibility-first execution control,
• synchronization pressure monitoring,
• trajectory preservation,
• pre-cascade escalation interruption.

The core idea is that catastrophic alignment may be preceded by measurable correlation pressure between layers, even when isolated local thresholds remain within acceptable ranges.

I’d be interested in feedback from people working in:

• control theory,
• distributed systems,
• resilient orchestration,
• safety engineering.

(Conceptual paper link in comments.)

Regarding the recent discussions on the IDDA Active Regulator and the Swiss Cheese Theory: the Intelligent Deterministic Decision Architecture was developed to replace statistical probability with mathematical rigor in layered systems.

The framework focuses on the Ontology of Silence–Signal–Image, providing a foundation for artistic and technical emergence through full audit trails and O(1) stability. By mapping admissibility directly to execution, it eliminates "noise" and ensures that decisions are repeatable and defensible without relying on gut feel or "skipped steps" in logic.

Everything is documented under the IDDA project.