Patoned Systems: Structural Alignment in Human–Operator Systems — An Admissibility-Based Framework for Cognitive, Organisational, and Technical System Alignment within the Paton System

This paper introduces the Patoned Systems Alignment Framework, a structural method for aligning human, organisational, and technical systems using the admissibility principles of the Paton System. The framework proposes that many system failures arise not from incorrect objectives but from structural misalignment between operator intent, system constraints, and decision pathways. By applying admissibility gating and datum alignment, Patoned Systems maintain coherent operation across human–machine interfaces, governance structures, and decision environments. When operator perception, system rules, and execution pathways remain structurally aligned, system stability is preserved. Conversely, when these elements drift beyond tolerance boundaries, instability emerges in the form of organisational dysfunction, decision errors, or technological misuse. The framework therefore provides a domain-neutral diagnostic method for identifying misalignment and restoring structural coherence. Within the Paton System architecture, this work represents a Tier-7 domain instantiation of admissibility principles applied to organisational and cognitive systems.