Interface Stabilization Architecture (ISA): A Structural Framework for Stabilized Human–Device Load Environments

This work introduces Interface Stabilization Architecture (ISA), the first formal structural framework for engineered skeletal–device coupling integrity across human–device load systems. The framework defines three structural constructs: • Interface Stabilization Architecture (ISA)• Direct Fascial Stabilization (DFS)• Engineered Load Stabilization (ELS) Together these constructs establish the foundational principles of Human–Machine Coupling Theory, a discipline concerned with preserving coherent force transmission between biological and mechanical systems. First formal description of Interface Stabilization Architecture (ISA), Direct Fascial Stabilization (DFS), and Engineered Load Stabilization (ELS). Authorship and Origination Statement (Updated Version):Randall Alley is the sole author and originator of Interface Stabilization Architecture (ISA), Direct Fascial Stabilization (DFS), and Engineered Load Stabilization (ELS). Biodesigns is the affiliated organization and implementation entity. This version clarifies authorship attribution and origin of the framework.