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Technical concept paper proposes Interface Stabilization Architecture for effective load transmission in human-machine systems, highlighting its defense and clinical applications.
Technical concept paper describing Interface Stabilization Architecture (ISA) and its application to dynamic human–machine load environments. The document outlines architectural constraints defining skeletal–device coupling integrity and proposes a research framework for stabilized load transmission systems in defense, clinical, and augmentation contexts. The underlying theoretical framework is described in: Alley, R. (2026).Interface Stabilization Architecture (ISA): A Structural Framework for Stabilized Human–Device Load Environments.Zenodo. https://doi.org/10.5281/zenodo.18952616 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). This DARPA technical concept document describes application of these constructs within defense-relevant systems. Biodesigns is the affiliated organization and implementation entity.
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Randall D. Alley (2026) studied this question.
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