HUMROBOT: An Analytical Framework and Governance Model of Cognitive Sovereignty in Human–Machine Hybridization

The rapid development of artificial intelligence, neurotechnologies, and cognitiveaugmentation systems is progressively transforming the relationship between humancognition and technological infrastructures. This transformation raises fundamentalquestions regarding the preservation of human autonomy, intellectual freedom, anddecision-making sovereignty in environments increasingly influenced by algorithmicsystems. This article introduces the HUMROBOT analytical framework, a conceptual andsystemic model designed to examine the evolution of the interaction between humancognition and intelligent technological systems. Building on previous work thatintroduced the concept of cognitive sovereignty, the present study proposes a structuredmodel for analyzing the dynamics of hybridization between humans and technology aswell as their implications for governance, ethics, and human autonomy. The HUMROBOT framework conceptualizes the human–technology relationship as adynamic system structured around three fundamental forces: technology, humancognition, and governance. The model also introduces a typology of hybrid cognitiveconditions and proposes a governance structure aimed at preserving cognitive sovereigntywhile enabling responsible technological innovation.By integrating contributions from the philosophy of technology, cognitive sciences,artificial intelligence ethics, and governance theory, this work aims to contribute tocontemporary debates concerning the future of human autonomy in technologicallyaugmented environments.