<b>The Offloading Window: A Conceptual Framework for AI-Assisted Cognition in Early Childhood: A Conceptual and Theoretical Contribution</b><i></i>
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Keywords

Artificial Intelligence
Cognitive Offloading
Early Childhood Development
Executive Functions
Developmental Framework
Conceptual Paper

How to Cite

The Offloading Window: A Conceptual Framework for AI-Assisted Cognition in Early Childhood: A Conceptual and Theoretical Contribution. (2026). Journal of Cortexplore, 1(3), 104-119. http://cortexplore.org/index.php/jce/article/view/23

Abstract

Children now have daily use of artificial intelligence (AI) like voice response systems, conversational agents (e.g., chatbots), and Digital Learning Systems that provide an AI assist to support their learning. The use of such technology is expected to offer children personalized chances for educational enhancement and cognitive assistance when used appropriately. However, there is limited research on the effect of technology on the developmental/maturational process of children through cognitive offloading; thus, there is insufficient evidence of one or more elements leading to cognitive development through cognitive offloading by adults (i.e., complete adults) who have already developed their cognitive capacity. This paper integrates the current cognitive psychology, developmental neuroscience, and generative-AI-in-education literature to address the above-stated gap in knowledge. The proposed constructs are hierarchically related: The Developmental Offloading Hypothesis (DOH), a general principle confirming that cognitive offloading results in different kinds of effects when components of competence form as opposed to when they are being applied; The Offloading Window (OW), the contextual condition that defines whether the DOH is developmentally active for any particular child at any point in time based on their individual capacity and pattern of use; and the Scaffolded Cognitive AI Integration Framework (SCAIF), the operational framework for translating the principles of DOH and OW into practical guidelines that differentiate scaffolds from substitutions. Each construct is defined behaviourally, evaluated against alternative theoretical accounts (including the Extended Mind, Distributed Cognition, Vygotskian scaffolding, and Cognitive Load Theory), and expressed as a set of falsifiable propositions. The paper concludes with a roadmap for the empirical work required to test these propositions, including a planned mixed-methods study of parents and early-childhood educators.

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