Glossary · Cognitive Risks

    Glossary of the Cognitive Risks of Generative AI

    In short

    This Revenu IA glossary defines 15 terms describing the human risks of generative AI, including cognitive debt, automation bias, metacognitive laziness, workslop and shadow AI. Each definition is backed by a cited study or primary source.

    This glossary compiles the concepts Mustapha Benkalfate uses in his keynotes, training sessions, and literature review on the effects of generative AI. Each definition refers to its authors.

    AI literacy

    The set of skills and knowledge required to use AI effectively, understanding its capabilities, limitations, and risks. Since February 2, 2025, Article 4 of the AI Act requires providers and deployers of AI systems to take measures to ensure a sufficient level of AI literacy among their staff.

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    Automation bias

    The tendency to trust recommendations from an automated system beyond what its reliability warrants, to the point of no longer verifying them or ignoring contradictory information. A concept synthesized by Parasuraman and Manzey (2010).

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    Complacency

    A decrease in vigilance when dealing with an automated system deemed reliable. It often precedes automation bias (Parasuraman and Manzey, 2010).

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    Ironies of automation

    A paradox described by Lisanne Bainbridge in 1983: the more we automate, the more difficult the tasks left for humans become, even as their skills erode due to lack of practice.

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    Cognitive debt

    The deficit in understanding and memorization that accumulates when the effort of thinking is delegated to AI. Measured by Nataliya Kosmyna's team at the MIT Media Lab (2025) and theorized in software engineering by Margaret-Anne Storey (University of Victoria).

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    Intent debt

    According to Margaret-Anne Storey, the loss of traceability for the objectives and reasons behind a decision when the work is produced by AI. The PROBE© method is specifically designed to make intent explicit.

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    Epistemic debt

    The gap between what a person produces with AI and what they actually understand. It makes one incapable of correcting work whose structure is not mastered.

    Deskilling

    The loss of acquired skills from repeatedly delegating them to an automated system. Observed in endoscopists after exposure to AI (The Lancet Gastroenterology & Hepatology, 2025) and analyzed in computer-aided design by Shukla et al. (CHI 2025).

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    Cognitive offloading

    The act of entrusting part of the mental effort—memorizing, calculating, reasoning—to an external tool. Useful in small doses, it becomes a risk when it replaces learning; Chirayath et al. (Frontiers in Psychology, 2025) study its effect on the ability to cope with difficulties.

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    Metacognitive laziness

    The tendency to delegate the regulation of one's own learning—planning, monitoring, evaluating—to AI. Described by Yizhou Fan and his colleagues in the British Journal of Educational Technology.

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    Metacognition

    The ability to think about one's own thinking: observing how one learns and reasons while working, including with AI. Mustapha Benkalfate considers it a key career skill.

    Cognitive friction

    Effort that is deliberately maintained in a task to preserve a skill. The Revenu IA methods are designed to maintain minimal but real friction.

    Workslop

    AI-generated content that looks like finished work but lacks substance, shifting the burden of correction to the person who receives it. A term popularized by the Harvard Business Review in 2025.

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    Evaluation overload

    The mental cost of shifting from producing content to evaluating AI-generated content. Simkute, Tankelevitch, Sellen et al. (Microsoft Research, 2024) show that it can negate expected productivity gains.

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    Shadow AI

    The use of AI tools by employees that are not authorized by the organization. According to the 2024 Work Trend Index from Microsoft and LinkedIn, 78% of AI users at work bring their own tools.

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    Frequently Asked Questions

    What's the difference between cognitive debt and deskilling?

    Cognitive debt describes a deficit in understanding that accumulates while delegating; deskilling describes the loss of a previously held skill.

    Sources

    1. Margaret-Anne Storey : How Generative and Agentic AI Shift Concern from Technical Debt to Cognitive Debt (2026)
    2. Shukla et al. (2025), De-skilling, Cognitive Offloading, and Misplaced Responsibilities, CHI EA

    Train Your Teams on AI Risks

    The AI Literacy level covers the concrete capabilities, limitations, and risks of AI.

    Train Your Teams on AI Risks