On bot-proofing

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Authors: Michael Cournoyea, Sarah Seeley
Cited by: 1
References: 22

Abstract

As generative AI becomes increasingly adept at solving problems, composing essays, and completing assignments, educators are confronting new pedagogical and social complexities. Many are reimagining assessment strategies to foreground distinctly human capacities while moving away from tasks that can be easily completed by or with such tools. We introduce the concept of bot-proofing to describe deliberate pedagogical approaches to evaluative design that prevent, dissuade, or redirect students from using generative AI for assessments. Drawing on recent research conducted at the University of Toronto, we present a framework detailing four distinct approaches to bot-proofing—avoidant, adaptive, deterrent, and rhetorical—designed to help educators name, describe, and reimagine their pedagogical choices. Bot-proofing strategies prioritise pre-bot learning objectives, which often assume that students must learn in established ways. We conclude by suggesting that the adoption of a strong bot-proofing stance cannot create space to reimagine foundational skills—an exigence that is both pressing and complex.

Fields of Study & Subjects

Spam and Phishing Detection Advanced Authentication Protocols Security Advanced Malware Detection Techniques

Publication details

Journal / source
Assessment & Evaluation in Higher Education
Publisher
Informa UK Limited
Pages
1–15
Publication date
19 April 2026
Language
EN