ExplainabilityFairnessAccountabilitycs.AI
Understand Watchdogs: Discover How Game Bot Get Discovered
Eunji Park, Kyung Ho Park, Huy Kang Kim
November 26, 2020
International Conference on Agents and Artificial Intelligence
6 citations
1 influential
Key Takeaways
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Explainability reduces unfair player bans: The research demonstrates that interpretable AI models for bot detection can minimize false positives, preventing legitimate human players from being incorrectly flagged and unfairly restricted from playing—a key fairness concern in automated enforcement systems.
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"Black box" detection systems lack accountability: Traditional learning-based bot detection methods used by the game industry don't explain why they flag accounts as bots, making it impossible for players to understand or contest detection decisions, highlighting the importance of transparency in automated systems that affect users.
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Behavioral patterns reveal bot activity: By analyzing game logs from the MMORPG AION, the researchers identified specific, explainable behavioral characteristics that distinguish bots from human players, suggesting that responsible AI systems should be able to articulate what suspicious patterns they've detected.
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Interpretability serves both fairness and effectiveness: The study shows that making bot detection systems more transparent doesn't just protect players from false accusations—it also improves the overall quality of detection by helping developers understand and refine what constitutes genuinely problematic bot behavior versus normal human play variation.