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Rising Geopolitical tensions has caused a surge in cyberwarfare which in turn has put the defense of sovereign digital infrastructure at risk, particularly for states in or near active conflict zones. A scenario is devised here modelling how Poland, a NATO member state, could defend itself against a Russian cyberattack using AI augmented strategies. Using a network modelling approach, a simulation is created displaying a human defense team, fending for itself against a Russian offensive aided by an AI-coach. Results show the efficacy of having an AI coach present in a cyberdefense team, which improves learning, reaction-time, and all together mitigates widespread losses, and post even ignorance.

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Mitigating Cyber Risks Amidst Geo-Political Tensions: A Computational Analysis Based on Adaptive Networks

  • 会议论文

  • 发表日期：

    2026年

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  • Benjamin Papavero Oliva,
  • Roberto Ramirez Arteaga,
  • Jan Treur,
  • Peter H. M. P. Roelofsma

摘要

Rising Geopolitical tensions has caused a surge in cyberwarfare which in turn has put the defense of sovereign digital infrastructure at risk, particularly for states in or near active conflict zones. A scenario is devised here modelling how Poland, a NATO member state, could defend itself against a Russian cyberattack using AI augmented strategies. Using a network modelling approach, a simulation is created displaying a human defense team, fending for itself against a Russian offensive aided by an AI-coach. Results show the efficacy of having an AI coach present in a cyberdefense team, which improves learning, reaction-time, and all together mitigates widespread losses, and post even ignorance.