Objective: This article explores the connection between game theory and wargaming to enhance decision-making processes in crisis situations. The primary goal of this research is to integrate human intelligence with intelligent systems in wargames, thereby simulating strategic interactions using game theory models and transforming them into actionable strategies.

Methodology: This study employs a technical approach to improve the accessibility of game theory models and the reproducibility of wargames. By leveraging collected in-game data and reports, war actors can make more informed decisions while reducing their cognitive efforts.

Findings: The results demonstrate that game theory provides a robust framework for simulating and analyzing wargames, as it translates complex strategic interactions into precise mathematical models. Techniques such as backward induction and the integration of human intuition with intelligent systems enable the prediction of adversary behavior and the development of practical strategies.

Conclusion: This research lays the groundwork for future studies in this field and opens new horizons for advancing and enhancing wargames and game-theory-based modeling in real-world scenarios. The article introduces a hypothetical game illustrating a conflict between two nations and further presents the Iran-Iraq War as an example of using game theory as an analytical framework to improve wargame simulations and develop strategic decisions.