Development of a UX Evaluation for AI-Driven Combat Interface Systems Under Realistic Battle Stress Conditions

This study proposes an AI-based evaluation framework to assess the user experience (UX) conformity of military system interfaces under combat stress conditions that closely approximate real operational environments.Traditional military UX systems have largely focused on functionality and technical performance, while overlooking critical combat-related factors such as cognitive workload, operability, and emotional stability of end users, including soldiers and commanders.In the case of the Korean military, the adoption of civilian GUI software or technology-driven designs has frequently resulted in operational errors and decreased mission effectiveness in actual field operations.The proposed AI-based framework addresses these shortcomings by extending evaluation beyond conventional peacetime usability testing, offering a strategic design foundation that enhances operational efficiency and survivability in combat scenarios.The outcomes of this study are expected to contribute to the establishment of standardized UX evaluation criteria for defense R&D and provide foundational insights for the development of dedicated military interface UX systems.