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The article is devoted to information technology methods aimed at deploying a safe infrastructure for unmanned intelligent systems to support land demining. This study provides an overview of methods applicable to the development of secure infrastructure for unmanned aerial vehicles based demining systems and introduces the Artificial Intelligence Unmanned Aerial Vehicles Systems Development, Security, Operations (AIUAVS-DevSecOps) hybrid methodology. This proposed approach combines artificial intelligence requirements with DevSecOps principles, focusing on system reliability, scalability, and adaptability. As a result, the principles of the proposed methodology were formulated, alongside the identification of key security metrics that will guide future research. These metrics, including reliability, data integrity, cybersecurity, and operational safety, serve as foundational elements for the effective deployment of UAV-based systems in demining operations.

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Using Secure Infrastructure of Unmanned Intelligent Systems to Support Mine Clearance

  • 会议论文

  • 发表日期：

    2025年

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  • Bohdan Kosarevskyi,
  • Artem Tetskyi

摘要

The article is devoted to information technology methods aimed at deploying a safe infrastructure for unmanned intelligent systems to support land demining. This study provides an overview of methods applicable to the development of secure infrastructure for unmanned aerial vehicles based demining systems and introduces the Artificial Intelligence Unmanned Aerial Vehicles Systems Development, Security, Operations (AIUAVS-DevSecOps) hybrid methodology. This proposed approach combines artificial intelligence requirements with DevSecOps principles, focusing on system reliability, scalability, and adaptability. As a result, the principles of the proposed methodology were formulated, alongside the identification of key security metrics that will guide future research. These metrics, including reliability, data integrity, cybersecurity, and operational safety, serve as foundational elements for the effective deployment of UAV-based systems in demining operations.