发展方向为现有的评估信息通过技术渠道泄露的相关概念在当前技术情报不断提高的趋势下

S. Skryl', M. Sychev, A. Mazin, T. V. Meshcheryakova, O. A. Gulyaev, I. M. Tegentsev
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引用次数: 0

摘要

问题陈述。航空设备样品制造和生产测试过程中保密要求的基本原理。有必要评估防止通过附带电磁辐射和干扰以及振动声通道泄露信息的措施的有效性。这种情况是航空工业企业的技术装备和生产的飞机模型的装备的特点。在目前改善技术侦察的趋势下,发展现有概念以评估透过技术渠道泄露资讯的威胁的相关性。结果本文介绍了FSTEC俄罗斯现有监管和现有基础的分析结果,以充分评估飞机工业企业在实施生产技术和成品检测过程中防止通过附带电磁辐射和干扰渠道和振动声渠道泄露信息的措施。实际意义。改进确定当前威胁的方法学基础的具体方向可用于开发评估措施的方法和模型,以防止航空工业企业在实施生产技术和成品测试过程中通过电磁发射和干扰渠道以及振动声渠道泄露信息。
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Directions for the development of the existing concept of assessing the relevance of information leakage through technical channels in the current trends of improving technical intelligence
Problem statement. The rationale for confidentiality requirements in the process of manufacturing and production testing of aviation equipment samples. There is a need to assess the effectiveness of measures to prevent information leakage through the channels of incidental electromagnetic radiation and interference and vibroacoustic channels. This situation is characteristic both for the technological equipment of the aviation industry enterprises and the equipment of the produced aircraft models.Objective. The rationale for developing the existing concept of assessing the relevance of the threats of information leakage through technical channels in the current trends of improving technical reconnaissance.Results. The article presents the analysis results of the existing regulatory and existing base of FSTEC Russia for sufficient assessment of measures to prevent information leakage through the channels of incidental electromagnetic radiation and interference and vibroacoustic channels at the enterprises of the aircraft industry in the implementation of production technologies and testing of manufactured products.Practical implications. The substantiated directions of improving the methodological basis for determining the current threats can be used in the development of methods and models for assessment of measures to prevent information leakage through the channels of electromagnetic emissions and interference and vibroacoustic channels at aircraft industry enterprises in the implementation of production technologies and testing of manufactured products.
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