DEVELOPMENT OF A SOFTWARE TOOL FOR THE IDENTIFICATION OF THREATS TO INFORMATION SECURITY CAUSED BY LOW-FREQUENCY ACOUSTOELECTRIC TRANSFORMATIONS
The article considers the physical basis for the formation of a technical channel of information leakage that occurs due to low-frequency acoustoelectric transformations. The method of instrumental and computational control of the security of speech information in the considered channel of information leakage, which is currently used in special research, is presented in the form of a simulation model. Using the developed simulation model and the MVP design pattern, we developed a software tool. The article presents the main classes of the software model. It demonstrates the functionality of the software tool, and provides recommendations for the possible use of the simulation model for identifying threats to information security that occur due to low-frequency acoustoelectric transformations.