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It is shown that the task of increasing the relevance, reliability and completeness of information on the technical condition of products must be solved within the framework of automation of data collection directly in the processes of the product life cycle. New approaches to the organization of information processes for tracking the technical condition of aircraft components (Aircraft) based on the widespread use of mobile computer devices, electronic workflow and automatic identification tools combined with the appropriate software components are proposed. Mathematical models and automated technology have been developed for organizing data collection and monitoring technical state parameters in real time. A software and hardware complex has been formed as a part of stationary and moving parts, which provides an increase in the reliability and efficiency of the technical parameters control of the aircraft components both within this stage and taking into account the previous stages of the life cycle. Examples of modeling and software implementation of automated technology for organizing data collection and monitoring the parameters of the technical condition in real time are given.

TRACEABILITY OF AIRCRAFT COMPONENTS STATE IN REAL TIME