Nowadays, biometric technologies make it possible to perform this identification or verification practically anywhere and at any time. In information technology, biometrics refers to a system of automatic recognition of persons based on their behavioural and physiological characteristics. The development and progress of this technology have been rapid in recent years. Implementing biometric facial identification by the aerospace industry will influence the next generation of biometrics. The result of this paper offers an analysis of the development of biometric technologies and a comparison of technical and biometric matching and finding out the rate of erroneous photo matching.

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The main objective of the paper is to scientifically elaborate the idea of a methodology for ensuring the safety of transported goods in terms of antiviral and antibacterial protection. The output is a description in the field of transport with the possibility of applying the knowledge also in the aerospace industry. The core of the paper is formed by the description of an intelligent logistics control system with a focus on monitoring the hygienic safety of the logistics chain is a challenge to solve the current problem of ensuring the stability and infection-free transport of goods, primarily needed for production and consumer. Using advanced digital numerical simulations of logistics processes throughout the life cycle of the supply-customer chain and will fit into the issues outlined in the Industry 4.0 strategy. The prerequisite is the constant requirement for stability and infection-free or to ensure the continuity of the supply of goods also in the future to react to the arrival of different epidemiological situations. The need for an intelligent logistics management system is based on the changing actual requirements of hygiene measures, which are determined differently for each region. It is possible to respond to the situation with an intelligent solution tailored to the chosen carrier.