ALGORITHMS FOR TESTING TECHNICAL EQUIPMENT IN ACCREDITED LABORATORIES USING MECHANICAL AND CLIMATE TYPES OF INFLUENCE

Abstract

The article provides a brief analysis of the implementation of testing algorithms for technical means in accredited laboratories of mechanical and climatic effects. For the certification of technical means in accordance with the requirements of technological regulations, algorithms and test equipment are used, which make it possible to reproduce mechanical and climatic influences in laboratory conditions. Studies of the processes of performing the work of testing laboratories have shown that the main role in ensuring quality control and safety of products released to the market belongs to employees. It is the laboratory staff who make mistakes in the technological regulations for carrying out mechanical and climatic influences on the tested products. To minimize the influence of the human factor, the implementation of the algorithm of the relevant information and communication technology blockchain is considered. The use of an algorithm based on blockchain technology ensures not only the reliability and availability of test results, but also their protection from unauthorized interference of employees in testing processes. It is shown that the blockchain-based algorithm will eliminate the falsification of test results due to the fact that the generated tags according to the tested parameters of the technical means for noise immunity and noise emission will be automatically read from the measuring equipment and written to the corresponding request processing units, the server management system and to the transit tails of the company. Which produced the tested technical device. A blockchain-based certification testing algorithm can be used by regulators to simplify the control and accreditation of testing laboratories, product manufacturers to reduce costs, and track hardware certification processes and product buyers to ensure their trust in certified products.