Development of an algorithm for certification tests of technical means based on the use of blockchain

Starozhuk E.A.1, Yakovleva M.V.1
1 Московский государственный технический университет им. Н.Э. Баумана, Russia

 Download PDF | Downloads: 21 | Citations: 5

Journal paper

Russian Journal of Innovation Economics (РИНЦ, ВАК)
опубликовать статью | оформить подписку

Volume 9, Number 3 (July-September 2019)

Citation:

Starozhuk, E. A., & Yakovleva, M. V. (2019). Development of an algorithm for certification tests of technical means based on the use of blockchain. Russian Journal of Innovation Economics, 9(3), 1177-1192. https://doi.org/10.18334/vinec.9.3.40823

Indexed in Russian Science Citation Index: https://elibrary.ru/item.asp?id=41263378
Cited: 5 by 24.01.2023

Abstract:
This article provides a brief analysis of the system of certification of technical means for compliance with the requirements of technical regulations of the Customs union, on the basis of which it is concluded that the staff of the testing laboratory, which carry out tests of certified technical means are key in ensuring quality control and safety of products released to the market. These employees can make mistakes in the process of testing products, and therefore it is proposed to introduce in the testing laboratory relevant information and communication technology, which will minimize the impact of the human factor in the testing of technical means. To ensure the reliability and accessibility of the test results, as well as their protection from unauthorized interference, an algorithm for certification tests of products based on blockchain technology has been developed. The possible application of this algorithm in the certification of secondary power supply for compliance with the requirements of the Technical regulations of the Customs union "Electromagnetic compatibility of technical means" is demonstrated. It is shown that the blockchain algorithm will eliminate the falsification of test results due to the fact that the generated labels on the checked parameters of the technical means for noise immunity and noise emission will be automatically read from the measuring equipment and recorded in the appropriate blocks, which in turn will be processed in the request processing system, server management system and transit hosts of the company that manufactured the tested technical means. The developed algorithm of certification tests can be used by regulators to simplify the procedure of control and accreditation of testing laboratories, manufacturers to reduce costs and monitor the procedures for certification of technical equipment and buyers of products to ensure their confidence in the certified products.

Keywords: blockchain, technical regulations of the Customs union, electromagnetic compatibility, certification testing

JEL-classification: O31, F15, O33, O32

Похожие статьи:

   Development of a testing management model to minimize quality losses of industrial products at various stages of the life cycle (Яковлева М.В.) Journal of Economics, Entrepreneurship and Law. Num. 2 / 2022

   Development of an organizational and economic mechanism for improving the industrial products' quality with a certified electronic component amidst the digital economy (Яковлева М.В.) Creative Economy. Num. 2 / 2022

References:

Andrianova E.G., Golovin O.L. (2017). Kontseptualnye aspekty postroeniya doverennyh neodnorodnyh blokcheyn-sred novogo tekhnologicheskogo uklada [Conceptual aspects of buiding a trusted heterogeneous blockchain-environments of a new technological structure]. IT-Standart. (3-1(12)). 1-6. (in Russian).
Blockcerts - система академической сертификации на базе блокчейнаBits.media. Retrieved February 10, 2019, from https://bits.media/mit-otkryl-blockcerts-sistemu-akademicheskoy-sertifikatsii-na-baze-blokcheyna
Blockchain Certification NetworkGolos.io. Retrieved March 05, 2019, from https://golos.io/@blockchaincert
Erokhin S.D. (2018). Blokcheyn – novaya organizatsionnaya paradigma koordinatsii deyatelnosti [The blockchain is a new organizational paradigm coordination]. Elektrosvyaz. (3). 16-19. (in Russian).
Golovenchik G.G. (2018). Blokcheyn kak osnova formirovaniya globalnoy tsifrovoy ekonomiki [The blockchain as the basis of a global digital economy]. Economics. (1(3)). 61-70. (in Russian).
Kirilova D.A, Maslov N.S., Reyn A.D. (2019). Blockchain, kak novaya tekhnologiya dlya razrabotki [Blockchain as a new technology for development]. International Journal of Open Information Technologies. (1). 34-38. (in Russian).
Martynov L.M., Yakovleva M.V. (2018). Tendentsii sovershenstvovaniya sistemy podtverzhdeniya sootvetstviya informatsionno-kommunikatsionnyh sredstv i tekhnologiy trebovaniyam tekhnicheskikh reglamentov Evraziyskogo Ekonomicheskogo Soyuza [Trends of improvement of the system of confirmation of conformity of information and communication tools and technologies to requirements of technical regulations of the Eurasian Economic Union]. Management of economic systems: scientific electronic journal. (2(108)). 16. (in Russian).
Martynov L.M., Yakovleva M.V. (2018). Tendentsii sovershenstvovaniya upravleniya sistemoy podtverzhdenii sootvetstviya informatsionno-kommunikatsionnyh sredstv i tekhnologiy [Trends in improvement of the management system conformity assessment of information and communication tools and technologies]. Management of economic systems: scientific electronic journal. (5(111)). 33. (in Russian).
Nigmatulin T.A., krasnova A.I., Lavrinovich A.A. (2016). Perspektivy ispolzovaniya tekhnologii blokcheyn tamozhennymi organami Rossiyskoy Federatsii [Prospects of use of blockchain technology by the customs authorities of the russian federation]. Uchenye zapiski Sankt-Peterburgskogo imeni V.B. Bobkova filiala Rossiyskoy tamozhennoy akademii. (4(60)). 11-14. (in Russian).
Severinchik N.A. (2018). Blockchain kak platforma dlya iskusstvennogo intellekta [The Blockchain as a platform for artificial intelligence] Minsk: BGTU. (in Russian).
Shamakhov V.A., Koryagin P.A., Kuntishev R.A. (2018). Tekhnologiya blokcheyn kak faktor globalnoy modernizatsii mezhdunarodnyh protsessov tamozhennogo regulirovaniya. Vnedrenie tsifrovoy sistemy raspredelennyh reestrov v tamozhennom Soyuze stran EAES [Blockchain Technology as a Factor of Global Modernization of International Processes of Customs Regulation. Application of the Digital System of Distributed Registers in the Customs Union of the Eurasian Economic Union Countries]. Management consulting. (6(114)). 63-67. (in Russian). doi: 10.22394/1726-1139-2018-5-63-67 .
Tapskott D., Tapskott A. (2017). Tekhnologiya blokcheyn: to, chto dvizhet finansovoy revolyutsiey segodnya [The technology of the blockchain: what drives financial revolution today] M.: Eksmo. (in Russian).
ГОСТ 32134.1-2013 Совместимость технических средств электромагнитная. Технические средства радиосвязи. Общие технические требования и методы испытаний от 01.01.2014 № 411-стDocs.cntd.ru. (in Russian). Retrieved April 08, 2019, from http://docs.cntd.ru/document/1200107256
Единый реестр оформленных сертификатов соответствия техническим регламентам Таможенного союзаRosteststandar. (in Russian). Retrieved January 28, 2019, from http://rosteststandart.ru/reestry.html
О Положении о порядке применения типовых схем оценки (подтверждения) соответствия требованиям технических регламентов Таможенного союзаTsouz. (in Russian). Retrieved January 19, 2019, from http://www.tsouz.ru
Технический регламент Таможенного союза ТР ТС 020/2011 «Электромагнитная совместимость технических средств»Tsouz. (in Russian). Retrieved April 04, 2019, from http://www.tsouz.ru

Смотрите также:

  Classification and essence of modern types of organization in Russia (Бородянский Б.М.) Creative Economy. Num. 3 / 2017

  Behavior of education market subjects under conditions of asymmetric information (Тагаров Б.Ж.) Creative Economy. Num. 5 / 2018

   The impact of digital technology on the development of the pharmaceutical industry (Никульников Н.В., Измайлов А.М.) Creative Economy. Num. 11 / 2022

  Bougainville: smoldering regional conflict and the object of geostrategic economic interests of the participants of the "Big game" (Захарьев Я.О.) Journal of International Economic Affairs. Num. 3 / 2019

  Development of the algorithm of recruitment of young specialists for internships in the companies of high-tech industries (Помогаева К.Ю., Бровченко Е.А.) Russian Journal of Labour Economics. Num. 3 / 2018

Страница обновлена: 21.03.2025 в 07:33:41