№1 2020


Development of an automated system for deploying software for automated workstations of the spacecraft flight control center


1M.A. Prokhorov, 1A.Yu. Tsvetkov, 2A.A. Tolmachev


1Mozhaisky Military Space Academy
Saint Petersburg, Russian Federation
2Military Aerospace Defense Academy
Tver, Russian Federation


At present, the daily and combat activities of almost any army in the world are largely determined by the quality of information and space support. At the same time, the quality of support depends largely on the stability of the functioning of such unique technical facilities as spacecraft flight control centers. Based on the features of building new and upgrading existing flight control centers, their susceptibility to destructive information influences has been established. In this regard, the only way to guarantee the recovery of the information management system after information and technical impact was determined, namely, the complete redeployment of automated workplaces, including the reinstalling of operating systems, general software and special software. To ensure the efficiency of recovery of the system under consideration, the need to automate the deployment of software for automated workstations of the spacecraft flight control center was justified. The results of the analysis of existing approaches to software deployment have shown the need for implementation directly disrespecting methods. Based on this, the complex software deployment process was formalized, and the structure of the automated software deployment system for automated workstations of the spacecraft flight control center was proposed, the use of which will ensure the necessary level of stability in the implementation of technological cycles of spacecraft control in particular, and the quality of information and space support for troops in General.


automated system, destructive information impact, software deployment, efficiency, infrastructure stability


[1] Ostapenko O. N., Baushev S. V., Morozov I. V. Informacionno-kosmicheskoe obespechenie gruppirovok vojsk (sil) VS RF [Information and space support for troops (forces) of the RF Armed Forces]. Saint-Petersburg, Lyubavich, 2012, 368 p. (In Russian)

[2] Manuilov Yu. S., Kalinin V. N., Goncharevsky V. S., Deliy I. I., Novikov E. A. Upravlenie kosmicheskimi apparatami i sredstvami nazemnogo kompleksa upravleniya [Spacecraft and ground control complex control]. Saint-Petersburg, WKA named after A. F. Mozhaysky, 2010, 609 p. (In Russian)

[3] Chashchin S. V., Vecherkin V. B., Goncharov A. M. Algoritm ocenivaniya zhivuchesti kompleksov sistem avtomatizacii i ego elementov v usloviyah destruktivnyh vozdejstvij [Algorithm for assessing the survivability of complexes of automation systems and its elements under conditions of destructive influences] // Telecommunication technologies, 2016, no. 14, pp. 122-125. (In Russian)

[4] Prokhorov M. A. Ocenivanie ustojchivosti centra upravleniya poletom kosmicheskih apparatov v usloviyah destruktivnyh vozdejstvij [Estimation of stability of the spacecraft flight control center under the conditions of destructive influences] // Transactions of scientific and practical conference «Problems of technical support of troops in modern conditions», Military Academy of Communications, 2017, pp. 160-164. (In Russian)

[5] Krikov A. P., Kvasov M. N., Prokhorov M. A. Prakticheskie rekomendacii po obespecheniyu ustojchivosti funkcionirovaniya avtomatizirovannyh sistem special'nogo naznacheniya kriticheski vazhnymi ob"ektami v usloviyah destruktivnyh informacionnyh vozdejstvij [Practical recommendations for ensuring the stability of the functioning of automated systems for special purposes with critical objects under the conditions of destructive information impacts] // Bulletin of Tula State University. Technical Science, vol. 6, 2019, pp. 14-21. (In Russian)

[6] Bazovaya model' ugroz bezopasnosti personal'nyh dannyh pri ih obrabotke v informacionnyh sistemah personal'nyh dannyh [Basic model of personal data security threats when they are processed in personal data information systems]. Available at: (accessed 01.10.2020). (In Russian)

[7] Piskunov I. V. Cepochka Cyber-kill Chain: ot modelirovaniya do proektirovaniya zashchishchennogo perimetra [Cyber-kill Chain: from modeling before designing a secure perimeter]. Available at: (accessed 12.01.2020). (In Russian)

[8] Makarenko S. I. Problemy i perspektivy primeneniya kiberneticheskogo oruzhiya v sovremennoj setecentricheskoj vojne [Problems and prospects of the use of cybernetic weapons in modern network-centric warfare] // Special equipment and communications, 2011, no. 3, pp. 41-47. (In Russian)

[9] Makarenko S. I. Informacionnoe protivoborstvo i radioelektronnaya bor'ba v setecentricheskih vojnah nachala XXI veka [Information confrontation and electronic warfare in network-centric wars of the beginning of the XXI century]. Saint Petersburg, High Technologies, 2017, 546 p. (In Russian)

[10] Nekrasov M. V., Pakman D. N., Antamoshkin A. N. Metody unifikacii sovremennyh sredstv obrabotki telemetricheskoj informacii v centrah upravleniya poletami kosmicheskih apparatov [Methods for the unification of modern means of processing telemetric information in spacecraft flight control centers] // Vestnik SibGAU, 2014, no. 1 (53), pp. 48-53. (In Russian)

[11] Razvertyvanie razlichnyh distributivov Linux v korporativnoj srede [Deploying various Linux distributions in a corporate environment]. Available at: (accessed 13.01.2020). (In Russian)

[12] Chernyshov A. S. Analiz metodov modelirovaniya avtomatizirovannyh sistem [Analysis of modeling methods for automated systems] // Materials X All-Russian scientific and practical conference of students, graduate students, educators and industry, 2019, pp. 367-370. (In Russian)

[13] Burenin P. V., Devyanin P. N., Lebedenko E. V., Proskurikov V. G., Tsibulya A. N. Bezopasnost' operacionnoj sistemy special'nogo naznacheniya Astra Linux Special Edition [Security of the special-purpose operating system Astra Linux Special Edition]. Moscow, Goryachaya liniya - Telecom, 2016, 312 p. (In Russian)

[14] Kuzmitsky A. Avtomaticheskaya ustanovka «Astra Linux Special Edition» (chast' 2) [Automatic installation of «Astra Linux Special Edition» (part 2)]. Available at: (accessed 13.01.2020). (In Russian)

For citing this article

Prokhorov M.A., Tsvetkov A.Yu., Tolmachev A.A. Development of an automated system for deploying software for automated workstations of the spacecraft flight control center // Spacecrafts & Technologies, 2020, vol. 4, no. 1, pp. 20-27. doi: 10.26732/

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