ENSURING INFORMATION SECURITY OF MINING EQUIPMENT IN THE QUANTUM ERA

IF 0.1 Q4 GEOSCIENCES, MULTIDISCIPLINARY
M.A. Berestnev, A. Minbaleev, K. Evsikov
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Abstract

The article considers the expediency of changing the methods of ensuring information security of automated process control systems (automated process control systems) of extractive industry enterprises. The analysis of foreign experience allowed us to say that the world's leading economies are preparing for the appearance of a cryptographically relevant quantum computer. Many countries have adopted mandatory and recommendatory documents on the transfer of critical information infrastructure to quantum-secure methods of information protection: quantum key distribution or post-quantum cryptography. Both of these methods have their advantages and disadvantages, which must be taken into account when implementing the automated process control system. The analysis shows that post-quantum cryptography, although it requires less economic costs to improve cryptographic information protection systems, but the cryptographic stability of these algorithms is conditionally secure. The study allows us to conclude that it is advisable to recommend quantum key distribution systems for use in the extractive industry...
确保量子时代挖矿设备信息安全
本文探讨了采掘业企业自动化过程控制系统(自动化过程控制系统)信息安全保障方法变革的权宜之计。通过对国外经验的分析,我们可以说,世界主要经济体正在为与密码学相关的量子计算机的出现做准备。许多国家已经通过了强制性和推荐性文件,将关键信息基础设施转移到量子安全的信息保护方法:量子密钥分发或后量子加密。这两种方法各有优缺点,在实施自动化过程控制系统时必须加以考虑。分析表明,后量子密码虽然需要较少的经济成本来改进密码信息保护系统,但这些算法的密码稳定性是有条件安全的。这项研究使我们得出结论,建议在采掘业中使用量子密钥分配系统是可取的……
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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