Synergy of building cybersecurity systems

Yevseiev, Serhii; Ponomarenko, Volodymir; Лаптєв, Олександр; Milov, Oleksandr; Korol, Olha; Milevskyi, Stanislav; Pohasii, Serhii; Ткачов, Андрій; Shmatko, Olexander; Melenti, Yevgen; Sievierinov, Оleksandr; Ostapov, S. E.; Gavrilova, Alla; Tsyhanenko, Oleksii; Herasimov, Sergey; Nyemkova, Elena; Tomashevsky, Bogdan; Hrod, Ivan; Оpirskyy, Іvan; Zvieriev, Volodymyr; Прокопенко, О. С.; Savchenko, Vitalii; Барабаш, Олег; Sobchuk, Valentyn; Shuklin, German; Khvostenko, Vladyslav; Tymochko, Oleksandr; Pavlenko, Maksim; Trystan, Andrii; Florov, Serhii

doi:10.15587/978-617-7319-31-2

Cited by 39 publications

(64 citation statements)

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“…The values given in Table 1 indicate that the collisional properties of authentication codes generated using mini-MASH-1, mini-MASH-2, mini-UMAC AES, and mini-UMAC CCC satisfy the second criterion of versatility. The data obtained by calculation allows to assert that the use of the UMAC scheme on the CCC significantly improves the collision properties of the integrity control and authentication codes [11].…”

Section: Software Implementation Of the Algorithm For The Occurrence Of Collisional Properties Of Hash Codesmentioning

confidence: 97%

Research of collision properties of the modified UMAC algorithm on crypto-code constructions

et al. 2022

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The transfer of information by telecommunication channels is accompanied by message hashing to control the integrity of the data and confirm the authenticity of the data. When using a reliable hash function, it is computationally difficult to create a fake message with a pre-existing hash code, however, due to the weaknesses of specific hashing algorithms, this threat can be feasible. To increase the level of cryptographic strength of transmitted messages over telecommunication channels, there are ways to create hash codes, which, according to practical research, are imperfect in terms of the speed of their formation and the degree of cryptographic strength. The collisional properties of hashing functions formed using the modified UMAC algorithm using the methodology for assessing the universality and strict universality of hash codes are investigated. Based on the results of the research, an assessment of the impact of the proposed modifications at the last stage of the generation of authentication codes on the provision of universal hashing properties was presented. The analysis of the advantages and disadvantages that accompany the formation of the hash code by the previously known methods is carried out. The scheme of cascading generation of data integrity and authenticity control codes using the UMAC algorithm on crypto-code constructions has been improved. Schemes of algorithms for checking hash codes were developed to meet the requirements of universality and strict universality. The calculation and analysis of collision search in the set of generated hash codes was carried out according to the requirements of a universal and strictly universal class for creating hash codes

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Section: Software Implementation Of the Algorithm For The Occurrence Of Collisional Properties Of Hash Codesmentioning

confidence: 97%

Research of collision properties of the modified UMAC algorithm on crypto-code constructions

et al. 2022

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“…To form an expert assessment, we use a modification of the threat classifier, which is proposed in [8,9] and shown in Fig. 4.…”

Section: Wireless Network Security Assessment Based On the Dual-conto...mentioning

confidence: 99%

“…To determine the economic costs of preventing an attack, we use an algorithm based on the cost indicators of threats. This approach makes it possible to estimate the economic costs of deliberate protection mechanisms, taking into account the ranking of potential threats and the importance of information resources to be protected [8]. Both sides of the attack are determined by the importance (ranking) of attacks that are economically feasible to carry out.…”

Section: Wireless Network Security Assessment Based On the Dual-conto...mentioning

confidence: 99%

“…Another direction is the integration of cyberphysical systems with new technologies of wireless networks based on a mobile Internet resource. This approach forms not only the directions of high-performance sociocyberphysical systems based on smart technologies, but also makes it possible to significantly simplify the possibility of implementing targeted attacks based on the integration of cyber threats with social engineering methods [2,[8][9][10]. In addition, in the context of the emergence of a full-scale quantum computer, the stability of almost all algorithms of symmetric and asymmetric cryptography is called into question, and the rapid growth of IT computing resources and "G" technologies contributes to an increase in the growth of attacks on information and communication (ICS) and cyberphysical systems (CPS), which are the core of modern information-critical cybernetic systems (CCIS).…”

Section: Introductionmentioning

confidence: 99%

“…In addition, in the context of the emergence of a full-scale quantum computer, the stability of almost all algorithms of symmetric and asymmetric cryptography is called into question, and the rapid growth of IT computing resources and "G" technologies contributes to an increase in the growth of attacks on information and communication (ICS) and cyberphysical systems (CPS), which are the core of modern information-critical cybernetic systems (CCIS). Under such conditions, the primary task of maintaining the required level of security is the classification of modern threats that are combined with social engineering methods and acquire signs of synergy and hybridity [8][9][10]. The performed analysis [11][12][13][14][15][16] showed a change in the emphasis of CCIS (CPSS) from the development of an optimization problem for these computational components to the involved interaction between the physical environments and the computational elements with which they interact.…”

Section: Introductionmentioning

confidence: 99%

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Synergy of building cybersecurity systems

Cited by 39 publications

References 0 publications

Research of collision properties of the modified UMAC algorithm on crypto-code constructions

Research of collision properties of the modified UMAC algorithm on crypto-code constructions

Development of the Double-Contour Protection Concept in Socio-Cyberphysical Systems

Ensuring Functional Stability of Technological Processes as Cyberphysical Systems Using Neural Networks

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