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2018-09-28
Melnikov, D. A., Durakovsky, A. P., Dvoryankin, S. V., Gorbatov, V. S..  2017.  Concept for Increasing Security of National Information Technology Infrastructure and Private Clouds. 2017 IEEE 5th International Conference on Future Internet of Things and Cloud (FiCloud). :155–160.

This paper suggests a conceptual mechanism for increasing the security level of the global information community, national information technology infrastructures (e-governments) and private cloud structures, which uses the logical characteristic of IPv6-protocol. The mechanism is based on the properties of the IPv6-header and, in particular, rules of coding IPv6-addresses.

2018-02-28
Shabalin, A. M., Kaliberda, E. A..  2017.  The organization of arrangements set to ensure enterprise IPV6 network secure work by modern switching equipment tools (using the example of a network attack on a default gateway). 2017 Dynamics of Systems, Mechanisms and Machines (Dynamics). :1–8.

The article issue is the enterprise information protection within the internet of things concept. The aim of research is to develop arrangements set to ensure secure enterprise IPv6 network operating. The object of research is the enterprise IPv6 network. The subject of research is modern switching equipment as a tool to ensure network protection. The research task is to prioritize functioning of switches in production and corporation enterprise networks, to develop a network host protection algorithm, to test the developed algorithm on the Cisco Packet Tracer 7 software emulator. The result of research is the proposed approach to IPv6-network security based on analysis of modern switches functionality, developed and tested enterprise network host protection algorithm under IPv6-protocol with an automated network SLAAC-configuration control, a set of arrangements for resisting default enterprise gateway attacks, using ACL, VLAN, SEND, RA Guard security technology, which allows creating sufficiently high level of networks security.