Visible to the public Trust-Aware Security system for Dynamic Southbound Communication in Software Defined Network

TitleTrust-Aware Security system for Dynamic Southbound Communication in Software Defined Network
Publication TypeConference Paper
Year of Publication2022
AuthorsSalman, Fatema, Jedidi, Ahmed
Conference Name2022 International Conference on Innovation and Intelligence for Informatics, Computing, and Technologies (3ICT)
Keywordsawareness, Complexity theory, composability, Computer architecture, control plane, data plane, dynamic networks, Metrics, performance evaluation, pubcrawl, resilience, Resiliency, Scalability, SDN, security, software defined networking, southbound communication, Technological innovation, Trust
AbstractThe vast proliferation of the connected devices makes the operation of the traditional networks so complex and drops the network performance, particularly, failure cases. In fact, a novel solution is proposed to enable the management of the network resources and services named software defined network (SDN). SDN splits the data plane and the control plane by centralizing all the control plane on one common platform. Further, SDN makes the control plane programmable by offering high flexibility for the network management and monitoring mostly in failure cases. However, the main challenge in SDN is security that is presented as the first barrier for its development. Security in SDN is presented at various levels and forms, particularly, the communication between the data plane and control plane that presents a weak point in SDN framework. In this article, we suggest a new security framework focused on the combination between the trust and awareness concepts (TAS-SDN) for a dynamic southbound communication SDN. Further, TAS-SDN uses trust levels to establish a secure communication between the control plane and data plane. As a result, we discuss the implementation and the performance of TAS-SDN which presents a promote security solution in terms of time execution, complexity and scalability for SDN.
DOI10.1109/3ICT56508.2022.9990839
Citation Keysalman_trust-aware_2022