MODELING OF A COLLECTIVE APPROACH FOR SECURING COMMUNICATION OVER CONTENT-CENTRIC NETWORKS IN THE PERSPECTIVE OF FIA

Abstract

Software defined networking (SDN) plays a very important role to define enhanced content centric network for Industry 4.0 future internet architecture. The primary objective of the future internet architecture foundation is to provide better content delivery among various forms of connected objects. It also aims to connect enormous amount of physical objects through heterogeneous operating communication protocols. The communication protocols are mostly being designed taking three crucial factors into account-i) Scalability, ii) Interoperability and iii) Security for network and physical layer attributes. However, the conventional form of host IP centric protocols such as IPV4 and IPV6 generate communication burden when considered in the context of FIA and also do not ensure significant security measures for FIA. Thereby, it is necessary to redefine a solution taking the baseline reference architecture of novel security policies which can balance the communication performance and security trade-off by identifying potential security threats. This research study introduces a combine framework of data security aiming the futuristic Internet hosting services for content centric networks. The system is analytically conceptualized with two different novel algorithms which are tested under variable operating conditions and different set of data. The outcome exhibited that both the security mechanisms poses computational efficiency by boosting secure communication at SDN in FIA.