Decentralized Fully Redundant Cyber Secure Governmental Communications Concept

Abstract

This paper focuses on future requirements of broadband data transmission of public protection and disaster relief, critical infrastructure protection and military, and presents the concept of redundant and secure data communication network system in the multi-organizational environment. We are proposing a fully decentralized architecture with optimized critical communication channels. Here, network actors and elements identify and authenticate by establishing physical connection. This concept also recommends, group level user-authorization mechanism for each participating organization. Their respective users of command and control centers are identified, authorized and authenticated to various data sources. The decentralized architecture concept is using the Distributed Systems intercommunication Protocol (DSiP). The concept is highly fault-tolerant in routine as well as crises operations. The software-based approach is independent of heterogeneous data communication technologies, IP networks and telecommunication operator services. The solution enables to build an effective and lasting cyber secure data network for multi organizational environment. Being a fully decentralized concept, networks of individual member organizations are virtually autonomous and hard to upset each other. That allows smooth message and information exchange to enable interoperability.