scope:

This paper outlines the reasons why next-generation architecture is needed that can protect technology, systems, networks, and data in a dynamic risk environment. Although the Internet is integral to the flow of information across the globe and national boundaries, it was not built for the highly sensitive, critical data we see today. Architecture throughout protocol and software application stacks is not set up to face the cybersecurity issues.

The forward-facing and strategic approach introduced here promotes an architecture inherently resilient to cybersecurity threats. This approach would also address the needs for 6G technologies, Web X.0, Metaverse, and any evolutionary technologies envisioned.

To overcome the issues and challenges related to current architecture and to develop a framework for next-generation connectivity, we propose an architecture built on the principles of (1) human centricity, (2) decentralized identity, (3) distributed storage and processing, (4) heterogenous control application and assessment, and (5) self-healing. This novel approach, when applied to current applications, can help secure them. More importantly, when applied to the following five new and upcoming critical areas, this approach will not only enhance security but will also help us to better prepare for future Cyber Black Swan Events (CBSEs):

▪ Artificial Intelligence (AI) and Autonomous Systems

▪ Internet of Things (IoT)

▪ Web X.0+

▪ 5G/6G

▪ Quantum Computing

The IEEE Industry Connection group on "Cyber Security for Next Generation Connectivity Systems" investigates the five proposed architecture principles and their application on the five new and upcoming areas above in different subcommittees led by industry leaders in these fields. More information on this group can be found at IEEE SA - Cyber Security for Next Generation Connectivity Systems.