he rapid evolution of architecture, communication services, and technologies has stimulated due to the demand for new applications, research innovations, and other foremost possibilities for enhancements at various levels (Rappaport et al. 2014). These changes are driving a fundamental shift in the process of designing and delivering infrastructure and services. Communication systems have generally been envisioned and run as centralized secure utility services, with fewer options for specialization and customization, especially at the network edge (Holma et al. 2015). Supportive infrastructure is built and delivered consistently, according to a set of specific designs, resulting in hardened structures that should last for many years (Stallings 2007). In an environment where service requirements are constantly changing, this method is somewhat limited. Traditional rigid designs make it difficult to create, enhance, deploy, and customize services.