An empirical hunt for ally co-operative cloud computing utility

A secured “co-operative cloud computing utility”, is a shared set of unique and virtually interconnected system assets. These, computing services, are accessed globally using thin clients and handheld devices through standard collective GUI, anytime, at any location upon payment of specified usage charges. This multi-ally computing utility perks up the advanced facilities to the existing assets. The security and privacy controlling of this utility (data centers, and data storage) is uniformly, vested with service patrons and suppliers, both stakeholders with shared responsibility of security implementation using multilateral relationship among them. In this paper, we propose the ontology of this vicinity, which demonstrates an interrelated layered architecture for a secured co-operative galactic computing utility. This computing architecture is proposed empirically based on our understanding and survey with various industry/academic professionals. We tried to understand the challenges they faced while using the cloud system. So, we conceptually propose this ally architecture which consists of multi-layer with multi-lateral co-operative multi-factor balanced security framework with common business interests along with shared responsibility among the stakeholders. Also we try to prove empirically multilateral balanced security which in-turn increases the strong defense measures among the multi-laterally allied bunch of users.