While this Blueprint focuses on the key capabilities service providers need to successfully deliver cloud services, it is worth noting that there are some foundational requirements, such as reliability and scalability, that are common to all large-scale automation systems. For the purposes of this discussion, these capabilities are considered as a given and are therefore not specifically addressed.
From a business model perspective, the cloud service providers with the highest margins, highest ARPU, lowest operating costs, and lowest churn will have a significant competitive advantage in the long run. To achieve this advantage, they will need a comprehensive cloud service delivery platform—and the cost of developing such a platform is a factor they will need to take into account.
A cloud service delivery platform must be able to design relationships between the tens of thousands of components involved in delivering cloud services, in order to create multiple options within service plans, as well as critical dependencies, commercial terms, and billing options—including over-usage policies. The complexity of the relationships between components is significantly greater than what is presently found among traditional telecommunication services.
It must also be able to work with a multitude of operating systems, databases, and application servers that power provisioned services and their individual components; be able to mix and match them efficiently to provide best-of-breed service offerings; and be able to easily replace one component with another if the need arises. (For example, service providers must be able to easily switch between third-party ISVs who supply one of their enabled services.) This complexity requires cloud service delivery platforms to be able to handle the widest range of diverse components.
Traditional vertical service delivery solutions are typically designed to solely provision services located on a provider's premises. However, many services today are hosted on third-party vendors' sites or in the cloud. Consequently, a complete cloud service delivery platform must be able to provision, configure, and manage such remote or syndicated services in conjunction with their on-premise services. For example, a service provider may want to combine an onsite Hosted Exchange deployment with offsite e-mail archiving from a third party.
To more easily explain the characteristics of a complete service delivery platform, Parallels, based on its experience working with thousands of the world's leading cloud service providers, has developed a Blueprint of an ideal cloud service delivery platform. This Blueprint can serve as a guide to the capabilities required to deliver cloud services efficiently, profitably, and with a seamless user experience.
Enterprise Strategy Group's Lab Validation Report on TSM for Virtual Environments. See why TSM is one of the preeminent backup solutions for VMware and other virtual servers. more
IBM Tivoli Storage Productivity Center can help reduce storage costs by enabling integrated management of storage assets, performance and operations from a single, web-based console. It also integrates with IBM Cognos Business Intelligence for reporting and analytics. more
This EMA paper gives insights on why storage matters for cloud and what's the advantages of storage virtualization for cloud. It reviews IBM’s software defined storage infrastructure solution and highlights the competitive differentiator for IBM's SmartCloud offering. more
The next generation of simplified backup administration dramatically improves scalability and efficiency. Experience how IBM’s advanced interface for Tivoli Storage Manager enables consolidation, intuitive problem resolution and integrated team collaboration. more
IBM Tivoli Storage Manager (TSM) provides a turnkey solution to a range of data protection issues. This complimentary ESG Lab Validation focuses on key improvements in the TSM platform that drive greater scalability, efficiency, and availability in storage management. more