Private Cloud deployments: top 8 planning requirements

Silo buying, heterogeneity, politics, poor integrations, and immature management tools can inhibit virtualisation's full value

Virtualization is understood as one of the key building blocks for private clouds. As a dynamic technology that enables IT organizations to reinvent how they think about management, it has the potential to make some things easier or make all things harder. Silo buying, heterogeneity, politics, poor integrations, and immature management tools can inhibit virtualization's full value.

IT leadership must address these challenges in order to set the stage for private cloud deployments, which many pundits forecast as the foundation for business growth in the next decade. Based on many customer conversations, we have compiled the top eight requirements for successful deployments of private clouds. These considerations enable IT to deliver business growth and contain costs, getting more from people, processes, and technologies.

1. Virtual Plus Physical Scalable Management

The integration of physical and virtual management is a key requirement to successfully deploying private clouds. Almost every IT organization is utilizing virtualization increasingly and starting to consider heterogeneous hypervisors. There is a growing need to have both "element" management and end-to-end "value" management that drive the need to use existing root-cause analytics, models-based management, integrated interfaces, and run book automation for both physical and virtual environments. Virtualization does not obviate the need for management; it makes it more critical, especially as cloud computing is based on real time compute pools and dynamic allocation models.

[For timely cloud computing news and expert analysis, see's Cloud Computing Drilldown section. ]

2. Next Generation Architectures

Next generation data center architectures, such as Cisco Nexus virtual switches and the Cisco Unified Computing System will play a key role in enabling private clouds as they compress network, storage, and server connectivity into a single chassis. These architectures use virtualization and offer customers new management paradigms for configuration, automation, security, and application-aware problem resolution. Management of these systems must enable customers to get more from the virtual layer, delivering dynamic capacity management and business service visibility.

3. Policy-Based Management

Management solutions must understand and aggregate polices from across different components; this is a notable requirement as private clouds dynamically shift and manage resources based on business demands. Pseudo standards such as OVF will be deployed over the next few years as the need to manage VMs from a service perspective (versus current component) enable service-oriented management. Policies will come in many different flavors, such as business or technology, and aggregation points will become critical to maintaining service levels in dynamic cloud environments. The integration of contractual agreements, chargeback, performance, Service Level Agreements (SLAs), and Quality of Service (QoS) metrics will be paramount in measuring value and delivering high quality IT capabilities that support and drive the business.

4. Process Standardization

ITIL version 2 and 3, CoBit, and other capability maturity models will continue to garner attention as VM sprawl, compliance, availability, and security concerns increase the need for management and control. The fastest way to reduce costs is to standardize. Processes--both human and technology--offer opportunities to contain costs, not just reduce them across physical and virtual infrastructures. The integration of these environments becomes paramount.

5. Value Justification Analysis

IT and business leaders will be urged to define costs and make decisions based on business value, with supporting analysis for IT capabilities for in-house versus public cloud models. Each model should take into account the types of services and underlying cost structure to deliver those IT capabilities. Most important is the discussion of the business criticality of the IT capabilities and how strategic they are to achieving business growth. Value can be defined in many different ways; it's imperative that technology executives understand the business objectives and defend spending regardless if the IT capability will be delivered internally or from a third-party cloud provider. The definition of what the IT organization can deliver, and at what cost, will become a central theme for decision making as cloud providers up the ante with low cost options for various IT capabilities.

6. Mainframe Virtualization

The mainframe is very much alive with MIPS growing, as is virtualized mainframe environments. In some cases, enterprise customers are looking to integrate virtualized mainframe application processes with other types of physical architectures. As many applications traverse both mainframe and physical architectures, IT organizations are considering the impact on costs by looking at root cause analytics for application performance management. The ability to see a transaction as it crosses various pieces of the architecture, both physical and virtual, mainframe and distributed, is going to a key requirement for private cloud deployments.

7. Increased Automation

Automation is a key enabling technology of private clouds because it helps reduce and contain costs. Key standardized processes, such as change and configuration; application release management; financial management, with a migration towards service transparency; service operations; and related ITIL definitions offer tremendous automation opportunities. Physical and virtual processes must be integrated, but this is not enough. Automatic problem identification, thresholding, and problem remediation are key capabilities that enable private cloud deployments.

8. Self-Service

The idea of "self-service" is exploding with customers as they consider what it means to them. The notion is simple, to empower employees to request compute resources on demand and deliver those resources automatically. Private cloud deployments increase the value of self-service as customer demands will require a linkage to chargeback models, resource availability, network, storage, and server knowledge, and an easy to use portal that casual IT and business workers can use.

Recent conversations with customers show just how far we have come, and provide a glimpse into where we are going. One financial service firm wants to have a "branch in a box" with all the key applications and infrastructure virtualized, and a layer of management to provide control and visibility. Another customer is interested in having a dynamic fabric and automated assembly line for business applications. Yet another wants an automated, self-service cloud for their development teams. IT organizations are adapting to the speed and pressure to deliver private cloud services across their infrastructure fabrics. The net benefits of these capabilities are clear: reduce costs, contain costs, drive tighter business impact, and get more out of people, process, and technologies.

Stephen Elliot is vice president of strategy for CA's Virtualization and Service Automation business unit. In this role, he focuses on business unit technology, strategy creation, analyst relations, market positioning, partner development, and customer deals. Prior to CA, Stephen was a noted software industry analyst at IDC, Hurwitz Group, Gartner, Instat, and Forrester. He also served Inteq, a venture-backed start-up, as product marketing manager. Stephen will be speaking on Building Self-Service Data Centers, March 10 at AFCOM's Data Center World conference.

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