Cloud computing future studies

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This blog targets at various topics related to cloud computing for future. This blog deals with future studies about the various innovations in cloud computing and the direction and the path the cloud computing will travel in the future. The blog applies various future studies techniques,concepts, models with cloud computing at its center of focus.

Cloud computing is the delivery of computing as a service rather than a product, whereby shared resources, software, and information are provided to computers and other devices as a utility (like the electricity grid) over a network (typically the Internet )

Cloud computing entrusts services typically centralized with a user’s data, software and computation on a published application programming interface (API) over a network. It has considerable overlap with software as a service (SaaS).

End users access cloud based applications through a web browser or a light weight desktop or mobile app while the business software and data are stored on servers at a remote location. Cloud application providers strive to give the same or better service and performance than if the software programs were installed locally on end-user computers.

At the foundation of cloud computing is the broader concept of infrastructure convergence or Converged Infrastructure and shared services . This type of data centre environment allows enterprises to get their applications up and running faster, with easier manageability and less maintenance, and enables IT to more rapidly adjust IT resources (such as servers, storage, and networking) to meet fluctuating and unpredictable business demand.

Cloud computing providers offer their services according to three fundamental models: Infrastructure as a service (IaaS), platform as a service (PaaS), and software as a service (SaaS) where IaaS is the most basic and each higher model abstracts from the details of the lower models.

There will be the need for a higher percentage of Project Managers within IT because more systems can be implemented with less internal IT resources.

Data integration jobs will increase in demand because the use of multiple cloud-based vendors causes data silos that must be integrated into a cohesive data model.
Technologists with a deep understanding and working knowledge of private and hybrid clouds will be in high demand as large companies try to implement cloud-based technologies inside their data centers.
Infrastructure specialists will also be in high demand because of the increased need to move data into and out of the data center and the high availability and throughput that are required to reduce the latency inherent in cloud-based applications.
There will also be a increased need for highly skilled security specialists because increased cloud vendors means more openings through company firewalls and potentially the need for manual procedures to manage user access to cloud-based applications.

Cloud changing software

Cloud changing software

Looking ahead to 2013, we are going to see more and more organisations seeking alternatives to on-premise deployments. As such, cloud adoption will increase dramatically; and when moving to the cloud, businesses will need to think carefully about how they will ensure that cloud providers can meet promised service-level agreements (SLAs).

Cloud security has been a big talking point this year, and increasing concerns about security and management in 2013 will mark the move to private clouds for B2B interaction management and governance.

We are also going to see a higher rate of adoption of mobile devices (smartphones and tablets) within the workforce in 2013. At this year’s Gartner Symposium, Gartner predicted that by 2013 mobile phones will overtake PCs as the most common Web access device worldwide, and by 2015, media tablet shipments will constitute 50% of laptop shipments. These shifts should inspire enterprises to analyse and plan for what kind of internal applications they will need in order to enable and mobilise around cloud within the business.


Increased selectivity within the enterprise will of course put a heavier burden on IT departments to manage multiple vendors, transforming their role from providers of on-premise services to managers of off-premise cloud applications. With an increasingly complex IT environment on the horizon for IT departments, it will be important to look further ahead than just 2013. By 2015, IT teams will need to have honed new skills that enable them to:

• Work with different types of providers
• Enforce a host of widely disparate SLAs
• Evaluate varying levels of performance
• Prepare for different disaster-recovery scenarios
• Implement a variety of support and escalation processes
• Accommodate different subscription and billing models (whether transaction- or API-based).

Not all IT departments will be ready to manage this level of broadened responsibility, so in 2013, they’ll need to consolidate all of their multiple vendor agreements with one of the many cloud brokers we can expect to appear on the scene – intermediaries who will integrate various applications and services, aggregate it all to create a single view, and manage the service vendors on behalf of the IT department.

Cloud brokers may even end up going beyond vendor-agreement stewardship to provide value-added services as well.

As enterprise adoption of cloud computing accelerates, organizations must have a strategy and roadmap for moving to the cloud. Faced with different options including building a private cloud, subscribing to public clouds, or leveraging a hybrid cloud, organizations need a rational and pragmatic approach.

Regulatory issues around data protection and security can be addressed to realise the potential of cloud computing

There is a natural synergy between free open source software and cloud computing. FOSS enables fast development of powerful solutions, and solves the main concern about the cloud – providing user control of software and data to avoid extreme lock-in.

A commonly held belief is that cloud computing—a utility model for computing capacity, software and business functionality—is a phenomenon whose value resides primarily in reducing IT costs. In fact, the flexibility that the cloud makes possible for infrastructures, services and processes means that it is also capable of driving significant innovation.

This is a key finding of new research from the London School of Economics and Accenture, based on a survey of 1,035 business and IT executives, as well as in-depth interviews with more than 35 service providers and other stakeholders.

The innovation trajectory of the cloud will be cumulative. Beginning first with technology and operational changes, its effects will then be felt at the business process level, changing the way companies operate and serve customers. It will be capable of delivering market innovations that enhance existing products and services, create new ones and enable entry into new markets. Finally, the cloud will support new ways of designing corporations themselves.

Reducing the friction: Operational innovation

One of the key ways that cloud computing supports operational and technological innovation is by moving an organization more briskly through the experimental or prototyping stages—or, as some of our interviewees put it, by “reducing the friction” of development. In a cloud model, companies acquire processing, storage or services when they need them, then can quickly decommission those resources when they are not needed.

Such a model supports “seed and grow” activities and faster prototyping of ideas. With traditional IT models, a decision to prototype a new system generally involves the procurement and installation of expensive hardware, with the associated checks and delays that conventional purchasing requires. Cloud provisioning, on the other hand, can be implemented rapidly and at low cost.

That means the cloud can also reduce the risks of operational innovation. Projects and processes that would have been too risky to attempt if they required a large capital investment become worth attempting if unsuccessful experiments can be decommissioned easily.

Language of the business: Process innovation

A distinctive feature of cloud computing is its ability to hide the technical complexity of solutions. The acquisition and deployment of IT becomes almost secondary. Companies are actually deploying a process or service, and that means business and IT executives need no longer try to communicate across a technology gap. They can speak a common language about what the business seeks to do and how it intends to do it.

Steve Furminger, group chief technology officer of global digital marketing agency RAPP UK, underscores this point by noting that the cloud is providing his company with the ability to produce solutions more rapidly without needing to be concerned at such a detailed level about how they are going to do it from a technical perspective: “Just a few years ago, that was a massive concern. Now we can almost forget the technology and just think in terms of what we want to do from a business perspective.”

To illustrate this point, consider an organization’s desire to innovate within its processes and technologies related to sales support—the ability to track contacts, manage and convert the sales pipeline, and generate revenue. With older models of IT solutions, a company would be restricted to particular packages or platforms—forced, in other words, to change its processes to match the software. With a cloud model, companies can think about processes at a level that is more detailed and personalized to their individual needs, but the solution will not need to be customized in older, prohibitively expensive ways. The company could provision a combination of software as a service for sales, along with an enterprise system or financial management system. Sales personnel could have access to specialized sales support over the cloud.

This ability to envision new combinations of cloud-based solutions and create new ways of performing end-to-end processes presents companies with new opportunities to be innovative in new-product development as well as in service and support.

Alignment of development cycles: Business innovation

Information technologies from their earliest days have represented enormous potential to deliver game-changing innovations. Although IT has become the lifeblood of the modern corporation, the path from point A (IT innovation) to point B (business value) has often been a tortuous one.

In part, this is because IT capability cycles and business demand cycles have rarely coincided. It has often taken up to 10 years for a new, major IT capability (client/server computing, for example) to be fully realized in terms of business value, while most businesses operate on near-term planning horizons. But the short development times made possible by cloud computing mean that business and technology have reached a fortuitous point in both cycles where they intersect.

This alignment enables IT innovation to more effectively drive business innovation. Service providers must maintain constant relevance. As Tim Barker, vice president of strategy for Europe, Middle East and Africa of notes, subscriptions or renewals are due every quarter or even every month. This supports the alignment of a company’s entire business to the success of that project and the success of the customer.

Although moving to the cloud may be disruptive to the existing IT function, it enables CIOs to have meaningful answers to board-level questions about the value being delivered by the current organizational IT environment, including how much it costs and how quickly new services can be provisioned.

The next phase: Innovation in business design

For especially forward-looking companies, cloud computing may provide a platform for radical innovation in business design—to the point where executives are actually provisioning and decommissioning parts of the business on an as-needed basis.

This is a step beyond software as a service or infrastructure as a service, and amounts to the offering of “business processes as a service”—configured business services and processes provided from the cloud. These would be assessed not just through typical service-level agreements but against key business performance indicators.

Although extremely promising in concept, the idea of adaptive business design heightens the importance of the integrator role. The traditional systems integrator would become, in effect, a business integrator charged with managing complex collaborations across a broader ecosystem of internal resources, partners, vendors and others. As business design or business architecture innovators, integrators would connect and manage business services in configurations that change as business needs and goals change.

Such collaborative, innovative relationships hint at a new agile and adaptive organizational form. Knowing what such a corporation might look like is difficult, but we can see glimpses of it by looking beyond the business community to the organization of particle physicists working at CERN on the Large Hadron Collider (LHC).

To make possible the staggering 15 million gigabytes of data that are being produced every year by the LHC’s experiments, there was a need to create a global organization of collaborators. More than 140 computer centers (each part of a university or research facility) work together to pool their processing resources into a grid computing infrastructure. A globally distributed platform–based on cloud technologies and run as a service—was developed. It is managed collectively by a loosely organized confederation of physicists and their data centers.

Organizational governance in this environment evolves to match the challenges and opportunities. The new organization connects the computer centers through loose memoranda of understanding and business processes, particularly around support, data analysis and technology upgrades. The bureaucratic hierarchies are limited in scope and power, and most work is achieved through collaboration among equals. This structure provides a kind of first look at how an agile, innovative global organization can be created when founded upon collaboration and shared cloud-based technology.

Some companies will perform better than others, of course, when it comes to harnessing cloud-based innovation. Organizational readiness will be key—that is, the ability of the corporate culture and leadership to recognize innovation-based opportunity and move quickly—as will implementation abilities. Above all, companies who are able to collaborate across a wider ecosystem of internal and external players will be at an advantage in capitalizing on the responsiveness and agility that the cloud delivers to the business.


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