Is cloud computing storage technology real?

Cloud computing storage technology and cloud storage are becoming more viable, but there are still some problems-including security. The terminology of cloud storage technology and cloud storage has become more and more popular in the past year, becoming the winner in the market war. However, to keep people familiar with long-term and stable development is only the first step, IT professionals and business executives understand that market focus on a term is just the beginning of delivering real functionality and value.

Because the terminology is relatively new, the definition of cloud computing storage technology is different. Recently, cloud computing has become a symbol of delivering IT resources as a service from local or offsite devices. Cloud computing can be delivered in a variety of ways, including the use of proprietary devices within the same company to the user, the general public or mixed mode.

The fundamentals of cloud computing storage technology have been to liberate companies from the capital costs of IT equipment, ultimately saving money and delivering IT services at lower cost than traditional it methods. Various types of cloud computing storage technologies include: delivering applications or core it as a service, distributed software as a service (SaaS) and it as a service (ITaaS).

Nevertheless, is cloud computing storage technology real? If so, when is it going to bring tangible benefits to IT companies? To answer these questions, it is necessary to examine the current cloud and cloud storage.

A new business model

The idea of it as a service (ITaaS) is once again a reality. Although this is not a new concept and has been moving in various forms to the market, it is once again accepted as a mainstream business practice. In fact, ITaaS was the main business model in the past 50 and late 60, when it equipment was too expensive for businesses to have their own equipment. Over time, suppliers continue to reduce prices, the enterprise began to have their own equipment, and operate themselves.

More recently, this trend towards ownership of all IT resources has been fading away, instead of turning to services. In particular, over the past decade, individuals have become increasingly reliant on internet services. As consumer confidence continues to grow, these same individuals are already looking for ways to leverage it for their business services. As a result, people are accepting that IT services are growing.

One of the biggest changes in the past decade has been personal change, followed by business enterprises, who are willing to accept and use the Web services provided. In the 2000, few companies considered outsourcing as important as their customer relationship management (CRM) or email. Many companies have seen the business importance of CRM and e-mail, and outsourcing is generally rarely used, and these services on the Web have been viewed more as pagan in the 2000. However, in 2009, the provision of these services through a remote service provider became routine.

Technical issues

Several technical issues in providing it as a service hinder past efforts, including virtualization, management, security, billing and money recovery. These four characteristics are a key part of the delivery ITaaS.

To a large extent, many of the technical problems that have hindered itaas have been solved in the past decade, but there are still some problems. Security, for example, still requires more attention.

Some of the remaining challenges are part of the technology and how businesses choose to use the service. These include the speed of accessing IT resources, the availability of services, and security.

Speed problem

For many, cloud computing storage technology and cloud storage bring the meaning of public access to remote resources, which is the cloud metaphor. As terminology develops, cloud computing is also used to describe other phenomena, in addition to accessing local or private resources outside of remote services.

Some aspects of cloud computing storage technology are no less affected than others. Processing large data suites requires high-speed connections between processes and storage. One of the basic principles of the network is that long-distance connections are much more expensive than local connections at the same speed.

Therefore, when dealing with large amounts of data, applications and data will naturally approach each other. The more important the application, the more data, the greater the likelihood that data and applications will be together. For applications that do not require rapid processing, or for small data suites, data may be stored further.

Just as it data centers do not separate their servers and storage systems by hundreds of of miles, cloud storage technology does not separate components over long distances for critical applications.

Therefore, for many places, the speed of network access will no longer be a problem, as data and applications will be placed close to private itaas or publicly provided environments.

(Responsible editor: The good of the Legacy)