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Jun 26, 2017

Cloud Infrastructure 101: ANOTHER DIMENSION TO UNDERSTANDING CLOUD TECHNOLOGY

Cloud Infrastructure

Cloud Infrastructure
Cloud Infrastructure

If you are business owner in the 21st century who wants to scale up, cloud computing is the way to go. All the support to help ensure that Cloud computing technologies are running smoothly involves laying down the requisite infrastructure. As more and more people take up cloud computing due to the increased penetration of the internet in the world, increased mobile telephony and also the need for the service to store and backup data generated. Understanding the role of Cloud infrastructure to the modern digital age is to understand the dynamic and evolving nature of the IT sector.

An Introduction to Cloud Infrastructure


Cloud infrastructure in essence is all the hardware and software needed to help to run cloud computing successfully. Hardware such as servers, storage devices and networking. With software including virtualization software. These software offers an abstraction layer that helps in virtualization resource and logically presents them to the cloud users. The cloud computing architecture is one of the component of the overall infrastructure that offers the front end and back end of a cloud computing environment.

Cloud infrastructure presents itself in the cloud computing models i.e. Infrastructure as a service (IaaS), Platform as a service (PaaS), Software as a Service (SaaS). The three stacks together to form the basis for the layers of cloud computing with IaaS offering the bottom layer, PaaS offering the middle layers and the SaaS offering the top layer.

It offers the user ability to use it’s with a subscription basis or pay per use service that helps to extend to its existing IT capabilities. Fundamental in resources mobilization and utilization such as personnel and other components that is essential.

Characteristic of A good Cloud Infrastructure


Reliability: - This relates to the cloud infrastructure operating at optimum capacity. Its performance should be continually monitored to offer consistent service and capabilities as the user constantly use the infrastructure and despite the load placed on it.

Cost efficient: the infrastructure should offer a capacity of cost reduction. Through a public cloud delivery model that converts capital expenditure to operating expenditure. Also the reduction of barriers to entry through elimination of third party service providers. The components of the infrastructure should be easily acquired and be easy to use in a cost efficient manner.

Flexible: through scalability and elasticity offered by dynamic resource utilization despite use of the increased load of computing and infrastructure should be very flexible. From self-service basis in real time to the user’s ability to use the resource without worrying about issues of overloading the infrastructure.

Productive: Often observed when various and multiple users try to access the cloud at the same time. The increased waiting time and loading capacity of existing infrastructure. Good up to date infrastructure offers timely data retrieval or data backup despite the number of user available.

Secure: The loss of sensitive data and information on the cloud has always been an issue. This due to vulnerabilities that may exist in the clouds infrastructure. Ensure that all loopholes from hardware and software are well secured to minimize or prevent hacking is very vital. But despite striving to solve security challenges there various complex natures could affect the result that is inferred.

Agile and easy to use: the user should be able to use the cloud from any point on the planet. And despite the location independence the client should be able appreciate the service despite issue of the infrastructure being offline and the cloud existing in the Internet. Also agility is offered by increasing ability of user to redeploy technological infrastructure.

Multitenant: offers that ability for the infrastructure to be easily accessed and thus resources to be shared and costs across the board to be rationally poled together. This in turn provides centralization of the infrastructure, peak load capacity increases and the utilization & efficiency improved by almost 20%.

The future of Cloud Infrastructure looks bright and better with tools and resources been developed to help users better utilize cloud computing. Research in these field of IT is helping push the deployment and utilization of cloud technology across the board. If you want to help increase your capacity you need to adopt cloud computing for overall improved quality of service.

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