Cloud Computing Concepts Technology & Architecture
Cloud computing technology and architecture is based on the Internet. It is the foundation of cloud computing. However, cloud computing diagrams only depict the internet as a middleman. The internet is much more than a mere middleman.
William Cheswick, Hal Burch and Hal Burch started the Internet Mapping Project in 1997. It is designed to track hundreds of thousands networks that make up the Internet. It looked almost like it had its own world when it was displayed visually.
Cloud computing is most likely led by the Internet. We will show you how it works below in cloud concepts technology and architecture.
Cloud Computing Concepts Technology & Architecture: Infrastructure
There are cloud computing Service-oriented concepts in technology and architecture. These are service models. These concepts are crucial in studying cloud computing and architecture.
There are three main service models. These are Platform as a service, Infrastructure as a service, and Software as an Service. These models are abbreviated IaaS (PaaS), SaaS (or both).
IaaS includes the on-premise data center, network, server, and storage. IaaS replaces, or minimizes, on-premise operations by using a cloud platform. This allows for much greater flexibility in the handling of IT resources.
Cloud services allow for greater flexibility in operations. It reduces the need to build hardware and software for upgrades. You only need to inform your service provider if you want to upgrade storage or other features.
IaaS reduces the cost of IT operations. Cloud computing technology and architecture reduces the need for a data centre. This also reduces the need for software and hardware maintenance.
IaaS providers include Amazon Web Services and Google Cloud Platforms.
Services in Cloud Computing Concepts Technology & Architecture
IaaS isn’t the only model for cloud computing concepts technology and architecture. Cloud computing and architecture can be studied using other service models. These are the Software as a service and Platform as a service. They are abbreviated SaaS or PaaS, respectively.
Software as a service uses the internet to provide services through clients. These services are usually offered through a web browser, such as Google Apps and G Suite. This reduces the need for installing applications.
SaaS is one of the most important markets in cloud computing concepts technology and architecture. Google is one of the most prominent companies in the SaaS market.
SaaS cloud computing technology and architecture also make email services available.
PaaS is a key model in cloud computing technology and architecture. PaaS providers provide app development platforms for application developers.
Microsoft Azure and Google App Engine are two examples of PaaS providers. These providers are owned today by some of the most important IT companies. Their services allow for the development of applications that can be used to enhance products.
Parts of Cloud Computing Concepts Technology Architecture
Two major components are required to build cloud computing concepts technology and architecture. These are the Front End & the Back End.
The Front End is what the client sees. This section houses web browsers and other applications that allow you to access the services.
The Back End is the cloud computing architecture’s service provider side. It contains the application as it is seen by the service provider. It also includes the management and security features for the service. This is also where you will find the storage.
Cloud Computing Concepts Technology & Architecture: Things to Consider
Planning is essential when designing a building. Before designing a building, architects must consider many factors. Materials, civil engineering, and structural integrity are just a few of the factors architects must consider.
Cloud computing technology and architecture require the same level of planning.
Cloud computing technology and architecture is based on cost. Many cloud-based system designers work for businesses. The business’ financial resources must dictate the cost of the design.
Cloud computing technology and architecture also need to take into account complexity. Hybrid clouds are more complicated than either a private or public cloud. Maintaining a cloud-based system can be complicated. The designer will ensure that the system is easy to use.
The speed of system processing is also considered in cloud computing technology and architecture. What amount of information can the cloud-based applications process in a second? Cloud service providers often have multiple clients. Cloud-based systems must consider processing speed when designing. The number of clients should determine the speed.
Cloud computing technology and architecture also pose security concerns. What is the lifespan of a cloud-based system that can withstand malware attacks? What kinds of malware could it effectively block?
Cloud computing is a result of its key features. These key features include flexibility, low maintenance costs, and low cost. These features are not created instantly. The cloud-based system developers meticulously design its architecture.