To successfully implement cloud computing, there are some components that are firstly required for such an objective to be achievable. Cloud computing would not even be a word without the implementation and coordination of such components.
The cloud components are a reference to the cloud-based, back-end and front-endplatforms that effectuate the delivery of services across a cloud network. They are the main architects of cloud computing.
The Basic Components of a Cloud Computing
Storage as a Service
It refers to the disk space that we make use of when we are short of a storage platform and thus request it as a service. The significance of the component makes itone of the top prioritiesfor the efficient functionality of all the other cloud computing components.
Database as a Service
Because it functions as a live remote database, its working features make it look as though the local machine present has a physical database. As a service, it has the objective of reducing the database cost because only a few features of hardware and software are in place.
Information as a Service
It highlights the flexibility of accessing information remotely. The scenery behind the remotely fetched information or data can be applicable in account validation, online news, internet banking, and live stock prices among other examples.
Process as a Service
The component arises from the combination of a number of services and data. The service can either take place remotely or under the shared resources of the same cloud computing platform. It is mainly applicable in business processes where a combination of various key information and services takes place in order for a process to be formed. Mobile networks through their activation features make use of such a delivery on demand schematic.
Application as a Service
It is the complete application layout that the client uses. It is solely built so as to connect the end users to the Internet. The end users, on the other hand, make use of the web browsers so as to be able to benefit from such a service. It is the end user’s front end and includes Google Calendar, Gmail, Salesforce, and so on.
Platform as a Service
In this component, the development of the app takes place together with the creation, implementation, storage, and testing of the database. The component is applicable in creating easy and cost-effective enterprise level applications.
Integration as a Service
It is a component that deals with merging two or more application services and thus acts as a mediator between the local machines and the remote servers. The local machine communicates with the stacks fetched from the cloud. An example is the integration of Google maps with Salesforce.
Security as a Service
Many customers are often after this component. Since the data and operations on a cloud environment occur remotely, such security features are mandatory and are three-dimensional.
Management as a Service
Through the component, random cloud management requirements like server up and down time, virtualization, and resource utilization are handled. It offers an administrative point of view.
Testing as a Service
The remotely hosted applications are tested in terms of design requirement, database functionality, and security measures in place among other test features. The testing may even take place on some cross cloud platforms.
Infrastructure as a Service
It is the complete virtual consideration of the networks, servers, software, and hardware on the cloud platform. The component handles the purchases of resources and the processes involved. The users won’t be able to monitor the backend processes, rather they are presented with a fully pre-configured system with all processes set up for direct use.