Last Updated on August 6, 2022 by rabiamuzaffar
In this study, we’ll break down cloud computing into three basic components. It isn’t cloud computing if they aren’t there; it’s a marketing tactic. To use cloud computing, you’ll require all these three. If you can quickly start spinning virtual machines to use an API but lack the necessary components, it isn’t cloud computing. It predates cloud computing by many years and it’s called virtual private hosting. You may get this online Salesforce service cloud training which assists in developing your professional career where you can gain proficiency in fundamentals of salesforce service cloud, set up service contracts, how to configure Salesforce, create a console for a service application, implement Service Cloud solutions and learn to design, etc. Now let’s go through these components in detail.
Computation
The capability to obtain computing resources is the most and the initial noticeable aspect of cloud computing. Containers, virtual machines, or bare metal are all considerations. Whether you are able to build and demolish them almost instantly with an API, all of these would suffice. It’s not a cloud if you can’t programmatically build and demolish computing resources.
The following are the significant tests:
- Horizontal scaling is simple. For instance, suppose you have three VM’s for a program and required to include another one that runs the identical codebase quite instantly. One among the four virtual machines can be securely demolished when it is not anymore required.
- It’s simple to upgrade a program by destroying a resource of a compute and replacing it by a brand-new thing that runs a new code version.
You’ll need software that is capable of running in this environment for either of them to function. However, such applications would necessitate a framework capable of doing so.
Networking
A versatile network is needed when programmatically generating and deleting computing resources on a regular basis. You are likely required to build a newer compute instance, transfer an Internet Protocol from an instance that is older to the newer, and demolish the older instance if a compute resource is being replaced. Alternatively, the layer of the network is used to scale horizontally and must be capable of quickly redirecting the requests to the instance which is new.
It’s not cloud computing if the networking pillar isn’t as adaptable as the pillar of computing.
Storing
At any moment, compute instances will appear and disappear. However, certain things require a long life. A CMS, for instance, can have files uploaded in the type of media and pictures. When you have helper utilities, you must be able to access them from potentially different applications, distinct application versions and different compute examples all at once. You’ll require the service of storage that can manage the compute versatility when this occurs.
It’s not cloud computing if the application pillar isn’t capable of supporting the pillar of computing.
Conclusion:
If you don’t have these three pillars, the term “cloud computing” becomes meaningless because it isn’t valid. Without any of those three, it’s just a marketing word thrown on a commodity, and you should consider the implications. It makes no difference if it’s a private cloud, a public cloud, or anything else entirely.
Read more: Realizing the Cloud’s Full Potential – From NetApp to Cloud
