Cloud Computing Common Uses

Cloud Computing Common Uses

There are various cloud computing applications that can give significant financial benefits to enterprises. Cloud computing is a computer architecture and set of technologies that enables clients to pay for cloud services on a pay-as-you-go basis through the Internet.

All of the best IT service companies are using cloud technologies in some capacity, in their day-to-day operations.

From government agencies and NGOs to non-profit organisations and small start-ups, cloud computing has proven useful in bringing a range of solutions to a number of difficulties.

Having stated that, has cloud computing been implemented in your company? If you haven’t, it’s probably because you’re uninformed of its capabilities and potential advantages for your firm.

1. File storage:

You have a number of options for storing and retrieving your files. There’s the hard disc in your laptop, an external hard drive for regular backups and transmission, network document sharing, USB devices, and so on.

What distinguishes cloud storage from other storage options?

The fact that data may be easily seen and edited is the primary reason why cloud storage is appealing. You may access your files from any device, anywhere, as long as you have internet connection.

Block, file, and object storage are all available as cloud storage options. These may be used for a range of things, such as shared filesystems, block-based volumes, and backup and archiving systems.

With cloud computing storage services such As amazon S3, DropBox, or OneDrive, you’ll have secure access and the flexibility to expand or reduce storage based on your needs and budget. As a result, not only is this technique of storage secure, but it is also incredibly cost-effective.

2. Analytics of Big Data:

Your organisation will be at a severe disadvantage if you do not gather big data immediately. This data might contain details about your customers, market trends, sales performance, and so forth.

Businesses of all sizes demand big data for a number of reasons. Some individuals gather it to find new business opportunities, while others do it to tackle difficult problems.

On the other hand, collecting and analysing large amounts of data is difficult. It involves the use of enormous computer resources, which are expensive.

If you acquire the cloud computing resources you’ll need, you could have to cut back on other vital services like marketing. You won’t have to worry about this if you use cloud computing.

The fundamental benefit of cloud computing is that it operates on a pay-as-you-go basis. This means you won’t be charged for time you don’t use, saving your firm a lot of money. You just utilise and pay for resources as needed.

3. Data backups and preservation:

Cybercrime has now become the standard in today’s culture. There isn’t a day that goes by without a major data breach, which may be catastrophic for a number of businesses.

Traditional data backup methods have demonstrated their ability to store data for an extended length of time. Despite this, they are prone to diseases and, due to their portability, they may be misplaced, posing a threat to modern businesses.

Cloud-based backup and archiving can help with these challenges. It’s easy to set up and offers the highest level of data protection. This approach can be used to backup or archive sensitive data to cloud-based storage systems.

Though if your initial information is hacked, you can be assured that your data will be protected.

Certain cloud computing services allow you to schedule backups to meet your individual needs. You may also encryption your cloud saves to protect them from hackers and snoopers.

With cloud storage, you can get as much space as you need and store as much data as you want, and you only pay for what you are using.

4. Post-disaster recovery:

Do you realise how much it would cost you if you didn’t have a plan in place for business continuity? According to studies, more than 75% of organizations that faces a crisis and do not have a disaster recovery plan in place fail within three years of the catastrophe.

Traditionally, establishing a disaster recovery site and assessing your business continuity strategy has been a costly and time-consuming procedure.

However, this does not have to be the case!

Using cloud computing, you may set up a disaster recovery system on the cloud. This method entails regularly making a copy of your production site and duplicating data and configuration settings.

Launching your applications and data services in the cloud in the event of a disaster at your production site is simple and straightforward, allowing you to get your business back up and running in no time.

5. Development and testing of software:

You know how time-consuming, pricey, and expensive developing an in-house application or software can be if you’ve ever done it. It needs the deployment and installation of complex equipment and software, as well as continual training for all individuals involved.

This simply means that even the simplest project might take months to complete, placing you at a disadvantage in today’s market.

Cloud computing firms provide several options for integrated technologies delivery, making development and testing faster, simpler, and less expensive.

6. Infrastructure as a service (IaaS) and Platform as a service (PaaS):

To host your virtual machine instances, you’ll need a lot of physical servers and virtualization infrastructure, which will cost a lot of money to buy and run.

Businesses are flocking to cloud technology to save money because its pay-per-use pricing model provides the best balance of quality and affordability. Using Infrastructure as a Service, you may get rid of your VMware licence fees along with all of the hardware you utilise to host your virtual servers (IaaS).

Because IaaS allows you to construct virtual computers in the cloud, also known as “occurrences,” without having to maintain any of the hardware resources or hosting software, you may save money.

But what if you don’t want to manage the examples or the software that runs them? This problem may be solved using PaaS (Platform as a Service). When you utilise the PaaS computing model, all you have to do is send your code to the cloud service, and anything else, including the deployment and administration of your cloud app, is taken care of for you.

7. Communication:

Cloud computing may be used to access cloud-based communication tools such as calendars and emails. Cloud-based communication and calling apps like WhatsApp and Skype, for example, are all built on cloud infrastructure.

The messages and information you transmit data are stored not just on your mobile, but also on the cloud. This allows you to access them from any device and from anywhere on the earth via the internet.

8. Social Networking:

One of the most underrated applications of cloud computing is social networking. The Software as a Service (SaaS) cloud computing concept is exemplified by platforms such as Facebook, Twitter, and LinkedIn.

The purpose of social media platforms is to help you locate people you already know – or connect with those you don’t. They also provide a variety of data and information communication options, including tweets, photographs, instant messaging, and blogging.

Along with online storage, social networking is a popular use case for consumption cloud services.

9. The business procedure is as follows:

If you employ enterprise resource planning (ERP) or customer relationship management software, you’ve already included cloud computing into your management strategy (CRM).

Enterprise-level applications are delivered via Software as a Service (SaaS), which primarily depends on cloud computing principles. They make it simple to maintain, secure, and manage your company’s critical resources. They also deliver optimal efficiency to service providers and their clients.


Cloud computing is undeniably a burgeoning sector, and there are several benefits to using cloud computing services. New businesses are increasingly migrating to the cloud, which has emerged as the best platform for software testing, development, communication, storage, and deployment.

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