7 Most Common Uses of Cloud Computing

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Cloud Computing

Cloud computing has been recognized as the ability to boost competitiveness via cost savings as well as greater flexibility, flexibility and efficient utilization of resources. As a technology cloud computing is greater than its components. It opens the door to cloud-based technology, facilitates more efficient methods of working, and also enables the development of new abilities in machine-learning (ML) as well as artificial intelligence (AI).

Here’s how companies are using cloud computing in action to create the value of their business.

1. Infrastructure-as-a-Service (IaaS) and Platform-as-a-Service (PaaS)

Infrastructure-as-a-Service (IaaS) delivers fundamental compute, network and storage resources to consumers on-demand, over the Internet and on a pay-as-you-go basis. Cloud infrastructure that is based on a pay-per-use model allows companies to reduce the cost of purchasing, managing, as well as maintaining their personal IT infrastructure. Additionally, cloud infrastructure is accessible. The majority of major cloud service providers — such as Amazon Web Services (AWS), Google Cloud, IBM Cloud and Microsoft Azure — offer IaaS in Cloud computing.

Platform-as-a-Service (PaaS) provides customers a complete cloud platform — hardware, software and infrastructure — for developing, running and managing applications without the cost, complexity and inflexibility of building and maintaining that platform on-premises. Businesses may choose to use PaaS due to the same reasons as they do at IaaS and want to accelerate development with a platform that is ready to use and to deploy applications using the certainty of a cost-effective and predictable pricing structure.

2. Software-as-a-Service (SaaS)

While Software-as-a-Service (SaaS) is similar to the IaaS and PaaS uses as discussed, it is a more deserving model as it has brought a great change in the way companies use software. SaaS provides online access to software by way of a subscription, instead of IT departments needing to purchase and install it on their own systems.

SaaS providers, such as Salesforce provide software access at any time, anywhere with access to an Internet connection. These tools give the scope for more sophisticated tools and capabilities, such as automated workflows, enhanced workflows and real-time collaboration across diverse places.

3. Multicloud and hybrid cloud

Hybrid cloud is a computing platform that connects an organization’s private cloud on premises and other third party public cloud services to form one, flexible platform for the running of crucial workloads and applications. This unique combination of cloud services both private and public resources, allows you to pick the right cloud for each particular application or workload , and to move workloads between both clouds when conditions alter. With the hybrid cloud the business and technical objectives can be achieved more efficiently and efficiently than could be accomplished using a single public or private cloud on its own.

Multicloud goes one step further, allowing companies to make use of two or more cloud providers from various cloud providers. This kind of cloud computing may include any combination of IaaS, PaaS or SaaS resources. With multicloud, applications can be run on different cloud environments that meet specific requirements. This means that companies are able to avoid lock-in by vendors.

4. Testing and development

One of the most effective applications for the cloud is as a Software development platform. DevOps teams can swiftly start up testing, development and production environments that are tailored to particular requirements. This includes but isn’t restricted to automated provisioning of virtual and physical machines.

To conduct testing and development within their premises, businesses must establish an appropriate budget and then set up the testing environment using physical assets. After that, they must install and configure the development platforms. This can increase the time to get a project completed, and also extend the timeframes. Cloud computing accelerates this process through cloud-based development tools, which make the creation of software and apps faster, simpler, and more affordable.

One of the most significant advantages that cloud computing offers is the way it aids in the DevOps process pipelines, CI/CD pipelines, and cloud-native advances (e.g. containers, microservices, serverless). These innovations have led to rapid growth and innovation however they require an infrastructure that is self-sustaining to accommodate all the services.

5. Big data analytics

Through the power of cloud computing, organizations gain valuable insights and improve business processes by leveraging large data analysis.

There’s a vast amount of information gathered each day from corporate endpoints and cloud-based applications, and the people who use them. Cloud computing lets organizations draw on huge quantities of structured and unstructured information to gain the benefits of gaining business value.

Retailers and suppliers are taking information from consumers’ buying habits to target their marketing and advertising campaigns to specific segments that make up the majority of consumers. Social media platforms provide the foundation for analytics on the patterns of behavior that companies use to extract relevant data. Companies like these and many more can also benefit from more insights from the use of machine understanding (ML) as well as artificial intelligence (AI) both of which were created by cloud computing.

Learn more about the complexities associated with these technologies through reading “AI Vs. Machine Learning vs. Deep Learning vs. Neural Networks.”

6. Cloud storage

Cloud storage allows files to be saved automatically in the cloud, and later accessed, stored, and retrieved via any device connected to access to an Internet connection. Instead of having to maintain the data center themselves to store their data, businesses can pay for the cloud storage that they are taking in and not have to worry about the regular maintenance of their storage infrastructure. The result is greater performance, speed, availability and protection for the storage environment that stores data.

When the regulations and security concerns regarding sensitive data are present companies can store their information on- or off-premises in an encrypted or hybrid cloud model for extra security.

7. Backup and disaster recovery

Another benefit of cloud computing is the cost-effectiveness of disaster recovery (DR) solution that allows an improved speed of recovery through an array of physical locations for a less cost than a traditional DR location.

Making a DR location and testing the business continuity plan could be an extremely costly and time-consuming process when using fixed assets. If the site is hosted in the cloud, companies can duplicate their production sites and continuously replicate configuration settings and data which can save significant time and energy.

In the same way, backing up data is always a difficult and time-consuming process. Cloud-based backup, while far from being the ultimate solution however, is certainly away from the way it used to be. Companies can now automate the transfer of backups to any location, and be assured that accessibility, security or capacity is a concern.

Although the top seven applications of cloud computing aren’t complete, they show the obvious benefits of cloud computing to enhance IT infrastructure flexibility while making use of analytics using big data mobile computing, mobile computing and new technologies.


As we see the technology is highly progressing towards automation and is basing on data driven analysis cloud computing plays an important role and helps every scale of business to leverage the technology in business.

  • Modernize existing applications
  • Build and scale cloud native applications
  • Migrate existing on-premises workloads to the cloud
  • Speed software and services delivery with DevOps
  • Integrate applications and data across multiple clouds
  • Accelerate your journey to artificial intelligence
  • Leverage 5G and edge computing

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