Cloud Computing Google

How Does Cloud Computing Google Services Work?

Cloud computing Google services is one of the most popular cloud computing services available today. Google’s platform in cloud services is a collection of Google’s public cloud computing services. The platform comprises a variety of Google-hosted services for computation, storage, and application development.

In this post, we will learn more about Google cloud computing services, and how it works.

What is Cloud Computing Google Services?

Cloud computing is a technology that enables the access of applications or other computing services using a web browser or other lightweight applications. It enables the users to access their virtual machines, files, data, programs, etc., from any location.

It is a type of Internet-based computing that provides shared computer processing resources and data to computers and other devices on demand. Also, this technology relies on sharing of resources to achieve coherence and economies of scale, similar to a public utility. 

Moreover, Cloud computing is a model for enabling ubiquitous, on-demand access to a shared pool of configurable computing resources (e.g., networks, servers, storage, applications, and services) that can be rapidly provisioned and released with minimal management effort or service provider interaction. – Wikipedia

Google Cloud Computing Services is Popular

Cloud Computing Google Services is one of the most popular cloud computing services available today. Google Cloud Platform is a collection of Google’s public cloud computing services. 

The platform comprises a variety of Google-hosted services for computation, storage, and application development. The platform also includes management tools for deploying and maintaining applications on the various services provided by the platform.

The Google Cloud Platform provides infrastructure services such as Compute Engine (virtual machines), App Engine (web apps), Storage (object storage), BigQuery (big data), Container Engine (Docker containers), etc., to build an application using these services.

Benefits of Cloud Computing Google Services:

Cloud computing Google services also has many benefits for its users. Some of the benefits are the following below:

Users can access their data from anywhere, using any device.

The data automatically has a backup in the cloud. This ensures that the data remains safe, even if there is a problem with the local hard drive.

The user does not need to worry about installing and maintaining an operating system such as Windows or Linux. The user just needs to log into the virtual machine and start working on the applications inside it.

When a new version of an application or operating system becomes available, then the user is notified and they can update the software on their own.

Charges for the user are only for what they use and is not necessary to pay a fixed fee every month. For example, if only one virtual machine is being used by a company, then they will be charged only for one virtual machine and not for five virtual machines as with a traditional hosting service.

The user can easily scale up the number of resources such as processing power and storage as and when required. For example, with a traditional hosting service, if there is sudden increased demand for storage space then the hosting provider may charge extra for that space. 

However, with cloud computing services, this problem does not exist. The user can easily scale up storage space as and when required without having to pay any extra amount. As we saw above, we can also scale down resources if we do not need them anymore. 

This helps in saving money as well as the environment since we do not need to maintain extra resources that are not being used at that time.

Google Cloud Computing Services Features:

Google Cloud Computing Services offers a wide range of features which are listed below: 

  • High-Speed Networking 
  • Ubiquitous Computing 
  • Simplified Management 
  • Self-Service Access 
  • Cost Optimized 
  • Accessibility 
  • Scalability 
  • Security 
  • Reliability 
  • Recovery & Redundancy 
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