What is a Cloud Server?

What is a Cloud Server?

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Updated on Oct 1, 2022 10:46 IST

An Internet-based network—typically the Internet—is used to host and offer a pooled, centrally located server resource known as a cloud server, which various users can access as needed. Cloud servers can supply processing power, storage, and applications in the same ways as a conventional physical server would. In this article, we will talk more about […]


An Internet-based network—typically the Internet—is used to host and offer a pooled, centrally located server resource known as a cloud server, which various users can access as needed. Cloud servers can supply processing power, storage, and applications in the same ways as a conventional physical server would. In this article, we will talk more about cloud servers, their features, and their working.

What is Cloud Server?

A cloud server is a pooled, centralised server resource that is hosted and distributed across a network—typically the Internet—and may be accessed by numerous users on demand. Cloud servers may provide all of the same services as traditional physical servers, including processing power, storage, and applications.

Several servers that are linked to the internet and can be rented being an element of an application or software service are referred to as the “cloud” in common parlance. Hosting websites, exchanging and storing data, and using software or applications are all examples of cloud-based services.

Cloud computing, in which numerous servers are connected to share the load, is another term for “the cloud.” This implies that complex operations can be spread across a number of less powerful computers rather than requiring a single, powerful one.

One benefit of cloud storage is that it uses federated storage clouds, which are many distributed services functioning as one. Due to the dispersion of data, the cloud is particularly forgiving of failures. Due to shared access to documents, files, and data, using the cloud tends to limit the generation of distinct versions of files.

Benefits of Cloud Server

Let us discuss a few benefits of using a cloud server in the section below:

  • As any software issues are segregated from the environment, a cloud server offers reliability and security to corporate users. Your cloud server won’t be impacted by other cloud servers, and the opposite is true. Contrary to physical servers, your cloud services won’t be affected if some other user overloads theirs.
  • Cloud-based servers are dependable, quick, and safe. They are arguably the most reliable alternative for firms looking to keep a company’s IT budget low because they do not have the hardware difficulties associated with physical servers.
  • For your money, cloud servers offer a speedier service. For the same price as a physical server, you’ll get more resources along with a faster service. Websites hosted in the cloud function more quickly.
  • Scalability is another benefit of cloud servers. In addition to being more economical, upgrading by adding RAM and storage space is also quite simple and rapid.

Why is it called a cloud server?

When a computing resource is described as being “in the cloud,” it refers to the fact that it has been supplied over a network such as the Internet rather than being physically present and easily accessible on-premises. One of the most well-known instances of a cloud computing resource, together with the database, cloud storage, networking, and software, is a cloud server.

How does a cloud server work?

Virtualization makes it possible to use a cloud server. In order to connect and virtualize physical servers, or to abstract their combined resources and pool them together for creating virtual servers, management software known as a hypervisor is installed on the physical servers. The delivery of these virtual resources via the cloud can then be automated for shared use within a single business or between companies.

The (IaaS) infrastructure-as-a-service model is the name of this strategy. IaaS users don’t have to buy and maintain their own hardware; instead, they can supply it from outside vendors who offer resources via a public cloud on demand. Using a public cloud for sporadic, seasonal, or changeable workloads that need to be swiftly scaled up as needed is a typical cloud server example.

However, a cloud provider may in some circumstances also set up cloud servers as dedicated servers. In this configuration, also known as a bare-metal server, the provider sets aside physical cloud servers for a single client who may have particular performance or storage needs.

Types of Cloud Server

Both large and small businesses have a variety of alternatives for selecting the best cloud server. The top cloud servers are tailored to particular requirements and price ranges. Something that works for a large corporation might not be appropriate for a mid-sized business.

Three different types of clouds can be used to deploy cloud servers:

  • Private Cloud: A business can privately host its own cloud servers and retain control over its management and upkeep. Although these server resources are not shared with other businesses, because they are hosted in the cloud, any employee can access them remotely, generally through a company intranet or VPN.
  • Public Cloud: The most popular way to install cloud servers is through the public cloud. In this situation, a third-party provider owns and runs the infrastructure, including the servers, and provides on-demand computing services to its clients.
  • Hybrid Cloud: Remote cloud servers and On-premises cloud servers can cooperate in public and private clouds. Businesses now have more alternatives and flexibility to retain security and control as needed thanks to this hybrid cloud environment. It also makes use of public clouds when companies need to swiftly expand to handle demand spikes.

Advantages of Cloud Server

The IT industry has been changed by cloud servers. To benefit from this game-changing technology, countless businesses have abandoned conventional, centralized server and infrastructure architectures. This change is motivated by four main advantages:

  • Affordability: A corporation can use cloud servers maintained by third-party suppliers for a lot less money than it would cost to buy and maintain its own infrastructure. When businesses pool their server resources, they experience economies of scale and only pay for the resources they actually use.
  • Scalability: Cloud servers can instantly adapt to changing compute and storage of data needs by scaling up or down to satisfy demand.
  • Reliability: Cloud servers are just as reliable as dedicated servers in terms of performance. Service can continue even if one component fails in the cloud because it uses multiple servers in a shared environment.
  • Convenience: Resources in the public cloud can frequently be provided quickly and easily through one control panel or API. IT teams’ resources might be used for other projects when they are relieved of the on-premises maintenance of complicated infrastructures. Data is available to users everywhere.


Organizations have myriad choices for server equipment and hosting. To supply services, they can pick from thousands of cloud providers. The number of cloud servers is increasing as data centres and server farms spread throughout the globe. In the near future, it’s possible that several hundred million servers will be required to handle the increasing needs of computers and linked gadgets.

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