Cloud VPS Hosting is a private server which is shared by many users. Its setup is similar to shared physical server hosting with numerous accounts. Virtual Private Servers (VPS) host fewer users compared to physical servers. Their cloud technology redundancy ensures data can be accessed via a unified process which stores data across a number of physical servers. This redundancy is a vital part of cloud VPS and protects against hardware failures and other things which can prevent you from accessing your data.

So, what separates VPS cloud hosting from the more traditional web hosting options?


Previously, a shared hosting network was considered to be the most economical option when it comes to operating a website. However, VPS cloud hosting has changed all that. The reason behind this is because most of the providers allow their clients to choose exactly the features they need. Therefore, one will be required to pay only for what they need and not any other features which web hosting providers place into their rates.

In addition, the VPS providers allow their clients to make changes to their plans anytime. By doing this, the customers keep their web hosting needs up to date. It’s very scalable, that is, the platform can easily accommodate any changes and adjustments whenever they are needed. This gives you the flexibility while choosing the options and setting the things which work the best for you and your site.


VPS cloud hosting ensures that your data has been securely stored. There are minimal chances of your data getting lost as it is usually stored on many hard drives. So, there is no need to worry when you experience challenges with your machine. VPS cloud will easily restore your files.


Slow websites are very frustrating. It can be so frustrating to the extent that you can lose your customers and potential customers to competitors who have faster sites. But, with VPS cloud hosting that’s a thing of the past. This is because the number of resources included makes it possible for your website to operate faster without ever slowing down.

you happen to be running an online business, the best reliable, affordable and smart option is VPS cloud hosting. It has the capability to support a large amount of traffic without ever slowing down and still keep your data safe and secure.

When it comes to web hosting, you will realize that it has numerous options. However, VPS cloud hosting smart option has many benefits and very few disadvantages compared to traditional platforms.

VPS cloud hosting models

  • Software-as-a-Service (SaaS) – in SaaS, the cloud host is responsible for providing support tools, services and libraries. The client doesn’t have any control or support over the underlying cloud infrastructure like operating systems, servers, networks and storage. However, the client can control applications and at other times controls the configuration setting definitions in the application-hosting environment.
  • Infrastructure-as-a-Service (IaaS) – clients receive services and resources from the hosts. This includes operating system, networks, storage and software applications. The client cannot control the underlying cloud infrastructure, but they can control storage, operating systems and the application usage. They also have a limited control of the host firewalls but on a few occasions.
  • Platform-as-a-Service (PaaS) – it provides a hardware architecture and application framework. Here, the consumer can use the tools and libraries provided by the host to develop essential services like networks, server and storage, are provided by the host.
    In PaaS, support for application design, development and testing can be available at times. Some hosts do at times facilitate team collaboration and database integration amongst other development support services.

VPS hosting deployment models

  • Public cloud – Is specifically set to be used by the public, but any organization can still own the platform.
  • Private cloud – this can only be used by a single company or organization.
  • Hybrid cloud – this is a collection of at least two platforms, which are bound by a standardized technology which enables portability of both data and applications.
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