Dedicated CPU Performance — No Sharing, Ever

A cloud server refers to a virtual server that operates within a cloud computing infrastructure. It functions as a virtualized server that operates in a cloud computing environment, which is a group of interconnected servers and other computing resources accessible via the internet. The benefits of using cloud servers are extensive and can include web hosting, data storage, application hosting, and more. Compared to traditional physical servers, cloud servers offer scalability, flexibility, and cost-effectiveness. Users can effortlessly adjust their computing resources as required, and only pay for the resources they utilize with a cloud server.

Although cloud servers and cloud hosting are both cloud-based services, they differ in their usage and level of control. Cloud servers are virtualized servers that run within a cloud computing infrastructure. They offer high levels of flexibility and scalability, making it easy for users to add or remove computing resources as necessary. Cloud servers are usually utilized for hosting web applications, databases, and other computing workloads that require a high degree of control over the server environment. On the other hand, cloud hosting is a service that provides the infrastructure required to store and deliver web content, such as HTML files, images, and videos, over the internet. Cloud hosting is typically more limited in terms of customization and control when compared to cloud servers. It is designed to be user-friendly for non-technical users. To summarize, cloud servers are used for hosting more complex computing workloads that require a high degree of control and customization, while cloud hosting is used for hosting simpler web content that requires less technical expertise.

A cloud server can host a wide variety of applications, including web applications (CMS, e-commerce, CRM), databases (MySQL, PostgreSQL, MongoDB, Redis), big data and analytics (Hadoop, Spark), machine learning and AI (TensorFlow, PyTorch), DevOps tools (Jenkins, GitLab), and gaming servers (Minecraft, Rust). Overall, cloud servers are a versatile and flexible hosting solution that can be used for a wide range of applications and workloads.

In short, no. However, they can be installed, but additional licensing fees would apply. Cloud servers include bare operating systems without a hosting control panel by default, which means that users need to set up and configure the server environment themselves. This approach provides a high degree of flexibility and customization, allowing users to choose the software and configurations they need for their specific use case. For users who do not have the technical expertise or time to do this, there is the option to install a hosting control panel, such as cPanel or Plesk, on the cloud server — though licensing fees for the control panel software need to be paid.

Each VPS has 7 backup snapshots as standard. You can set a schedule for automated backups or just create backups on demand. Backups are stored remotely. Whilst we take every effort to prevent data loss and do take backups of the hypervisors, customers are responsible for ensuring they have regular remote backups of their own.

Port 25 is blocked and will only be lifted on services with more than 3 months of prepayment on accounts with good standing. Our services must not be used for bulk or unsolicited mail purposes. If you must send mail from your VPS then we suggest you use a third-party relay.

Our technical support is dedicated to addressing concerns related to the VPS platform and external network issues beyond your VPS control. Please note that we offer management services for Linux cloud servers only.

Once you've used up all your bandwidth allocation for the current month, our system will automatically throttle your uplink speed to 10 Mbit/s. This allows you to still use your server without getting overage bills like you get with the large cloud providers.

No, a trial is not something we offer due to the high risk of abuse.

All our cloud servers are powered by KVM virtualization. This means that resources (except vCPU) are dedicated to your virtual server.