June 19, 2024

Costs of Hosting a Virtual Server

hosting virtual server

Hosting multiple websites on one physical machine with virtual servers is an efficient and flexible way of using hardware resources efficiently, and providing greater site hosting capacity than dedicated servers.

Each virtual server (VM) runs its own operating system instance and has dedicated memory, making them ideal for high traffic websites that require extra security measures such as ecommerce sites.


Costs associated with hosting a virtual server depend on its CPU, RAM and storage needs as well as hardware administration costs associated with physical servers – cooling, security and space considerations must all be factored in. Virtualization provides significant cost reduction by shifting expenses from capital expenditure (CAPEX) to operating expense (OPEX).


Your next decision will be whether to host your website on a managed or unmanaged virtual server. If there isn’t someone with technical know-how on staff to manage a VPS effectively, managed solutions may be better suited.

Scala allows you to easily select from one to 24 CPU cores, 2 GB to 128 GB RAM memory needs and 5GB to 2TB SSD storage needs. Once this information has been entered into our tool, prices for monthly, quarterly, semiannual or annual billing will appear for your consideration and can even be upgraded at any time without incurring downtime costs.


Scalability refers to an organization’s capacity for adapting quickly to changes in circumstances or workload, whether they involve hardware systems responding to increased users, website requests being fulfilled rapidly and the ability of new leadership or changes within an organisation’s structure to quickly adjust to them. It can be measured in many different ways.

Physical servers can be more difficult to expand due to additional hardware requirements and taking longer than virtual ones to update. Virtual servers are much more adaptable, easily meeting user demands by adding or removing virtual machines (VMs) at will.

Selecting a physical server configuration that is optimized for scalability will save money in the long run, as it reduces hardware costs and enhances application performance. Furthermore, such platforms make migration simpler, without downtime or significant investments required to migrate workloads from one physical platform to the other.



Security is an integral component of hosting virtual servers, helping prevent unauthorized access and protect customer data against hackers. A compromised server could damage both its hoster’s reputation and cause downtime for all customers – so adhering to cybersecurity best practices is essential.

Physical security in a data center is also paramount for hosting virtual servers, which includes monitoring security systems and locking down hardware to prevent tampering while providing staff training on security measures. Furthermore, all software on your server should remain up-to-date so as to include all of the latest security features which protect it against hackers exploiting known vulnerabilities in it.

IPv6, which allows attackers to send malicious packets, must also be disabled. You can do this by opening Terminal and logging in via SSH; type “ipv6 disable” then type in this command:


Virtual server hosting reduces data center maintenance costs, increases IT productivity and efficiency, provides improved disaster recovery/business continuity protection and enhances IT responsiveness allowing businesses to deploy new applications more rapidly.

Virtual server technology helps address server inefficiencies by enabling multiple operating systems to coexist on one physical computer simultaneously, with each operating system having different hardware requirements depending on software and configuration used.

Processor speed and I/O capacity are of critical importance; fast host adapters must keep pace with VM’s input/output needs for an uninterrupted experience; slower adapters could become bottlenecks.

Disk space should also be taken into consideration. Depending on the size and complexity of your application, you may wish to utilize either a network disk or storage area network (SAN). You must always ensure there is enough disk space available for creating virtual machines (VMs) and backups – and frequent snapshots may necessitate larger storage volumes.