Website Hosting

As an integral part of our hosting services, we take proactive measures to safeguard your website by automatically conducting multiple backups every day. This ensures that there are always several restore points and a complete backup of your site readily available.

What sets our backup system apart is not just the frequency but the retention of these backups. We retain them for your convenience, providing you with the flexibility to choose the specific backup version to restore if the need arises. In the event of a compromise or any unforeseen issue, you can rely on our robust backup system to roll your website back to a secure and stable state.

One of the notable advantages of our hosting services is the user-friendly control panel, which empowers you to manage your website effortlessly. In case you don’t immediately detect any issues with your site, our control panel allows you to navigate through the backup history and select the exact point in time to restore your website. This flexibility ensures that you have control over your website’s state, even if you need to rewind further back in time.

For WordPress sites,

we understand that information is distributed across files and databases. Our backup system is designed to capture and restore both files and databases, offering comprehensive coverage. Whether it’s a file-specific issue or a database-related concern, our backup and restoration capabilities cater to both scenarios, providing you with a holistic solution for your WordPress website.

Choose our hosting services for peace of mind, knowing that your website is backed up regularly, and you have the tools to restore it effortlessly in any situation. Explore our hosting plans to experience the convenience and reliability of our comprehensive backup system.

Hot swapping, in the context of disaster recovery and website management, refers to the seamless and instantaneous replacement of a component, such as a server or hardware device, without causing any disruption to the overall system or service. This process is designed to ensure continuous availability and minimise downtime in the event of server issues or failures.

In the case of websites, hot swapping involves having redundant servers or systems that can take over the workload automatically if the primary server experiences problems. This redundancy is a key aspect of disaster recovery planning, as it helps to maintain uninterrupted service and prevent any negative impact on users or customers.

The hot swap process typically involves the following steps:

Monitoring Systems:

Continuous monitoring of servers and systems is crucial to detect any signs of potential issues. This could include performance degradation, hardware failures, or other anomalies.

Automated Detection:

Automated systems or monitoring tools are employed to detect when a server is experiencing problems. These tools can analyse various metrics, such as server load, response times, and error rates.

Failover Mechanism:

Upon detecting an issue, a failover mechanism is triggered. This mechanism automatically redirects traffic or workload from the problematic server to a standby or redundant server. This redirection happens seamlessly to users, ensuring they do not experience any disruption in service.

Swapping Process:

The failed server or component is then replaced or repaired while the backup or redundant system continues to handle the workload. This swapping process can involve physically replacing hardware or reconfiguring software settings.

Recovery and Redundancy:

Once the issue is resolved, the system may automatically switch back to the original server, or it may continue using the redundant system until manual intervention is performed to ensure that the primary server is stable.

The goal of hot swapping is to maintain high availability and minimise downtime, especially in critical applications or services where uninterrupted operation is essential. It is a key component of disaster recovery strategies, providing a proactive approach to addressing and mitigating potential failures in a system. By automating the detection and recovery process, hot swapping contributes to a more resilient and reliable infrastructure.