Google Cloud hosting services offer your WordPress site improved performance, virtually unlimited scalability, stronger security, greater control and much more. You can use the All-in-One WP Migration Unlimited plugin to quickly export and import your existing WordPress website to your new Google Cloud location. This strictly efficiency-based model will allow you to host your WordPress website on Google Cloud at a very low cost; however, larger websites that strictly adhere to the efficiency model may suffer from performance issues. It is equipped with WordPress-specific tools, such as Kinsta APM to monitor application performance and a switch to enable WordPress debug mode.
Before hosting your site on Google Cloud, I recommend that you investigate these GCP services to better understand the role they play in your website. One of the advantages of migrating to Google Cloud is that you can take advantage of their "pay-as-you-go" model, which means you only pay for the resources your website requires, and nothing else. Google Cloud is a set of services that allow you to host your website or application in the search giant's data centres. If you're looking for real-world experience, look no further than Cloud Academy's WordPress deployment course with CloudFormation.
Now that your WordPress instance has been deployed, you will set up a domain name for your new WordPress website. You can use this tutorial to learn how to export a WordPress site using the All-in-one WP Migration plugin. Once you have read this introduction, the guide will walk you through the process of deploying a WordPress website on Google Cloud. But since IP addresses don't make a very good first impression, we will now link a domain name to your WordPress site on Google Cloud.
Now that we've established that WordPress sites rely on a live server in the background, let's get into some computational limitations of WordPress. I just came across this article below which simply compares openlitespeed vs nginx for wordpress as they are also available. In addition to the general-purpose E2, N1, N2 and N2D machines, which use CPUs with lower clock frequencies between 2.0 and 2.8 GHz, Google Cloud Platform also offers C2 "compute-optimised machines equipped with high-end Intel Xeon CPUs that are capable of running at 3.8 GHz. For example, you can use the Google Cloud API to automate the scaling of your instance in response to your traffic monitoring software.