WordPress Optimization
Pushing your website’s speed to the most stable limit to help you with conversions, ranking, and user retention
Stuck with bad scores and performance for your WordPress website?
You couldn’t get things to improve after checking my WordPress speed up and optimization guide?
I’m happy to put my expertise on optimizing and speeding up WordPress at your service :)
Background
Hi! I’m Adame :) I spent the last 20 years working on WordPress websites, and the last 3 years as a tier 2 support engineer at WP Rocket, the leading WordPress cache, and performance plugin.
If you want to max out on speed and scores, you reached the right person for the task 😎
WordPress optimization offers
Frequently Asked Questions
Nobody can give you a figure out of the blue.
I might have a broad idea about the speed gain after checking the website, but it remains theoretical until all the optimizations are done safely.
My target loading speed is less than 1 second if the page can be served from the cache. Uncached content will be up to the server’s capacity to process and return a response as well as the distance from the origin.
You can be sure, however, that we will explore all possible options to enhance the site’s speed and performance.
I might have a broad idea about the speed gain after checking the website, but it remains theoretical until all the optimizations are done safely.
My target loading speed is less than 1 second if the page can be served from the cache. Uncached content will be up to the server’s capacity to process and return a response as well as the distance from the origin.
You can be sure, however, that we will explore all possible options to enhance the site’s speed and performance.
Up to 5 business for 10 pages.
Up to 10 business days for 25 pages.
Up to 15 business days for 50 pages.
Fast delivery is available with a target turnaround of 3 days for an additional 100€. You can pick up the fast delivery at checkout.
Up to 10 business days for 25 pages.
Up to 15 business days for 50 pages.
Fast delivery is available with a target turnaround of 3 days for an additional 100€. You can pick up the fast delivery at checkout.
I will recommend using additional 3rd party services as required and depending on the current setup bottlenecks and limits.
Getting them is optional and will be up to your performance budget and goals.
Getting them is optional and will be up to your performance budget and goals.
Changes will impact performance only if the pages’ structure, markup, CSS, or JavaScript files are altered.
You can opt for the WordPress Optimizer+ for an ongoing performance monitoring and improvement effort.
You can opt for the WordPress Optimizer+ for an ongoing performance monitoring and improvement effort.
The following information will be requested once the service ordered:
– WordPress login/password
– Hosting service login/password
– WordPress login/password
– Hosting service login/password
As much as I would love to hit the 100 scores for all sites, it can’t, unfortunately, be guaranteed.
The ultimate goal is to get the site at least to the green side of the score.
Hitting the perfect score is a possibility under certain conditions.
And here is why.
Google PageSpeed Insight idealizes how performance should be.
The site’s HTML structure, CSS, JavaScript code, and server performance should perfectly align with their recommendations to give the best performance possible. And the only way to do that is by working on a performance strategy and picking the right components while building the site.
Planning for performance will bring you closer to the perfect score, as any component picked will be performance-friendly.
Performance “fixing” is another story :)
It has to deal with patching whatever performance flaws and bottlenecks exist on a site. And sometimes, the faulty component can’t be fixed or even improved.
The primary cause is how themes, plugins, and web services focus more on functionality than performance. That decision comes with terrible implementation and practices that will make it hard or impossible to fix.
Here are a couple of examples:
– Extensive use of complex layouts and CSS properties by themes and page builders, especially when used above the fold. That can’t be improved unless the page builder is changed.
– Long executing and demanding JavaScript, with a non-modular implementation, especially when they can’t be deferred or delayed. That can’t be improved unless the JavaScript code is refactored to consider performance or at least facilitate deferring or delaying the scripts.
In both examples, parsing, calculating the layout, or executing the script by the browser will be demanding, and unfortunately, it can’t be controlled once the process starts.
It will take the computation and time it needs. And the longer it takes, the more negative impact will hit performance and scores.
For that reason, I can’t guarantee the performance score. But I will get you the closest possible to it.
The ultimate goal is to get the site at least to the green side of the score.
Hitting the perfect score is a possibility under certain conditions.
And here is why.
Google PageSpeed Insight idealizes how performance should be.
The site’s HTML structure, CSS, JavaScript code, and server performance should perfectly align with their recommendations to give the best performance possible. And the only way to do that is by working on a performance strategy and picking the right components while building the site.
Planning for performance will bring you closer to the perfect score, as any component picked will be performance-friendly.
Performance “fixing” is another story :)
It has to deal with patching whatever performance flaws and bottlenecks exist on a site. And sometimes, the faulty component can’t be fixed or even improved.
The primary cause is how themes, plugins, and web services focus more on functionality than performance. That decision comes with terrible implementation and practices that will make it hard or impossible to fix.
Here are a couple of examples:
– Extensive use of complex layouts and CSS properties by themes and page builders, especially when used above the fold. That can’t be improved unless the page builder is changed.
– Long executing and demanding JavaScript, with a non-modular implementation, especially when they can’t be deferred or delayed. That can’t be improved unless the JavaScript code is refactored to consider performance or at least facilitate deferring or delaying the scripts.
In both examples, parsing, calculating the layout, or executing the script by the browser will be demanding, and unfortunately, it can’t be controlled once the process starts.
It will take the computation and time it needs. And the longer it takes, the more negative impact will hit performance and scores.
For that reason, I can’t guarantee the performance score. But I will get you the closest possible to it.