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AVYA Skincare - Site Speed Audit

Brough to you by
Roadrunner
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- Shopify Site Speed Experts

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Website:
https://www.avyaskincare.com/
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Link to PageSpeed Test Results
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Overview
There are several technical issues hindering the Shopify site’s performance on mobile devices. On mobile, the site is below industry standard on 2 of the 4 primary website performance metrics. Most important, the site has a very poor Largest Contentful Paint (LCP) time on mobile (9.1 seconds). Not only is this metric the most common way to measure page speed, research shows that every additional second above 2 -3 seconds on mobile has adverse effects on an ecommerce site’s conversion rate, SEO, paid marketing performance, and customer loyalty.
The site performs much better on desktop than on mobile. On desktop, it passes 2 of the 4 performance metrics, and is right at/above industry standard on the other two.
I would strongly recommend a optimizing the Shopify site’s performance for mobile devices. The optimization would benefit its performance on desktop devices, and would likely have a positive impact on conversion rates.
To learn more about our work at Roadrunner, click Next Steps.
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Mobile Page Speed Audit

Check image below for numbering while following along.
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image.png
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Overview

The AVYA Skincare Shopify site is below industry standard in all two of the core website performance metrics on mobile devices.
The metric to pay most attention to is Largest Contentful Paint (LCP). This metric is the most common way to measure a page’s load time. It is a measure of how long until the site is full loaded for users. It currently sites at 9.1 seconds. The recommended LCP for ecommerce sites is between 2 - 3 seconds on mobile.
Poor LCP and other performance metrics can have negative effects on conversion rate, SEO ranking, paid marketing performance, and overall customer experience.

Results

First Contentful Paint: 1.4 seconds
Explanation: First Contentful Paint (FCP) measures how long it takes for content to start appearing on a website. This is typically an empty box or plain text. It’s the first pixels rendered in for the site.
Optimal time for ecommerce sites is < 1.8 seconds.
Largest Contentful Paint: 9.1 seconds
Explanation: Largest Contentful Paint (LCP) measures how long it takes for a website to display its biggest single content element. It's one of the most common ways to measure page load time.
Optimal time for ecommerce sites is < 2.5 seconds.
Total Blocking Time: 8720 ms (8.72 seconds)
Explanation: Total Blocking Time (TBT) measures how responsive your site is to user input (i.e. if the user performs an action, such as click a button, how long before the next action can be performed).
Optimal time for ecommerce sites is < 0.3 seconds.
Cumulative Layout Shift: 0.001
Explanation: Cumulative Layout Shift is a measure of how “stable” your website it after it first renders. A website that has content shift down as more object load will have a higher score. Cumulative Layout Shift is one of the core ranking factors for Google.
Optime score for ecommerce sites is < 0.1.
Speed Index: 11.4 seconds
Explanation: Speed Index (SI) measures how quickly content appears on your website. The value is determined visually by analyzing screenshots of your website during the page load process. Speed Index is a lesser important metric comparatively; however, optimizing it will benefit the Largest Contentful Paint (LCP).
Optimal time for ecommerce sites is < 3 seconds.

Optimization

Accord to the PageSpeed results, there are 4 technical issues slowing down the website:
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image.png
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Reduce Javascript execution time / Reduce unused Javascript and CSS
In short, this means that there is a substantial amount Javascript, HTML, and CSS code that is slowing down the site. There are four ways that Javascript code can accumulate on your site: when you connect a new Shopify app, when you use certain themes, when you use third-party scripts such as Facebook Pixel or Google Analytics, and if you have custom code on your site. The biggest culprit is Shopify apps. Each app “injects” a bit of code into your site. Even if the app is deleted, the code it injects stays behind. Over time, this code will slow down your site’s load time.
Minimize main-thread work
Main thread overload happens when too many tasks, like heavy JavaScript execution, complex CSS code, and third-party scripts, are processed simultaneously. This slows down the site’s load time. The best way to fix this is to delete unused Javascript, compress essential Javascript code, and remove unnecessary third party scripts.
Optimize Largest Contentful Paint (LCP)
The LCP takes up a considerable amount of main thread resources when loading. As a result, it needs to be optimized through image compression, preloading important page elements, and eliminating unused CSS and Javascript files.
Reduce the impact of third-party code
Third-party scripts, such as ads, analytics, and social media widgets, can slow down your site. Delaying the firing of analytics, or deferring them from using the main thread, can improve performance.
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Desktop Page Speed Audit

Check image below for numbering while following along.
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image.png
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Overview

The website’s performance on desktop is much better than it’s performance on mobile devices. It performs right at or above industry standard in only 2 out of the 4 core metrics. It performs very well on the other 2 core metrics.
Optimizing the site’s performance on mobile would benefit the site’s performance on desktop, and help boost desktop conversion rates.

Results

First Contentful Paint: 0.5 seconds
Explanation: First Contentful Paint (FCP) measures how long it takes for content to start appearing on a website. This is typically an empty box or plain text. It’s the first pixels rendered in for the site.
Optimal time for ecommerce sites is < 1.8 seconds.
Largest Contentful Paint: 1.7 seconds
Explanation: Largest Contentful Paint (LCP) measures how long it takes for a website to display its biggest single content element. It's one of the most common ways to measure page load time.
Optimal time for ecommerce sites is < 2.5 seconds.
Total Blocking Time: 170 ms (0.17 seconds)
Explanation: Total Blocking Time (TBT) measures how responsive your site is to user input (i.e. if the user performs an action, such as click a button, how long before the next action can be performed).
Optimal time for ecommerce sites is < 0.3 seconds.
Cumulative Layout Shift: 0
Explanation: Cumulative Layout Shift is a measure of how “stable” your website it after it first renders. A website that has content shift down as more object load will have a higher score. Cumulative Layout Shift is one of the core ranking factors for Google.
Optime score for ecommerce sites is < 0.1.
Speed Index: 3.5 seconds
Explanation: Speed Index (SI) measures how quickly content appears on your website. The value is determined visually by analyzing screenshots of your website during the page load process. Speed Index is a lesser important metric comparatively; however, optimizing it will benefit the Largest Contentful Paint (LCP).
Optimal time for ecommerce sites is < 3 seconds.

Optimization

Accord to the PageSpeed results, there are 4 technical issues slowing down the website:
⁠
image.png
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Reduce unused Javascript/CSS
In short, this means that there is a substantial amount Javascript, HTML, and CSS code that is slowing down the site. There are four ways that Javascript code can accumulate on your site: when you connect a new Shopify app, when you use certain themes, when you use third-party scripts such as Facebook Pixel or Google Analytics, and if you have custom code on your site. The biggest culprit is Shopify apps. Each app “injects” a bit of code into your site. Even if the app is deleted, the code it injects stays behind. Over time, this code will slow down your site’s load time.
Minimize main-thread work
Main thread overload happens when too many tasks, like heavy JavaScript execution, complex CSS code, and third-party scripts, are processed simultaneously. This slows down the site’s load time. The best way to fix this is to delete unused Javascript, compress essential Javascript code, and remove unnecessary third party scripts.
Optimize Largest Contentful Paint (LCP)
The LCP takes up a considerable amount of main thread resources when loading. As a result, it needs to be optimized through image compression, preloading important page elements, and eliminating unused CSS and Javascript files.

It’s common for the same technical issues to affect the site on mobile and on the web. The issues are extenuated on mobile due to the lower processing power.
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Next Steps

Anyone selling products on the internet should think about their website’s speed. It plays a major part in how effectively a website can turn visitors into paying customers.
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Shopify
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found that a 1 second improvement in website speed can boost mobile conversion by up to 27%.
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Deloitte
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found that a 0.1 second improvement in website speed can increase overall conversion rates by 8.4%.
Other sources have found interesting links between fast site speed and better SEO, lower cost acquisition costs when using paid ads, and an increase in repeat purchases.

Let’s make it real with an example. Let’s say an ecommerce site get’s 100,000 visitors per month and has a 3% conversion rate.

If that site is optimized for speed, and see a 20% increase in conversion rates, it would go from 3000 sales/month to 3600 sales/month. At an AOV of $30, that’s an addition $20,000 per month in sales for every 100,000 visitors.

Site speed is important.

That’s why I started
Roadrunner
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, a done-for-you site speed optimization agency helping Shopify brands improve their online performance.

Our process is simple, straightforward, and requires no downtime for the website at all.

If you’re interested in learning more about the work we do at Roadrunner, please reach out to my on my
LinkedIn
⁠
or via email (kris@tryroadrunner.com).

Best,
Kris
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