7 effective steps for a website that is always optimized for page speed

 Want to prioritize your site's performance, rank higher on Google, and provide a better user experience? Learn how now.

7 effective steps for a website that is always optimized for page speed

This article is proudly sponsored by DebugBear. The following content reflects the sponsor's views.

Website Builder's Guide: Speed Up Your Business Website with Page Speed Optimization Services

We've all been there – frustrated by websites that seem to take an eternity to load. It's not the kind of first impression you want to make on your visitors, especially when your goal is to attract more traffic and keep them engaged. (Check your website's current speed here →)

However, the road to a speedy website is not always smooth. After you've initially sped up your website, new user experience metrics like Interaction To Next Paint can emerge, or unexpected server load issues might slow you down when you least expect it.

So, how can you ensure your website remains fast and optimized for performance over time? The answer is simple: implement page speed monitoring for your business website.

Why Page Speed Matters in SEO

Page speed is a critical ranking signal closely tied to user experience. Once visitors land on your website, it's crucial to ensure that your site loads quickly and provides an exceptional user experience. When users can easily find the information they seek, they are more likely to explore your offerings or complete a purchase.

Speeding up your website offers several benefits, including:

Improved Google Ranking: A faster website ranks higher in Google's search results, leading to increased organic traffic.

Enhanced User Experience: Faster load times increase user satisfaction and conversion rates.

Cost Reduction: A fast website can save both you and your visitors money by minimizing data consumption and server processing requirements.

For instance, a staggering 70% of consumers are less likely to buy from a slow website or return to it. Google has also emphasized that good Core Web Vitals correlate with increased sales, as detailed in numerous case studies.

How Page Speed Boosts Your Google Ranking

Google relies on page speed data from actual Chrome users to determine rankings. This data is captured through three crucial performance metrics known as the Core Web Vitals (CWV):

Largest Contentful Paint (LCP)

Cumulative Layout Shift (CLS)

First Input Delay (FID), to be replaced by Interaction to Next Paint (INP) in March 2024

To achieve maximum ranking benefits, you need at least 75% of your website visitors to have a “good” experience across all three CWV metrics.

How to Assess Core Web Vitals

Google Search Console's CWV report helps you identify areas where you need to optimize your website's performance.

Pro Tip: Use DebugBear to automatically measure your Core Web Vitals and receive actionable recommendations for speeding up your site.

Decoding the Core Web Vitals

Each Core Web Vital focuses on different aspects of your website's speed, with the goal of achieving a “Good” rating for each metric.

Largest Contentful Paint (LCP): Measures how quickly your website loads, specifically looking at when the largest content element appears after navigating to a page. Aim for an LCP score of 2.5 seconds or less.

Cumulative Layout Shift (CLS): Asses whether the page layout remains stable as content initially appears. A layout shift can disrupt the user experience, so target a CLS score lower than 0.1.

First Input Delay (FID) & Interaction To Next Paint (INP): These metrics evaluate how responsive your website is to user input. Slow response times can make your site feel unresponsive. Aim for an FID score below 100 milliseconds and an INP score below 200 milliseconds.

The Cost-Saving Benefits of a Fast Website

In addition to improved rankings and user experience, optimizing web performance can reduce your hosting costs. Faster websites require less CPU processing and transmit less data, resulting in lower bandwidth charges.

Many website visitors have bandwidth limits on their mobile data plans and may incur extra costs when they exceed these limits.

Step 1: Conduct a Website Performance Test

Are you curious about your website's loading speed and how to make it faster? Running a free website speed test provides insights into your site's current performance and offers a detailed report on ways to enhance it.

Page speed testing tools can also pinpoint potential optimizations, such as reducing server response times, eliminator render-blocking scripts, or optimizing images. Even if you meet Google's CWV standards, optimizing further can benefit the approximately 25% of visitors who may still experience suboptimal load times due to factors like slow mobile connections or limited bandwidth.

Step 2: Establish Website Monitoring

While a single performance test can provide a snapshot of your website's speed, continuous monitoring and historical data offer valuable insights. With ongoing monitoring, you can:

Receive alerts when performance issues arise.

Evaluate the impact of performance optimizations.

Compare test results across different days to identify trends.

Generate reports to inform your team and management about your site's performance.

Types of Site Speed Monitoring

There are two main types of page speed data monitoring:

Lab or Synthetic Data: Collected on a predefined schedule in a controlled testing environment. This data is highly detailed and can be set up for your site and your competitors. However, it has limitations, such as not measuring user interactions after the initial page load and using a consistent device configuration that may not represent real user diversity.

Field or Real User Data: Collected from actual end users when they visit your website. This data reflects real-world experiences, encompassing various browsers, devices, networks, and user behaviors. While it provides a holistic view, it requires changes to your website setup. Both lab-based and real user data complement each other in monitoring web performance.

Step 3: Implement Real User Monitoring

To collect data from real users, install an analytics snippet from your chosen website monitoring tool on your site.

Pro Tip: Start a free DebugBear trial to kickstart your monitoring efforts.

After setting up your account, switch to the “RUM” (Real User Monitoring) tab and click “Get Started.” This will generate an embed code to be added to your website's HTML template or via a tag manager tool like Google Tag Manager.

Once set up, you'll gain insights into real-world Core Web Vitals experiences for your website, including global performance variations.

Step 4: Utilize Real User Data for Targeted Improvements

If your website falls short on one of the Core Web Vitals metrics, delve deeper to address the issue. DebugBear offers metric-specific dashboards that provide:

Performance comparisons between fast and slow pages.

Distribution of user experiences.

Typical user experience assessments.

Historical performance changes for both average and slowest 10% of user experiences.

For instance, when addressing LCP issues, identifying the most significant content element for different users can guide optimizations. DebugBear offers a breakdown of these elements and their loading times.

The same applies to INP, where understanding which page interaction leads to delays helps prioritize improvements.

How Real User Monitoring Differs from Google's Chrome User Experience Report (CrUX)

Both real user monitoring and CrUX data are based on actual user metrics. However, relying solely on Google data has its limitations:

Google data is aggregated over a 28-day period, leading to delays in detecting website changes.

CrUX data requires a minimum traffic volume to be available for analysis.

Google collects data primarily from users logged into their Google accounts in Chrome.

Step 5: Continuously Conduct Page Speed Tests

DebugBear's website monitoring service allows you to run performance tests on a regular schedule, whether hourly, daily, or weekly.

To get started, enter your website URL and choose a test location, device, and frequency monitoring. With monitoring in place, a dashboard tracks your website's CWV metrics over recent weeks.

You can also monitor competitors' sites to benchmark your site's speed.

For each monitored page, you receive a page-specific dashboard showing casing performance trends and detailed analysis of speed metrics. For example, you can view changes in Largest Contentful Paint and identify the content elements responsible for triggering LCP milestones.

DebugBear also continuously checks real user data used by Google for rankings, sourced from the Chrome User Experience Report (CrUX). This data reveals the proportion of visitors enjoying a good experience on your site.

Step 6: Set Up Alerts for Performance Drops

Even with a fast website, occasional performance issues can occur. These may stem from various factors, such as adding new images, installing third-party scripts, adjusting hosting configurations, or database growth.

DebugBear can send regression alerts via email, Slack, or Microsoft Teams. To avoid unnecessary alerts, all tests are re-run to confirm the issue's reproducibility.

Additionally, DebugBear conducts Google Lighthouse audits with each test, including assessments of accessibility and SEO scores, providing comprehensive monitoring.

Step 7: Compare Speed Test Results

Upon receiving a web performance alert and identifying changes in metrics, DebugBear's compare mode aids in pinpointing the issue's root cause. You can visually assess how changes impact user experiences by comparing test results before and after a regression.

The comparison tool offers both a filmstrip view, displaying rendering frames sequentially, and a video view, illustrating the user's loading experience pre- and post-change. These visualizations can be shared in team or client presentations as MP4 video files.

Stay ahead with Core Web Vitals Monitoring

Ready to prioritize your website's performance, boost Google rankings, and provide an exceptional user experience? Begin your journey with DebugBear's free 14-day trial, which allows you to:

Assess your website's current performance.

Receive recommendations for page speed optimization.

Stay informed about changes in your website's speed.

Gain insights into real user experiences on your website.