You’ve probably heard the buzz about Core Web Vitals, right? But here’s the thing—most website owners are still scratching their heads wondering why their rankings haven’t budged despite “optimizing” their sites. I get it. You’ve read the Google updates, you’ve run PageSpeed Insights a dozen times, and yet your competitors are somehow outranking you.
So what’s the real deal?
The truth is, there are hidden strategies that top-performing websites use to master Core Web Vitals optimization—secrets that go way beyond the basic checklist everyone else is following. And that’s exactly what I’m going to share with you today.
In this guide, you’ll discover seven game-changing secrets that’ll actually move the needle on your Google rankings.
We’re talking about real, actionable tactics that address Core Web Vitals metrics in ways most SEO guides completely miss. Whether you’re struggling with website loading time, dealing with poor Core Web Vitals scores, or just want to understand how to improve Core Web Vitals performance, you’re in the right place.
Because here’s what nobody tells you: fixing Core Web Vitals isn’t just about speed. It’s about understanding user experience signals, mastering front-end performance optimization, and knowing exactly which metrics Google actually cares about for rankings.
So let’s dive in and transform your website’s performance together.
What Are Core Web Vitals? (A Quick Refresher)
Before we jump into the secrets, let’s make sure we’re on the same page. Core Web Vitals are Google’s way of measuring real-world user experience on your website. Think of them as health metrics for your site—just like how doctors check your blood pressure and heart rate to understand your physical health.
Google introduced these metrics because they wanted a standardized way to evaluate page experience ranking factors. And honestly? It was about time. For years, website performance optimization felt like guesswork, but Core Web Vitals changed everything by giving us concrete numbers to work with.
The 3 Essential Metrics You Must Know
Here’s where it gets interesting. Core Web Vitals focus on three specific aspects of user experience, and each one tells a different story about how visitors interact with your site.
LCP (Largest Contentful Paint)
LCP measures how long it takes for the largest visible element on your page to load. This could be your hero image, a video, or a big block of text. Google wants this to happen within 2.5 seconds because that’s when users start getting impatient.
Think about it—when you click on a website and stare at a blank screen, how long do you wait before hitting the back button? Probably not long, right? That’s exactly why LCP matters so much for Core Web Vitals Google ranking.
INP (Interaction to Next Paint)
Now, this is a big one that replaced FID in March 2024. INP measures how responsive your site feels when users actually interact with it. Every time someone clicks a button, opens a menu, or types in a form, INP tracks how quickly your site responds.
The difference between INP and the old FID metric? FID only measured the first interaction, but INP looks at every single interaction throughout the entire page visit. So it’s a much more comprehensive measure of website usability and responsiveness.
Google wants your INP under 200 milliseconds. Anything longer, and users start feeling like your site is sluggish or broken.
CLS (Cumulative Layout Shift)
Have you ever started reading an article, and suddenly an ad pops in, pushing all the text down? Frustrating, right? That’s exactly what CLS measures—visual stability.
CLS tracks all the unexpected layout shifts that happen while your page loads. A good CLS score should be under 0.1, meaning your content stays put and doesn’t jump around making users click the wrong thing.
Why Google Cares About Core Web Vitals
Here’s the bottom line: Google makes money when people use their search engine. And people only keep using Google if they find what they’re looking for quickly and easily.
So when Google evaluates Core Web Vitals SEO, they’re really asking: “Does this website provide a good experience?” Because good user experience means people don’t bounce back to the search results looking for something better.
Research shows that websites with excellent Core Web Vitals scores see up to 24% fewer abandoned page loads. That’s not just good for rankings—that’s good for business. Better Core Web Vitals performance directly translates to more conversions, longer session times, and ultimately, more revenue.
At Digi Segment, we’ve seen firsthand how improving these metrics transforms not just search rankings but actual business outcomes. The connection between technical SEO optimization and bottom-line results is stronger than most people realize.
Secret #1: Optimize Your LCP in Under 2.5 Seconds
Let’s get tactical. Most guides tell you to “optimize images” and call it a day, but that’s just scratching the surface. The real LCP optimization secrets go much deeper.
The Hidden LCP Killers Most Sites Miss
Unoptimized Hero Images
Your hero image is probably your LCP element, so this matters big time. But here’s what most people get wrong: they compress their images and think they’re done.
Wrong.
You need to serve images in next-gen formats like WebP or AVIF. These formats can be 30-50% smaller than JPEG without any visible quality loss. And you should be using responsive images with the srcset attribute so mobile users aren’t downloading massive desktop-sized files.
But there’s more. Preload your LCP image using <link rel=”preload”> in your HTML head. This tells the browser to prioritize downloading that critical image before anything else. It’s a game-changer for website loading time.
Slow Server Response Times
Your server response time (TTFB – Time to First Byte) can kill your LCP before users even see anything. Google recommends keeping TTFB under 600ms, but honestly, you should aim for under 200ms.
If you’re on cheap shared hosting, this might be impossible. Consider upgrading to a better hosting provider or implementing a CDN (Content Delivery Network). A CDN serves your content from servers geographically closer to your users, dramatically reducing server response time.
Render-Blocking Resources
Here’s a silent killer: CSS and JavaScript files that block your page from rendering. Every stylesheet and script in your <head> delays your LCP because the browser has to download and process them before showing anything.
The solution? Inline your critical CSS directly in your HTML for above-the-fold content. Then load the rest of your CSS asynchronously. Same goes for JavaScript—defer or async load everything that’s not immediately needed.
Why Google Cares About Core Web Vitals
Here’s the bottom line: Google makes money when people use their search engine. And people only keep using Google if they find what they’re looking for quickly and easily.
So when Google evaluates Core Web Vitals SEO, they’re really asking: “Does this website provide a good experience?” Because good user experience means people don’t bounce back to the search results looking for something better.
Research shows that websites with excellent Core Web Vitals scores see up to 24% fewer abandoned page loads. That’s not just good for rankings—that’s good for business. Better Core Web Vitals performance directly translates to more conversions, longer session times, and ultimately, more revenue.
At Digi Segment, we’ve seen firsthand how improving these metrics transforms not just search rankings but actual business outcomes. The connection between technical SEO optimization and bottom-line results is stronger than most people realize.
Quick Wins to Improve LCP Today
Want immediate improvements? Start here:
- Compress images aggressively: Use tools like TinyPNG or ImageOptim to reduce file sizes by 70-80% without visible quality loss
- Enable browser caching: Set proper cache headers so returning visitors don’t re-download everything
- Use a CDN: Services like Cloudflare or Fastly can cut your LCP time in half
- Remove unused CSS and JavaScript: Most websites load way more code than they actually need
The team at HV Digital Marketing specializes in these Core Web Vitals optimization services, and we’ve seen LCP improvements of 40-60% just from implementing these foundational changes.
Secret #2: Master INP for Lightning-Fast Interactions
INP is the new kid on the block, and most websites are failing miserably at it. But this metric is absolutely crucial for Core Web Vitals testing and overall user satisfaction.
What INP Really Measures (And Why It Matters)
INP captures the entire spectrum of user interactions—clicks, taps, keyboard presses—and measures how quickly your site responds. It’s not just about loading anymore; it’s about how your site feels during actual use.
The old FID metric only looked at first impressions, but INP looks at the whole relationship. And Google made this change because they realized users care about responsiveness throughout their entire visit, not just at the beginning.
Common INP Problems Sabotaging Your Rankings
Heavy JavaScript Execution
JavaScript is often the biggest culprit behind poor INP scores. When users click something, JavaScript needs to run to make things happen. But if your JavaScript is bulky or poorly optimized, users sit there waiting while the browser struggles to execute everything.
The problem? Most modern websites are JavaScript-heavy. React, Vue, Angular—these frameworks are powerful, but they can absolutely destroy your INP if you’re not careful.
Long Tasks Blocking the Main Thread
Here’s a technical concept that’s actually simple: browsers can only do one thing at a time on the main thread. If JavaScript is running a long task (anything over 50ms), the browser can’t respond to user interactions during that time.
So when you click a button and nothing happens, it’s usually because some JavaScript task is hogging the main thread. Breaking these long tasks into smaller chunks is essential for good INP performance.
Poor Event Handler Optimization
Every time you attach an event listener to something—like a click handler on a button—you’re adding work the browser has to do. Multiply this across dozens or hundreds of interactive elements, and you’ve got a problem.
The solution lies in event delegation and efficient handler code. Instead of attaching handlers to every element, attach one handler to a parent element and use event bubbling. It’s way more efficient.
How to Achieve INP Under 200ms
Let me give you the playbook:
- Code splitting: Break your JavaScript into smaller chunks and only load what’s needed for each page
- Use web workers: Offload heavy computations to background threads so they don’t block user interactions
- Debounce and throttle: For events that fire repeatedly (like scrolling or typing), use debouncing and throttling to reduce the processing load
- Minimize third-party scripts: Every analytics tool, chat widget, and social media button adds JavaScript that can hurt your INP
Real talk? This is where most DIY efforts fall short. JavaScript optimization requires serious technical chops, so if you’re struggling, it might be worth bringing in experts who specialize in front-end performance optimization.
Secret #3: Eliminate Layout Shifts for Perfect CLS
CLS might seem like the easiest metric to fix, but it’s sneakier than you think. The visual stability issues that tank your CLS score often hide in places you’d never expect.
The Invisible CLS Issues Hurting Your UX
Images Without Dimensions
This is Web Development 101, but you’d be shocked how many professional websites mess this up. If you don’t specify width and height attributes on your images, the browser doesn’t know how much space to reserve. So when images finally load, everything shifts down to make room.
The fix? Always, always, always set explicit dimensions on images. Even if you’re using responsive design, you can use the aspect-ratio CSS property to maintain proper spacing.
Dynamic Content Injections
Ads, pop-ups, cookie notices—anything that injects content into the page after initial load can cause layout shifts. And these are often the worst offenders because they’re completely outside your control if you’re using third-party services.
You need to reserve space for these elements before they load. If you know an ad will be 300×250 pixels, create a placeholder div of exactly that size so nothing shifts when the ad loads.
Web Fonts Causing FOIT/FOUT
FOIT (Flash of Invisible Text) and FOUT (Flash of Unstyled Text) both cause CLS issues. When custom fonts load, text either disappears temporarily or switches from a fallback font to your custom font, causing layout shifts.
Set Size Attributes and Reserve Space
Here’s your action plan for perfect CLS:
- Use the CSS aspect-ratio property: This modern CSS feature lets you maintain aspect ratios without calculating padding hacks
- Implement font-display: optional: This CSS property prevents font swapping and eliminates FOIT/FOUT issues
- Reserve space for ads: Create fixed-size containers for all dynamic content
- Avoid inserting content above existing content: If you must add content dynamically, add it below the fold or at the end of the page
The CSS aspect-ratio trick is particularly powerful. Instead of the old padding-bottom percentage hack, you can now simply write:
img {
aspect-ratio: 16 / 9;
width: 100%;
height: auto;
}
This ensures images maintain their proportions without causing shifts, and it’s way cleaner and more maintainable.
Secret #4: Leverage Browser Caching Like a Pro
Browser caching is one of those things everyone knows they should do, but few people do correctly. And when it comes to Core Web Vitals audit results, proper caching can make or break your scores.
Cache Headers That Actually Work
Setting Proper Cache-Control
The Cache-Control header tells browsers how long to store resources locally. But here’s where people mess up: they either cache too aggressively (causing stale content issues) or not aggressively enough (causing unnecessary downloads).
For static assets like images, CSS, and JavaScript, you should cache for at least one year. Yes, one year. Use versioned filenames (like style-v2.css) so you can break the cache when you update files.
For HTML pages, cache for a much shorter time—maybe 5-10 minutes. This ensures content stays fresh while still reducing server load.
ETags vs Last-Modified
ETags are like fingerprints for your files. When a browser requests a resource, it can send the ETag to ask “has this file changed?” If not, the server sends a 304 Not Modified response with no body, saving bandwidth.
Last-Modified headers work similarly but use timestamps instead. Both are useful, and you should implement both for maximum caching efficiency.
Service Workers for Advanced Caching
Service workers are like personal assistants for your website. They sit between your site and the network, intercepting requests and deciding what to serve from cache versus what to fetch fresh.
With service workers, you can create sophisticated caching strategies:
- Cache first, network fallback: Perfect for static assets
- Network first, cache fallback: Good for frequently updated content
- Stale-while-revalidate: Serve cached content immediately while fetching fresh content in the background
Progressive Web Apps (PWAs) take this even further, allowing your site to work offline and load instantly. This dramatically improves Core Web Vitals performance because repeat visitors get near-instant load times.
Secret #5: Critical CSS and Lazy Loading Magic
This is where we separate the amateurs from the pros. Critical CSS and lazy loading are advanced techniques that require some technical finesse, but the payoff is enormous.
Inline Critical Above-the-Fold CSS
Your browser can’t render anything until it downloads and parses your CSS. So if you have a massive stylesheet, users stare at a blank screen while the browser processes everything.
The solution? Extract the CSS needed to render above-the-fold content and inline it directly in your HTML. Then load the rest of your CSS asynchronously so it doesn’t block rendering.
Tools like Critical, Penthouse, or online services like criticalcss.com can automatically extract critical CSS for you. But you need to test carefully because inlining too much CSS can actually hurt performance.
Lazy Load Everything Below the Fold
Why download images, videos, and other resources that users haven’t scrolled to yet? Lazy loading defers loading these resources until they’re actually needed.
Native Lazy Loading
Modern browsers support native lazy loading with a simple attribute:
<img src=”image.jpg” loading=”lazy” alt=”Description”>
This tells the browser to delay loading the image until the user scrolls near it. It’s simple, effective, and requires zero JavaScript.
Intersection Observer API
For more control, use the Intersection Observer API. This JavaScript feature lets you detect when elements enter the viewport and trigger actions accordingly.
You can use Intersection Observer to lazy load images, videos, or even entire content sections. It’s more flexible than native lazy loading and works in older browsers with a polyfill.
When NOT to Lazy Load
Here’s a crucial mistake people make: lazy loading the LCP image. Never, ever lazy load your hero image or any above-the-fold content. Doing so guarantees a terrible LCP score because you’re intentionally delaying the most important content.
Only lazy load content below the fold or content that’s not critical to initial page render.
Secret #6: Compress and Minify for Maximum Speed
Compression and minification sound boring, but they’re absolutely critical for website speed and Core Web Vitals score improvements. Let’s make this interesting.
File Compression Techniques That Work
Gzip vs Brotli Compression
Gzip has been the standard compression algorithm for years, and it’s still excellent. It typically reduces file sizes by 70-90%, which dramatically improves page speed optimization.
But Brotli is newer and better. It achieves 20-30% better compression than Gzip, meaning even smaller file sizes and faster loading. Most modern browsers support Brotli, and you should enable it on your server if you haven’t already.
The catch? Brotli compression takes more server resources, so you need to pre-compress files rather than compressing them on-the-fly.
Image Format Selection (WebP, AVIF)
JPEG and PNG are old news. WebP offers similar quality to JPEG but with 25-35% smaller file sizes. And AVIF is even better, offering 50% smaller files than JPEG in many cases.
The best strategy? Serve AVIF with WebP and JPEG fallbacks. Modern browsers get the best format, while older browsers fall back to traditional formats. Use the <picture> element to implement this:
<picture>
<source srcset=”image.avif” type=”image/avif”>
<source srcset=”image.webp” type=”image/webp”>
<img src=”image.jpg” alt=”Description”>
</picture>
Minification Best Practices
Minification removes unnecessary characters from your code—whitespace, comments, long variable names—without changing functionality. It’s free performance improvement.
For HTML, CSS, and JavaScript minification, use build tools like Webpack, Gulp, or Parcel. These tools automatically minify your code during the build process, and they can also remove unused code (tree shaking).
Speaking of unused code: most websites load way more CSS and JavaScript than they actually use. Tools like PurgeCSS can analyze your HTML and remove unused CSS classes, sometimes reducing stylesheet sizes by 80-90%.
Secret #7: Monitor and Test Core Web Vitals Continuously
Here’s a secret most people miss: optimizing Core Web Vitals isn’t a one-time project. It’s an ongoing process because websites constantly change, and new issues crop up all the time.
Essential Tools for Measuring Core Web Vitals
Google PageSpeed Insights
This is your starting point. PageSpeed Insights shows both lab data (controlled testing) and field data (real user measurements from the Chrome User Experience Report). Both matter, but field data is what Google actually uses for rankings.
Run PageSpeed Insights regularly, but don’t obsess over getting a perfect 100 score. Focus on the Core Web Vitals metrics and the specific opportunities it identifies.
Chrome User Experience Report
CrUX data represents real user experiences from Chrome browsers. This is the actual data Google uses for Core Web Vitals Google ranking decisions, so it’s incredibly important.
You can access CrUX data through PageSpeed Insights, or directly through BigQuery for more detailed analysis. Look at the 75th percentile values—that’s what Google judges you on.
Search Console Core Web Vitals Report
Google Search Console has a dedicated Core Web Vitals report showing which pages pass or fail. This report groups pages by similar issues, so you can fix problems at scale rather than one page at a time.
Check this report monthly at minimum. Google updates it regularly, and you’ll want to catch new issues before they impact your rankings.
Lighthouse CI for Automated Testing
Lighthouse CI lets you run Lighthouse audits automatically as part of your development workflow. Set up automated testing so you catch performance regressions before they reach production.
This is especially valuable if multiple people work on your website. Someone might innocently add a feature that tanks your Core Web Vitals performance, and Lighthouse CI will catch it before users ever see it.
Real User Monitoring (RUM) vs Lab Data
Lab data shows what’s possible under perfect conditions. RUM shows what actually happens to real users with different devices, network speeds, and browsers.
Both matter. Lab data helps you identify and fix issues. RUM data shows whether your fixes actually work in the real world and helps you prioritize what matters most.
Setting up RUM on your site requires adding a monitoring script that collects performance metrics from actual visitors. Services like Google Analytics 4, New Relic, or Datadog can do this, or you can implement your own using the Performance API.
Creating a Core Web Vitals Dashboard
Track your metrics over time in a dashboard. This helps you spot trends, measure the impact of optimizations, and prove ROI to stakeholders.
Your dashboard should include:
- Current Core Web Vitals scores for your most important pages
- Historical trends showing improvements or regressions
- Device breakdowns (mobile vs desktop performance)
- Page-level details identifying your best and worst performers
Set realistic benchmarks based on your starting point. If your LCP is currently 5 seconds, aiming for 2.5 seconds immediately might be unrealistic. Set intermediate goals and celebrate progress along the way.
Common Core Web Vitals Mistakes to Avoid
Let me save you from some painful mistakes I’ve seen countless times.
Over-Optimizing at the Expense of Functionality
Don’t remove features just to improve your Core Web Vitals report. Yes, that interactive map might hurt your scores, but if it’s essential for your business, keep it and optimize around it.
The goal is finding the right balance between performance and functionality. Sometimes a slightly slower but more functional site serves users better than a blazing fast but limited site.
Ignoring Mobile Performance
Mobile-first indexing means Google primarily uses your mobile site for rankings. Yet so many sites optimize desktop and ignore mobile.
Mobile optimization is different because mobile devices are slower and network connections are less reliable. Test obsessively on real mobile devices, not just in Chrome’s device emulator.
Focusing Only on Lab Scores
A perfect Lighthouse score doesn’t guarantee good field performance. Lab tests use fast connections and powerful devices, but your real users might have slow phones and spotty connections.
Always validate lab improvements with field data. If Lighthouse shows improvement but CrUX data doesn’t change, something’s wrong and you need to dig deeper.
The Real ROI: How Core Web Vitals Impact Business Metrics
Okay, enough technical talk. Let’s discuss why this actually matters for your business.
Case Studies: Rankings & Traffic Increases
Study after study shows that improving Core Web Vitals leads to better rankings. One major publisher saw a 12% increase in organic traffic after fixing Core Web Vitals issues. An e-commerce site jumped from position 8 to position 3 for their main keyword after LCP improvements.
Google’s John Mueller has confirmed that Core Web Vitals are a ranking factor, and while they’re not the strongest signal, they act as a tiebreaker between otherwise equal pages.
Conversion Rate Improvements
Here’s where it gets really interesting. Amazon found that every 100ms of latency cost them 1% in sales. Google found that increasing search results load time by 500ms decreased traffic by 20%.
So Core Web Vitals optimization isn’t just about rankings—it’s about revenue. Faster sites convert better because users are more engaged and less likely to bounce.
Reduced Bounce Rates
When pages load quickly and feel responsive, users stick around. One study found that improving LCP from 4 seconds to 2 seconds reduced bounce rate by 35%.
Lower bounce rates signal to Google that your content satisfies user intent, creating a positive feedback loop that further improves rankings.
Your Core Web Vitals Action Plan
Feeling overwhelmed? Don’t worry. Here’s a practical roadmap to tackle this systematically.
Week 1: Audit and Benchmark
Start by understanding where you stand. Run Core Web Vitals testing on your most important pages using:
- Google PageSpeed Insights
- Search Console Core Web Vitals Report
- WebPageTest for detailed waterfall analysis
Document your baseline metrics. Screenshot everything. You’ll want these numbers later to prove your progress.
Identify your biggest problems. Is LCP your main issue? Or are layout shifts killing your CLS? Focus on the biggest opportunities first.
Week 2-3: Implement Quick Wins
Go after low-hanging fruit:
- Compress and optimize images
- Enable caching headers
- Defer non-critical JavaScript
- Add dimensions to images and embeds
- Remove unused CSS and JavaScript
These changes require minimal effort but deliver substantial improvements. You can often improve scores by 30-50% in just a couple weeks.
Week 4+: Advanced Optimization and Monitoring
Now tackle the harder stuff:
- Implement critical CSS
- Set up lazy loading properly
- Optimize JavaScript execution
- Consider upgrading hosting or implementing a CDN
- Set up continuous monitoring and alerting
This phase takes longer because it involves deeper technical changes, but this is where you achieve truly excellent Core Web Vitals performance.
Remember, improvement is iterative. Don’t try to do everything at once. Make changes, measure results, and adjust your strategy based on what actually moves the needle.
FAQs:
Yes, Core Web Vitals are a confirmed ranking factor as part of Google's page experience signals. However, they're not the strongest ranking factor—content quality and relevance still matter more.
Think of Core Web Vitals as a tiebreaker. If two pages have similar content quality, the one with better Core Web Vitals metrics will rank higher. So while they won't overcome poor content, they absolutely can give you an edge over competitors.
Google uses three classifications:
- Good: LCP under 2.5s, INP under 200ms, CLS under 0.1
- Needs Improvement: LCP 2.5-4s, INP 200-500ms, CLS 0.1-0.25
- Poor: LCP over 4s, INP over 500ms, CLS over 0.25
You want at least 75% of page visits to achieve "Good" scores. That's the threshold for passing Google's Core Web Vitals assessment.
Google's search algorithms update constantly, but significant ranking changes typically take 2-4 weeks to manifest after you improve Core Web Vitals.
The catch? It takes 28 days for new data to fully populate in the Chrome User Experience Report. So even if you fix everything today, Google won't have enough field data to reflect your improvements for about a month.
Be patient. Continue monitoring and making incremental improvements rather than expecting overnight success.
It's challenging but possible. Shared hosting often means slower server response times and limited resources, which hurt LCP and INP especially.
Focus on what you can control: image optimization, caching, minification, and lazy loading. These client-side optimizations work regardless of your hosting.
But honestly? If you're serious about Core Web Vitals performance, invest in better hosting. The difference between budget shared hosting and quality managed hosting is dramatic and usually worth the cost.
Absolutely not. Content quality, relevance, and expertise (E-E-A-T) remain far more important ranking factors than Core Web Vitals.
Don't sacrifice content quality or user value in pursuit of perfect technical metrics. The best strategy combines excellent content with excellent technical performance. Neither alone is sufficient for top rankings in competitive niches.
Conclusion
So there you have it—seven Core Web Vitals secrets that go way beyond the basic advice everyone else is following.
Let’s recap what we covered:
Secret #1: Optimize LCP by addressing hidden killers like unoptimized hero images and render-blocking resources
Secret #2: Master INP through JavaScript optimization and efficient event handling
Secret #3: Eliminate CLS by setting explicit dimensions and managing dynamic content
Secret #4: Leverage advanced caching strategies including service workers
Secret #5: Implement critical CSS and smart lazy loading
Secret #6: Use modern compression formats like Brotli and AVIF
Secret #7: Monitor continuously with the right tools and real user data
But here’s the thing: knowledge without action doesn’t change anything. So pick one secret—just one—and implement it this week. Then move to the next one. Consistent incremental progress beats sporadic bursts of effort every time.
And remember, you don’t have to do this alone. Whether you need help with technical implementation or want a comprehensive Core Web Vitals audit, the teams at Digi Segment and HV Digital Marketing are here to help you transform your website’s performance and rankings.
Your competitors are probably still stuck following basic advice. But now you know the real secrets that separate good websites from exceptional ones. So what are you waiting for? Start optimizing and watch your rankings transform.
Ready to take action? Bookmark this guide for future reference, run your first Core Web Vitals audit today, and share this with anyone struggling with website performance. Because honestly, the web would be a better place if more sites cared about user experience as much as Google does.
I’m Hardik Vaghani, founder of HV Digital Marketing, a results-driven digital marketing agency. I specialise in SEO, Google Ads, and social media marketing, helping businesses grow their online presence with proven strategies. I’m passionate about creating high-quality, SEO-optimised blogs that educate readers and rank on Google. My goal is to turn ideas into measurable digital success through smart, ethical marketing.
