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Case Study: Ameany.io — Cutting Server Response Time by 94%

Ameany.io is an AI tools platform built on WordPress. On paper, synthetic speed tests looked fine — but real visitors opening the site were waiting on a slow server response before the page even started rendering. That gap between “lab score” and “what a real person feels” is exactly what we went after.

The Problem

We don’t rely on lab scores alone, because they don’t always match what a real visitor experiences. So we tested the site the way an actual visitor would — using Chrome DevTools on a live browser session. That test showed the real issue: Time to First Byte was sitting at 2,006 milliseconds — meaning the server took over 2 full seconds just to start responding, before any content could even begin loading.

What We Did

  • Set up full-page caching through Cloudflare and FlyingPress, so pages are served instantly instead of being generated by the server on every visit
  • Enabled edge caching so requests get answered from a server near the visitor
  • Compressed and optimized images
  • Minified CSS and JS, and cleaned up render-blocking requests
  • Preloaded key fonts and resources to remove delay before content appears

The Results

Real Visitor Browser Test (Chrome DevTools) — this measures what an actual visitor experiences when they open the site, not a lab simulation.

MetricBeforeAfter
TTFB (Time to First Byte)2,006ms124ms
LCP (Largest Contentful Paint)1.97s0.40s
Element Render Delay428ms275ms
CLS (Cumulative Layout Shift)00
Document Load (cached)1.79s~196ms

Key win: server response time dropped from 2,006ms to 124ms — a 94% reduction. That was the single biggest thing slowing down every visitor, on every page load.

Why This Matters

A site can score well on a lab test and still feel slow to real people — server response time is often the hidden bottleneck that lab scores don’t fully expose. This is exactly why we test with real browser sessions, not just automated scores. Fixing the server response time here made every single page on the site faster, not just the homepage.

Before Optimization (CrUX Data)

On paper, this website looked fast — every tool showed 90+. But in real-world user experience, it failed. We optimized it, and the image above shows the before-optimization state. We’ll add the after-optimization image soon as well, since this tool’s data takes 15 days to update.

After Optimization

The status previously showed as ‘Failed’; however, After optimization, the desktop test has successfully passed.

Before Optimization (Chrome DevTools Data)

After Optimization (Chrome DevTools Data)

Before optimization, LCP was 2.4s+. The biggest achievement is bringing TTFB down from 2 seconds to 124ms
LCP tested again to extract the accurate number
Before Optimization – 1.8 Second

Before Optimization (Tool Data)

It’s already great, but I still want to reduce LCP further — if a site can open within 0.5 seconds, why settle for waiting a full second?

After Optimization (Tool Data)

Before Optimization LCP – 1 second

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