Summarize this blog post with: ChatGPT | Perplexity | Claude | Grok

You have probably seen Cloudways reviews showing a near-perfect PageSpeed score or an unusually low response time. Those screenshots rarely tell you whether the page was cached, where the test originated, how the server behaved under concurrent traffic, or whether the result represented real users.

In this Cloudways speed test, I separate those variables and examine what the latest verifiable performance evidence actually tells us about Cloudways in 2026.

Key Takeaways

• Cloudways performance cannot be represented by one PageSpeed score because server response, frontend rendering, cache state, network distance, and concurrent load measure different parts of performance.
• Cached Cloudways performance is generally strong, while independent testing shows that uncached and highly dynamic workloads can expose larger differences between Cloudways configurations and competing architectures.
• TTFB is useful for diagnosing server and network latency, but TTFB is not one of Google’s three Core Web Vitals.
• Core Web Vitals currently consist of LCP, INP, and CLS, with Google’s “good” thresholds evaluated at the 75th percentile of real-user visits.
• Cloudways Flexible and Cloudways Autonomous should not be benchmarked as though they are the same product because their architecture, caching, scaling, and Cloudflare implementation differ substantially.
• Dynamic WordPress and WooCommerce testing matters more than a cached homepage test when checkout, cart, search, API calls, logged-in sessions, or admin performance are important.
• The most reliable hosting decision comes from reproducing the benchmark on your own staging site, using the same application, region, cache state, test locations, and traffic profile.

Evidence note: No benchmark number below is presented as an original asrafmasum.com measurement unless raw first-party test evidence exists. The supplied benchmark framework specifically requires performance numbers to be verified rather than copied and relabeled as original testing.

Verification date: August 7, 2026
Independent benchmark dataset discussed: Koddrio, November 10, 2025

What Is a Cloudways Speed Test and What Does It Actually Measure?

A Cloudways speed test is a controlled performance benchmark that measures how quickly a Cloudways-hosted website responds, renders, and handles traffic under defined testing conditions. A useful test therefore measures more than a single homepage load time.

For example, a page served from Cloudflare edge cache may return extremely quickly even when the underlying WordPress application is comparatively slow during an uncached checkout request.

A comprehensive Cloudways performance test should distinguish at least five layers:

TTFB should not be interpreted as complete page speed. A site can have a fast TTFB while loading several megabytes of JavaScript and images afterward.

Likewise, a slower TTFB does not automatically mean poor Core Web Vitals if the page renders efficiently once the HTML begins arriving.

[Insert custom diagram: Browser → Cloudflare edge → origin server → NGINX/PHP-FPM → object cache → database → WordPress response | Alt text: “Trace Cloudways speed test request through caching and server layers”]

Why Does Cloudways Speed and Performance Matter?

Cloudways performance matters because server latency sets an early constraint on how quickly a website can begin delivering HTML, while frontend code, network conditions, and browser processing determine the rest of the user experience.

For example, a WooCommerce checkout that takes several seconds to generate HTML cannot be fixed solely by compressing a hero image. The bottleneck may be PHP execution, database queries, object caching, external APIs, or insufficient compute resources.

Performance also needs to be judged by the workload. A cached affiliate article and an uncached WooCommerce checkout can run on the same Cloudways server while creating completely different resource demands.

Google’s current Core Web Vitals are:

• Largest Contentful Paint (LCP): good at 2.5 seconds or less
• Interaction to Next Paint (INP): good at 200 milliseconds or less
• Cumulative Layout Shift (CLS): good at 0.1 or less

Google evaluates those thresholds at the 75th percentile for field assessment. — Source: web.dev, updated 2024.

Hosting influences some of these measurements more directly than others. A slow origin can delay LCP, while INP often depends heavily on browser-side JavaScript and interaction processing.

“While lab measurement is an essential part of delivering great experiences, it is not a substitute for field measurement.”

— Philip Walton, author of Web Vitals, web.dev, 2024

The practical implication is important: a perfect synthetic test does not prove that real users receive a perfect experience. Google explicitly distinguishes simulated lab measurements from field data collected from actual Chrome users.

If you want a broader hosting assessment beyond speed alone, see my Cloudways review.

How Was This Cloudways Speed Test Evaluated in 2026?

This 2026 Cloudways speed analysis combines current first-party platform documentation with independently published benchmark data whose methodology and limitations are publicly documented. It does not convert another publisher’s results into an invented first-person test.

The current platform architecture was rechecked against Cloudways documentation before publication. The latest independent dataset used for numerical comparisons is Koddrio’s November 2025 WordPress benchmark, which Cloudways itself links when discussing independent validation of Lightning Stack.

Evidence hierarchy used

The evidence is prioritized in this order:

1. Current Cloudways product documentation
2. Current Google/web.dev performance documentation
3. Independent benchmark methodology with published data
4. Technical interpretation
5. Practical recommendations

This hierarchy prevents a marketing statement from being treated as equivalent to an independent measurement.

Independent benchmark environment

Koddrio tested Cloudways Lightning against multiple managed WordPress competitors and also evaluated DigitalOcean and Vultr-based Cloudways configurations.

The benchmark included:

• Cached WordPress
• Uncached WordPress
• Cached WooCommerce
• Uncached WooCommerce
• Add-to-cart flows
• Checkout flows
• Cached and uncached LearnDash
• Course progression
• Four geographic testing regions
• Locust load generation
• Lighthouse
• cURL timing measurements

The benchmark used controlled dummy datasets and tested lower and higher pricing tiers. Load tests ran for five minutes after restrictions on competitor platforms forced the researchers to shorten their original test plan.

That limitation matters. A five-minute load test can reveal throughput and response-time problems, but it does not prove how a platform will behave during a multi-hour traffic surge.

What this test cannot prove

No Cloudways benchmark can predict the performance of every production website.

A benchmark cannot automatically account for:

• Your theme
• Your plugin stack
• Third-party advertising scripts
• Database size
• WooCommerce extensions
• Custom PHP
• API dependencies
• Geographic audience
• Cache hit ratio
• Traffic pattern
• Server tier
• Cloud provider
• Bot traffic
• Logged-in users

For example, a lean GeneratePress content site and a WooCommerce store running subscriptions, dynamic pricing, product filters, analytics scripts, and external payment APIs should not be expected to produce comparable results.

How Fast Is Cloudways Hosting in Real-World Tests?

Cloudways performs strongly in cached workloads, while independent benchmark evidence shows a more mixed picture for uncached WordPress, WooCommerce, and other dynamic workloads.

The following numbers come from Koddrio’s November 2025 comparison and are not original asrafmasum.com measurements. Positive values mean Cloudways handled more requests than the comparison baseline used in that benchmark; negative values indicate fewer requests.

Statistics above — Source: Koddrio, 2025.

These percentages should not be interpreted as “Cloudways is 48% faster” in every situation. Koddrio calculated relative differences against competitors across its specific test configurations.

A particularly useful finding was regional consistency with Cloudflare enabled. Koddrio reported an average 131 ms cURL response time across four tested regions for Cloudflare-enabled Cloudways configurations. — Source: Koddrio, 2025.

That number is more informative when treated as edge-enabled network response evidence, not raw uncached origin TTFB.

What the benchmark suggests

The pattern is more useful than any isolated number:

• Cached pages: Cloudways can perform very well.
• Dynamic pages: server resources and architecture become more important.
• WooCommerce checkout: should always be tested independently.
• Global traffic: Cloudflare can substantially alter the result.
• Higher tiers: additional compute can improve some workloads, but not every bottleneck disappears.

That is why I would not buy hosting based on one green GTmetrix screenshot.

→ Explore Cloudways Performance Features

What Is a Good TTFB for a Cloudways Website?

A practical target for Cloudways TTFB is roughly 800 milliseconds or less for the 75th percentile, although lower is generally preferable when the application and network conditions allow it.

Google’s web.dev guidance describes 0.8 seconds or less as a rough good TTFB target and more than 1.8 seconds as poor. TTFB is a diagnostic metric, not a Core Web Vital. — Source: web.dev, updated 2025.

“As a rough guide, most sites should strive to have a TTFB of 0.8 seconds or less.”

— Barry Pollard & Jeremy Wagner, authors, web.dev, updated 2025

That guidance should not become a simplistic hosting scorecard. TTFB includes multiple stages such as DNS resolution, connection setup, TLS negotiation, request transit, and server processing.

For example, a user testing from London against a Cloudways server in London should normally see a different network component than a user testing the same origin from Sydney.

A practical TTFB interpretation framework

This framework is more actionable than chasing a single arbitrary score.

How Does Cloudways Perform in PageSpeed Insights and Core Web Vitals?

Cloudways can provide the hosting foundation for strong PageSpeed and Core Web Vitals results, but Cloudways alone cannot guarantee a 90+ Lighthouse score or passing real-user Core Web Vitals.

Google PageSpeed Insights uses Lighthouse for lab diagnostics and Chrome User Experience Report data for real-user field measurements. The two datasets therefore measure different conditions and can legitimately disagree.

Google currently describes a Lighthouse lab score of 90 or above as good, but explicitly warns that good lab data does not necessarily mean real-user experience is good.

Current Core Web Vitals thresholds

Thresholds — Source: web.dev, 2024.

PageSpeed Insights field data covers a trailing 28-day real-user collection period when sufficient CrUX data exists. A newly launched or low-traffic test site may therefore have no URL-level field data.

Another important distinction is INP. Lighthouse cannot reproduce true field INP without real user interaction; Google’s Web Vitals guidance notes that lab tools commonly use Total Blocking Time as a diagnostic proxy instead.

[Insert image: PageSpeed Insights report showing field data above Lighthouse lab diagnostics | Alt text: “Compare Cloudways speed test field and lab data in PageSpeed Insights”]

As of this review, Google’s PageSpeed Insights release notes show that PSI moved to Lighthouse 13.0 on October 20, 2025. — Source: Google Developers, 2025.

What Is the Difference Between Cached and Uncached Cloudways Performance?

Cached Cloudways performance measures how quickly previously generated content can be delivered, while uncached performance exposes more of the work performed by PHP, WordPress, the database, and the application stack.

For example, a cached blog post may avoid most WordPress execution. A WooCommerce checkout cannot normally be treated like that same static cached page because customer-specific state must be processed.

Why separating cache states matters

A useful Cloudways benchmark should measure at least:

1. Cold request after purge
2. Warm origin-cache request
3. Cloudflare cache MISS
4. Cloudflare cache HIT
5. Dynamic URL that intentionally bypasses full-page cache

Without those labels, a 70 ms response can be misleading.

See How Caching Changes TTFB and Server Load

This session explains how Varnish works as a reverse caching proxy, why cached and uncached requests behave differently, and how caching can reduce TTFB and origin-server pressure.

Video: “How to Improve Core Web Vitals with Varnish” by Cloudways.

Hosting performance vs frontend performance

A simple diagnosis model is:

Origin bottleneck: slow PHP or database generation.

Example: uncached product pages take 1.8 seconds before HTML starts returning.

Cache bottleneck: cache configuration prevents reusable responses from being served efficiently.

Example: anonymous blog visitors repeatedly receive MISS responses.

Network bottleneck: users are geographically distant from the origin.

Example: a US server serves Australian visitors without effective edge caching.

Frontend bottleneck: HTML arrives quickly, but large images or JavaScript delay rendering.

Example: TTFB is 250 ms while LCP exceeds four seconds.

This separation prevents you from blaming Cloudways for every frontend problem—or assuming a hosting upgrade will fix all Core Web Vitals issues.

→ Evaluate Cloudways for Your Site

How Does Cloudways Perform Under Concurrent Traffic?

Cloudways performance under concurrent traffic depends heavily on whether requests are cacheable, how much PHP/database work each request requires, and how much compute capacity the selected server can sustain.

A cached page can often absorb far more traffic than a checkout endpoint because the latter may trigger PHP execution, sessions, database writes, inventory checks, and external services.

Koddrio’s benchmark used Locust to simulate actions rather than simply requesting one static URL repeatedly. The scenarios included WooCommerce cart and checkout flows and LearnDash course activity, making the test more representative of dynamic application traffic.

Metrics that matter under load

Do not report only average response time. Record:

• p50 latency
• p95 latency
• p99 latency
• Requests or transactions per second
• Error rate
• Completed transactions
• CPU utilization
• Memory utilization
• PHP saturation
• Database load
• Cache hit ratio

A host producing a 120 ms average response while its p99 jumps above several seconds may feel inconsistent during peak traffic.

Why WooCommerce needs a separate load test

An affiliate article can be almost completely edge cached. WooCommerce cart and checkout paths frequently cannot.

That difference explains why the independent dataset showed stronger cached WooCommerce performance but weaker uncached checkout results.

For a deeper use-case analysis, see my Cloudways for WooCommerce guide.

Which Cloudways Cloud Provider Is Fastest?

There is no universally fastest Cloudways cloud provider because performance depends on instance type, CPU generation, storage, server region, workload, and the distance between the server and its visitors.

Cloudways Flexible currently lists DigitalOcean, Vultr, Linode, AWS, and Google Cloud infrastructure options. The available server classes and locations differ between providers.

For example, comparing a low-end standard DigitalOcean server in one region with a compute-optimized Vultr configuration in another region would test hardware and geography simultaneously. It would not isolate the provider brand.

How to compare providers correctly

Keep these variables identical:

• WordPress version
• Theme
• Plugins
• Database
• PHP version
• Server region
• Page dataset
• Cache configuration
• Cloudflare state
• Test origin
• Traffic profile

Change only one infrastructure variable at a time.

This approach creates information gain because it tells you whether the server tier actually caused the improvement.

If you are deciding between Cloudways server classes, my existing Cloudways Standard vs Premium comparison adds more context.

For current costs and infrastructure options, also check Cloudways pricing and server options.

→ Compare Cloudways Hosting Plans

Does Cloudways Lightning Stack Improve Website Performance?

Cloudways Lightning Stack is a newer NGINX + PHP-FPM architecture for Cloudways Flexible that is designed to improve dynamic request handling, backend responsiveness, concurrency, and resource efficiency.

Cloudways describes Lightning Stack as the replacement for its legacy Apache-based Hybrid Stack on Flexible. The company’s February 2026 documentation emphasizes uncached paths such as logins, administration, and checkout as important use cases.

“Lightning Stack is Cloudways’ new application stack built on NGINX and PHP-FPM.”

— Sarim Javaid, Senior Content Marketing Manager, Cloudways, 2026

The architecture matters because modern WordPress performance is not limited to serving static cached pages. Dynamic requests still need an efficient application server.

Cloudways also states that its Lightning Stack performance was validated through independent testing and explicitly cautions that performance gains depend on the customer’s configuration and test conditions.

That caveat is important. A stack improvement is not a guaranteed percentage improvement for every website.

See How the Cloudways Lightning Stack Works

This Cloudways engineering session explains how the Lightning Stack replaces the legacy multi-layer architecture with NGINX and PHP-FPM, and why that can affect TTFB, concurrency, and dynamic WordPress performance.

Video: “Inside the Cloudways Lightning Stack” by Cloudways.

Should existing Cloudways users switch?

A sensible process is:

1. Clone the production site to staging.
2. Record a baseline on the existing stack.
3. Run cold and warm cache tests.
4. Benchmark one or more dynamic URLs.
5. Run a short controlled load test.
6. Switch the staging copy.
7. Repeat identical tests.
8. Compare medians and percentiles.

[Insert image: Cloudways interface showing the Lightning Stack migration option | Alt text: “Switch a Cloudways application to Lightning Stack for performance testing”]

This is more reliable than switching and judging the result from one PageSpeed run.

Does Cloudflare Enterprise Improve Cloudways TTFB?

Cloudflare Enterprise can improve apparent global Cloudways response times when requests are served from Cloudflare’s edge, but an edge-cache TTFB should not be presented as raw Cloudways origin performance.

Cloudways Flexible offers Cloudflare Enterprise as an add-on, while Cloudways Autonomous includes Cloudflare Enterprise within its architecture. Current Autonomous documentation also lists edge caching alongside autoscaling, Object Cache Pro, high availability, and load balancing.

For example, a visitor in Europe may receive an edge-cached page without the request traveling all the way to an origin server in North America.

That is valuable performance—but it measures a different delivery path.

See How CDN Edge Caching Changes Global Performance

Cloudflare engineers explain how a CDN reduces geographic latency, how edge caching changes the delivery path, and why CDN performance should be evaluated separately from raw origin response time.

Video: “How a CDN Makes You Local Everywhere” by Cloudways.

Test Cloudflare with a simple matrix

The independent Koddrio benchmark reported an average 131 ms response across four regions for Cloudflare-enabled Cloudways configurations. — Source: Koddrio, 2025.

Cloudways itself publishes performance claims for its Cloudflare integration, but those are vendor claims and should not replace site-specific testing.

How Fast Is Cloudways for WooCommerce?

Cloudways can deliver strong WooCommerce performance when caching and infrastructure are appropriately configured, but checkout, cart, account, filtering, and other personalized requests must be judged as dynamic workloads rather than cached-page tests.

Koddrio’s 2025 benchmark illustrates the difference clearly: Cloudways performed strongly in the cached WooCommerce category, while its average relative result was weaker for uncached WooCommerce and checkout scenarios.

That does not mean every Cloudways WooCommerce checkout is slow. It means a cached homepage benchmark is insufficient evidence for an eCommerce purchasing decision.

WooCommerce URLs worth testing

Benchmark:

• Homepage
• Category page
• Product page
• Product search
• Filtered archive
• Add to cart
• Cart
• Checkout
• My Account
• Logged-in product browsing
• REST/API requests used by your store

Object caching matters

Cloudways provides Redis-based Object Cache Pro integration for supported WordPress applications. Object caching stores frequently requested database results in memory, reducing repeated database work.

On Cloudways Autonomous, current documentation also describes Object Cache Pro as part of the platform’s caching architecture.

That matters more for database-heavy applications than it does for a fully cached static landing page.

Does Upgrading a Cloudways Server Always Make WordPress Faster?

Upgrading a Cloudways server only produces a meaningful speed improvement when CPU, memory, PHP processing, database capacity, or another server-side resource is actually limiting performance.

For example, doubling RAM will not remove a three-second delay caused by a third-party advertising script executing in the visitor’s browser.

Use this bottleneck ladder before upgrading

1. Check cache status.
2. Check TTFB and server processing.
3. Inspect CPU and memory during load.
4. Check database/query behavior.
5. Verify object caching.
6. Check PHP/application bottlenecks.
7. Check network distance and CDN.
8. Check frontend assets.
9. Upgrade resources only when evidence supports it.

This approach prevents spending more money without solving the actual problem.

Cloudways supports PHP versions through PHP 8.4 on compatible Flexible environments according to current documentation, with PHP 8.4 requiring compatible Debian versions. Cloudways also notes that PHP 8.4 is currently available on Flexible.

A PHP upgrade may improve some workloads or security posture, but compatibility testing should come before changing a production application.

For a structured tuning workflow, see Cloudways speed optimization.

Why Do Cloudways Speed Test Results Change Between GTmetrix and PageSpeed Insights?

Cloudways speed results change between GTmetrix, PageSpeed Insights, WebPageTest, and other tools because the tools can use different test locations, devices, network profiles, browsers, cache states, and measurement methodologies.

The difference is not automatically evidence that one tool is wrong.

Google specifically explains that PageSpeed Insights combines two fundamentally different datasets:

• Field data: real Chrome-user experience collected through CrUX
• Lab data: a simulated Lighthouse test run under controlled conditions

A site can therefore have a Lighthouse score of 98 today while its 28-day CrUX dataset still reflects slower experiences from previous weeks.

Common reasons test results vary

• Different geographic test nodes
• Mobile vs desktop emulation
• Different network throttling
• Cold vs warm cache
• CDN HIT vs MISS
• Variable third-party scripts
• Server load at test time
• Browser differences
• Test-tool version changes
• Real-user data vs synthetic data

How to reduce noise

Run at least 5–10 tests per scenario, then compare medians instead of publishing the fastest run.

For load testing, report p50, p95, and p99 latency rather than relying only on an average.

[Insert image: GTmetrix report showing TTFB, LCP and waterfall data | Alt text: “Analyze Cloudways speed test results in GTmetrix”]

[Insert image: WebPageTest waterfall showing request timing and cache behavior | Alt text: “Inspect Cloudways website speed with a WebPageTest waterfall”]

Which Server Location Should You Choose for the Best Cloudways Speed?

The best Cloudways server location is usually the region closest to the largest concentration of users who must reach the origin, unless an effective CDN or edge-caching layer changes the delivery path.

For example, a US-focused affiliate site should generally avoid placing its origin in Asia without a specific infrastructure reason.

Physical distance matters because requests still consume time during network transit.

Use analytics, not guesswork

Choose the origin by reviewing:

• Primary visitor countries
• Revenue-producing visitor locations
• Logged-in user locations
• API/service dependencies
• CDN coverage
• Regulatory or data requirements

Then run tests from representative locations.

A global content site may perform well with Cloudflare caching even when visitors are far from the origin. A dynamic membership platform may remain more sensitive to origin location because personalized requests cannot always be served from an edge cache.

Cloudways currently exposes multiple locations through its supported infrastructure providers, although exact availability depends on the selected provider and server type.

How Do Cloudways Flexible and Autonomous Performance Differ?

Cloudways Flexible prioritizes infrastructure choice and server-level control, while Cloudways Autonomous uses a managed autoscaling architecture aimed at dynamic high-traffic WordPress workloads.

The two products should therefore be benchmarked separately.

Current Cloudways documentation lists Cloudflare Enterprise, Object Cache Pro, high availability, load balancing, and autoscaling among Autonomous features.

Which should you benchmark?

Choose Flexible when provider choice, server sizing, traditional server administration, or non-WordPress PHP workloads matter.

Consider Autonomous when unpredictable traffic, high availability, managed scaling, and dynamic WordPress workloads are central requirements.

Read the dedicated Cloudways Flexible vs Autonomous comparison before treating benchmark numbers from one product as evidence for the other.

Which Tools Should You Use to Test Cloudways Performance?

The best Cloudways speed-testing toolkit combines field data, synthetic page testing, request-level diagnostics, and concurrent-load testing instead of depending on one tool.

A practical stack looks like this:

Google PageSpeed Insights

Use PageSpeed Insights for field versus lab comparison, Core Web Vitals context, and Lighthouse diagnostics.

[Insert image: PageSpeed Insights mobile report for the tested Cloudways URL | Alt text: “Measure Cloudways Core Web Vitals in PageSpeed Insights”]

Chrome DevTools

Use the Network panel to inspect request timing, response headers, cache behavior, transferred bytes, and slow resources.

[Insert image: Chrome DevTools Network panel displaying document TTFB and waterfall | Alt text: “Inspect Cloudways TTFB in Chrome DevTools”]

WebPageTest

Use WebPageTest when you need detailed waterfalls, repeat-view comparisons, different locations, and more controlled test conditions.

[Insert image: WebPageTest first-view and repeat-view comparison | Alt text: “Compare Cloudways cold and warm cache performance in WebPageTest”]

GTmetrix

Use GTmetrix as an additional synthetic diagnostic tool rather than treating its headline grade as the final hosting verdict.

[Insert image: GTmetrix waterfall and performance metrics for Cloudways | Alt text: “Review Cloudways hosting performance in GTmetrix”]

Locust or k6

Use a load-testing framework for concurrent traffic and dynamic application actions.

For example, simulate product browsing, cart creation, and checkout rather than hitting / thousands of times.

[Insert image: Load-test graph showing concurrent users, p95 latency, throughput and errors | Alt text: “Measure Cloudways load test latency under concurrent traffic”]

Cloudways monitoring

Correlate performance deterioration with resource usage.

If p95 latency climbs at the same time CPU saturates, the server is giving you much stronger evidence of a capacity bottleneck than a PageSpeed score alone.

[Insert image: Cloudways monitoring dashboard showing CPU, RAM and application traffic | Alt text: “Monitor Cloudways server resources during load testing”]

How Can You Reproduce This Cloudways Speed Test Yourself?

You can reproduce a useful Cloudways benchmark by fixing the application environment, documenting every variable, separating cache states, repeating tests, and recording medians and latency percentiles.

The objective is repeatability rather than finding the fastest screenshot.

Step 1: Create a representative staging copy

Use the same:

• Theme
• Plugins
• Content
• Database structure
• PHP version
• WooCommerce configuration
• Important third-party integrations

A blank WordPress installation will not accurately model a mature production site.

Step 2: Record the infrastructure

Document:

• Cloudways product: Flexible or Autonomous
• Cloud provider
• Server type
• RAM
• CPU
• Storage type
• Data-center location
• PHP version
• WordPress version
• Database version
• Stack
• Cloudflare status
• Varnish status
• Object-cache status

[Insert image: Cloudways server details containing provider, region and resources | Alt text: “Document Cloudways server specifications before benchmark testing”]

Step 3: Define representative URLs

For a content site:

• Homepage
• Category
• Long article
• Search

For WooCommerce:

• Homepage
• Product
• Category
• Cart
• Checkout
• Account

Step 4: Purge caches for cold testing

Run the first request separately.

Do not average a cold MISS with nine warm HIT requests and call the result “TTFB.”

Step 5: Run warm-cache tests

Repeat each test 5–10 times under the same conditions.

Record:

• Minimum
• Median
• Maximum
• Variability

Step 6: Test multiple locations

Choose locations that represent actual visitors.

For example, a site with customers in the United States, United Kingdom, and Australia should not be evaluated solely from a server located five kilometres from the origin.

Step 7: Run dynamic load tests

Increase concurrency gradually.

Track:

• p50
• p95
• p99
• Throughput
• Errors
• CPU
• Memory
• Database load

Step 8: Test one optimization at a time

Use an optimization ladder such as:

Baseline → Lightning Stack → Varnish → Redis/Object Cache Pro → frontend optimization → Cloudflare Enterprise

Changing everything simultaneously prevents you from identifying what actually produced the improvement.

Step 9: Archive the evidence

Save:

• Screenshots
• CSV exports
• Raw test data
• Test scripts
• Dates
• Configuration
• Locations

That evidence makes future retesting far more valuable because you can identify regressions rather than relying on memory.

What Should You Do Next Based on Your Cloudways Speed Test Results?

Your next action should be determined by the bottleneck revealed by the test rather than by a generic recommendation to upgrade hosting.

Use this decision framework.

If TTFB is slow but frontend rendering is efficient

Investigate:

• Server resources
• PHP
• Database queries
• Object cache
• Plugin processing
• External APIs
• Origin location

If TTFB is fast but LCP is poor

Investigate:

• Hero image size
• CSS
• Fonts
• JavaScript
• render-blocking resources
• client-side rendering
• third-party scripts

If only distant visitors are slow

Investigate:

• Server region
• CDN
• Edge page caching
• DNS/network routing

If cached pages are fast but checkout is slow

Investigate:

• CPU saturation
• PHP execution
• Object cache
• database queries
• WooCommerce extensions
• payment/shipping APIs

If performance collapses only under concurrency

Test a higher-resource configuration or a different scaling architecture.

For unpredictable high-traffic WordPress workloads, include Autonomous in the comparison rather than assuming that vertically scaling a Flexible server is the only option.

If Cloudways does not meet your workload

Compare other hosting architectures using the same application and testing methodology.

My Cloudways vs Kinsta comparison provides one starting point. You can also review Cloudways pros and cons and Cloudways alternatives before migrating.

If you want to evaluate the platform yourself, compare current Cloudways hosting plans and reproduce the benchmark with a staging copy of your own site.

Conclusion: Is Cloudways Fast Enough in 2026?

Cloudways is fast enough for many WordPress, publishing, agency, and eCommerce workloads, but the strongest evidence does not support calling it universally the fastest hosting platform.

The most useful finding from current evidence is the difference between cached and dynamic performance. Cached Cloudways pages can perform extremely well, especially when edge caching is involved, while WooCommerce checkout, uncached WordPress, logged-in activity, and other dynamic requests deserve more careful capacity testing.

Lightning Stack also makes current Cloudways Flexible benchmarks more relevant than older Apache/Hybrid-era speed tests. Cloudways now positions NGINX + PHP-FPM as the foundation of Flexible’s modern stack, while Autonomous introduces a materially different autoscaling architecture.

My recommendation is therefore simple: do not choose Cloudways because somebody published a 100/100 PageSpeed screenshot. Choose it if the configuration you intend to buy performs well against your own workload, audience locations, cache pattern, and peak traffic.

That is the Cloudways speed test that actually matters.

Frequently Asked Questions About Cloudways Speed Tests

Cloudways speed-test questions usually come down to TTFB, PageSpeed scores, provider choice, caching, WooCommerce performance, and whether larger servers automatically improve speed. The answers below address several decision points that are easy to misinterpret.

Is Cloudways hosting fast?

Cloudways can be fast, particularly for cached WordPress delivery. Independent benchmark evidence also shows that dynamic and uncached workloads can be more demanding, so performance should be evaluated against the exact workload rather than a universal “fast” label.

What is a good Cloudways TTFB?

A practical reference point is 0.8 seconds or less, which web.dev describes as a rough good TTFB target. TTFB is not a Core Web Vital and should be interpreted alongside LCP and other user-experience metrics.

Is Cloudways good for Core Web Vitals?

Cloudways can provide a strong hosting foundation, but hosting does not control every Core Web Vital. LCP can be affected by server response and frontend resources, while INP and CLS frequently involve browser-side implementation. Google’s current Core Web Vitals are LCP, INP, and CLS.

Does Cloudways improve PageSpeed Insights scores?

Cloudways may improve server-side bottlenecks after migration from slower infrastructure, but it cannot automatically optimize oversized images, heavy JavaScript, fonts, advertisements, or other frontend issues. PageSpeed should therefore be measured before and after migration under identical conditions.

Which Cloudways server is fastest?

No provider or server is universally fastest. Region, server class, CPU, storage, cache configuration, application workload, and visitor geography all influence performance.

Does Cloudflare Enterprise make Cloudways faster?

Cloudflare Enterprise can reduce delivery latency when content is served from an edge location and can decrease origin load. However, edge-cache performance should be reported separately from uncached origin performance.

Is Cloudways good for WooCommerce?

Cloudways can host high-performing WooCommerce stores, but cart and checkout testing is essential because those flows are more dynamic than fully cached product or content pages. Independent testing has shown materially different results between cached and uncached WooCommerce scenarios.

Does more RAM always make Cloudways faster?

No. Additional RAM helps when memory or resource capacity is actually constraining the application. More RAM will not directly solve inefficient JavaScript, oversized media, distant third-party APIs, or poorly configured caching.

Why does my Cloudways PageSpeed score change every time?

Synthetic speed tests contain natural variability caused by network conditions, client resources, server load, third-party services, cache state, and test methodology. Google specifically notes that Lighthouse results can vary even when the page itself has not changed.

Should I choose Cloudways Flexible or Autonomous for performance?

Flexible is appropriate when you want infrastructure choice and server-level control. Autonomous is more relevant when managed autoscaling, Cloudflare Enterprise, high availability, and high-traffic dynamic WordPress are primary requirements.

References

Cloudways. (2026, February 19). Why switching to Lightning Stack can provide a clear advantage.

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