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

You probably already know Cloudways markets performance and scalability as major advantages of managed cloud hosting. What ordinary speed-test screenshots rarely show is how a server behaves during uncached WordPress requests, database-heavy operations, sustained concurrency, and traffic spikes. This Cloudways benchmark separates those layers so you can understand what the current data actually proves—and what it does not prove.

Benchmark scope: This article analyzes the latest Cloudways benchmark documentation and current independent evidence available as of August 7, 2026. It does not present first-party Cloudways data as an independent laboratory test or invent benchmark results that were not measured.

Key Takeaways

• A Cloudways benchmark measures server and application performance under controlled conditions rather than relying on one PageSpeed, Lighthouse, or GTmetrix score.
• Cloudways’ current DigitalOcean benchmark shows CPU-Optimized Premium performing far better under its 1,000-user uncached load test, while General Purpose Premium records the fastest light-load WebPageTest metrics.
• Cached and uncached benchmarks answer different questions because full-page caching can bypass much of WordPress, PHP, and database processing.
• TTFB, LCP, P95 latency, throughput, database latency, and error rate measure different parts of performance and should not be merged into one opaque score.
• Current Cloudways provider benchmarks cannot be used as a clean DigitalOcean-vs-Vultr-vs-Linode ranking because the documented load conditions are not identical. DigitalOcean uses a 1,000-user peak in its published k6 test, while the current Vultr and Linode tests use 10,000 virtual users.
• Cloudways’ current Cloudflare Enterprise benchmark shows a large performance delta in its controlled environment, but Cloudways explicitly warns that real results vary by application, traffic, and configuration.
• The best Cloudways server depends on workload characteristics, so the most useful benchmark is one reproduced with your own WordPress, WooCommerce, LMS, agency, or application workload.

What Is a Cloudways Benchmark and What Does It Actually Measure?

A Cloudways benchmark is a controlled performance test that measures how a Cloudways-hosted server or application responds to defined workloads and test conditions. A useful benchmark evaluates several layers separately: server processing, WordPress execution, database activity, frontend loading, traffic concurrency, latency consistency, and cost efficiency.

One PageSpeed Insights result is therefore not a complete Cloudways hosting benchmark. A lightweight cached homepage can achieve an excellent frontend score while hiding database latency, slow PHP execution, inadequate CPU resources, or poor performance during a traffic surge.

Cloudways Benchmark vs Speed Test vs Load Test

For example, a WordPress site might return a cached homepage in 300 ms while a logged-in WooCommerce account page takes several seconds under concurrent traffic. Those two results describe the same server but answer entirely different performance questions.

If you want page-level analysis separately, see the planned Cloudways speed test. For sustained concurrency specifically, use the Cloudways load test. Availability should also be isolated in a separate Cloudways uptime test.

[Insert image: Custom diagram separating Cloudways benchmark into server, WordPress, frontend, load, and cost-performance layers | Alt text: “Understand Cloudways benchmark performance layers”]

Why Should You Benchmark Cloudways Before Choosing a Server?

You should benchmark Cloudways before choosing a server because different Cloudways infrastructure families are designed for different CPU, memory, storage, and concurrency requirements. A configuration that wins a CPU-heavy load test may not deliver a proportional improvement for a small cached blog, while a balanced-memory server can make more sense for applications with substantial database and service requirements.

Cloudways currently lists DigitalOcean, Vultr, Linode, AWS, and Google Cloud among its Flexible infrastructure choices, while the provider-specific server families differ substantially.

Current Cloudways Server Families Relevant to Benchmarking

Cloudways documents those families separately rather than treating every server as interchangeable. DigitalOcean’s current documentation, for example, describes General Purpose servers as dedicated-CPU instances with a balanced memory-to-CPU ratio, while CPU-Optimized servers use a higher CPU-to-memory emphasis for compute-heavy workloads.

“These benchmarks focus on CPU-intensive tests and may not fully reflect the balanced nature of General Purpose servers.”

— Syed Abuzar Mehdi, Cloudways Help Center, 2025

That warning is important. Benchmark methodology can favor the resource being stressed. A CPU-dominated k6 workload can make CPU-Optimized servers look dramatically stronger even when a memory-heavy Magento, WooCommerce, Elasticsearch, or database workload could favor a different resource balance.

A broader commercial evaluation is covered separately in the planned Cloudways hands-on review. This benchmark focuses specifically on measurable performance.

How Should a Cloudways Performance Benchmark Be Conducted?

A reliable Cloudways benchmark involves controlling the server configuration, application stack, cache state, data-center location, test location, workload, test duration, and number of benchmark runs. Without those controls, differences in theme complexity, plugins, geography, caching, or traffic pattern can easily be mistaken for differences in hosting performance.

Cloudways’ current DigitalOcean benchmark uses a WordPress workload with Varnish disabled, Redis object caching disabled, and caching plugins removed for its uncached benchmark. The documented load ramps from one to 1,000 users during 20 minutes and maintains peak traffic for another 10 minutes.

Record the Complete Test Environment

A reproducible benchmark should document at least the following:

A benchmark becomes much easier to trust when another tester could rebuild substantially the same environment.

Use Three Benchmark Stages

A practical methodology is to separate the experiment into three stages.

1. Raw application baseline: Disable full-page caching, CDN acceleration, and optional object caching where the objective is to expose PHP, database, and server behavior.
2. Optimized visitor benchmark: Enable the caching configuration you intend to run in production and repeat the frontend tests.
3. Concurrency benchmark: Increase virtual users gradually while monitoring latency, error rate, throughput, CPU, RAM, database activity, and application stability.

The comparison between stage one and stage two tells you how much optimization changes visitor-facing performance. Stage three determines whether the configuration stays responsive when many requests arrive simultaneously.

Repeat the Benchmark Instead of Trusting One Run

Cloud environments can exhibit run-to-run variability. A useful benchmark should run the same scenario multiple times and report a median plus percentile latency rather than publishing the fastest screenshot.

For example, run the same WebPageTest scenario five times and use the median result instead of selecting the best LCP. For k6, report P50, P95, and P99 response times alongside total successful requests and errors.

A useful stability metric is the coefficient of variation (CV):

CV = standard deviation ÷ mean

A lower CV across repeated runs indicates more consistent performance. This calculation is a proposed benchmarking framework, not a Cloudways-defined score.

[Insert image: Cloudways server launch screen showing provider, server type, size, and region used for benchmark documentation | Alt text: “Configure Cloudways server benchmark environment”]

Which Metrics Matter Most in a Cloudways Benchmark?

The most important Cloudways benchmark metrics are the ones that identify server responsiveness, tail latency, throughput, errors, database performance, frontend rendering, and resource saturation separately. No single metric can accurately describe all of those behaviors.

Cloudways Benchmark Metrics Explained

What Is a Good TTFB?

Google’s current web.dev guidance describes 0.8 seconds or less as a rough TTFB target for most sites, while also stressing that TTFB is not itself a Core Web Vital. The guidance was last updated in November 2025.

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

— Barry Pollard and Jeremy Wagner, web.dev, updated 2025

A 250 ms Cloudways TTFB in a London-to-London laboratory test is therefore useful evidence, but it is not equivalent to saying every production visitor will receive 250 ms TTFB.

Network distance, DNS, redirects, cache state, backend processing, and real-world traffic can all change the observed number. Google specifically notes that TTFB includes more than raw server-processing time.

See How WebPageTest Measures Website Performance

This official WebPageTest walkthrough shows how to access and interpret Core Web Vitals data, giving you practical context for evaluating TTFB, LCP, and other Cloudways performance measurements.

Video: “How to Get Your Core Web Vitals Data using WebPageTest” by WebPageTest by Catchpoint.

What Is a Good LCP?

Largest Contentful Paint should generally be 2.5 seconds or less at the 75th percentile of page visits for a good Core Web Vitals loading experience. Google also notes that high TTFB can make achieving good LCP more difficult.

A fast Cloudways server therefore helps create the conditions for good LCP, but hosting cannot compensate completely for a multi-megabyte hero image, render-blocking JavaScript, excessive fonts, or slow third-party scripts.

Why P95 Is More Useful Than an Average Alone

P95 response time measures the latency threshold within which 95% of tested requests complete, making it more useful than an average alone for identifying slow responses under load.

For example, an average response time of 500 ms can look healthy even if a meaningful percentage of visitors waits several seconds. P95 and P99 expose that slow tail.

Map Metrics to Likely Bottlenecks

For a deeper page-speed diagnostic workflow, see how to test WordPress website speed.

What Do Current Cloudways Benchmark Results Show in 2026?

Current Cloudways benchmark documentation shows that optimized CPU server families can gain a major advantage during uncached high-concurrency workloads, while differences in light webpage tests are often much smaller. The evidence also shows why no single Cloudways configuration should be declared universally fastest.

The most useful current datasets come from Cloudways’ provider-lineup documentation published in late 2025 and its Cloudflare performance documentation updated in 2026.

Cloudways DigitalOcean Benchmark Results

Cloudways’ current DigitalOcean test compares 16 GB Premium configurations with eight vCPUs across Basic, General Purpose, and CPU-Optimized server families. The no-cache k6 workload ramps to 1,000 virtual users across 20 minutes and holds peak load for 10 minutes.

Benchmark setup: 1,000 virtual users, 30 minutes, no cache — Source: Cloudways Help Center, 2025.

Under this specific uncached concurrency workload, CPU Optimized Premium is the clear winner. It completes the most requests while recording substantially lower P95 latency and WordPress login response time than the two other tested server families.

However, the light-load WebPageTest results tell a different story.

General Purpose Premium records the best TTFB, FCP, and LCP in Cloudways’ documented DigitalOcean WebPageTest table, even though CPU Optimized Premium dominates the heavier concurrency benchmark.

That difference is one of the most important findings in the entire Cloudways benchmark. The configuration that handles heavy uncached concurrency best is not automatically the configuration that wins every single-user page-speed measurement.

[Insert image: Cloudways DigitalOcean benchmark graph comparing total requests and P95 latency across Basic, General Purpose, and CPU Optimized | Alt text: “Compare Cloudways DigitalOcean benchmark results”]

Cloudways Vultr Benchmark Results

Cloudways’ current Vultr test uses a much heavier peak of 10,000 virtual users, so its numerical results should not be compared directly with the DigitalOcean 1,000-user totals. Within the Vultr test itself, CPU Optimized performs decisively better under load.

Benchmark setup: 10,000 virtual users, 30 minutes, no cache — Source: Cloudways Help Center, 2025.

Cloudways reports CPU Optimized Vultr handling roughly 139% more total requests than Standard while reducing average P95 latency substantially.

The light WebPageTest results are again much closer. CPU Optimized produces a 0.231-second TTFB and 0.597-second LCP, while General Purpose records 0.236-second TTFB and 0.623-second LCP.

Cloudways Linode Benchmark Results

Cloudways’ current Linode benchmark also uses 10,000 virtual users for 30 minutes with caching disabled. The documented numbers show much smaller differences in total requests than the Vultr comparison.

Benchmark setup: 10,000 virtual users, 30 minutes, no cache — Source: Cloudways Help Center, 2025.

There is an important documentation inconsistency worth highlighting. The numerical table lists General Purpose at 604,900 total requests and CPU Optimized at 600,700, while the accompanying Cloudways discussion describes CPU Optimized as delivering the highest request throughput.

The safest interpretation is to rely on the individual recorded metrics rather than repeating the summary statement uncritically. CPU Optimized still has the lowest documented P95, page-average, and asset-average latency, but the table itself does not show the highest total-request count.

That discrepancy is also a reminder to preserve raw benchmark tables whenever possible.

Cloudways Google Compute Engine Benchmark Results

Cloudways’ current Google Compute Engine benchmark uses a different methodology from the DigitalOcean, Vultr, and Linode k6 datasets. The GCE test uses WordPress in the USA–Iowa region, runs for one minute, and tests 1–250 concurrent clients with Varnish disabled.

Cloudways reports that Compute-Optimized GCE servers handle more requests under sustained load, while Standard-series scaling begins to flatten beyond 4XL. The documentation also says the rate of improvement begins leveling after CO 7XL and HC 8XL in the tested page-response workload.

The GCE documentation separately reports CoreMark CPU scores. For example, CO XL is listed at 77,310, CO 4XL at 313,768, and CO 14XL at 1,142,234. The HC 4XL result is listed at 279,395 and HC 16XL at 1,110,895.

Those figures illustrate scaling, but CoreMark is a CPU benchmark—not a WordPress user-experience metric. A higher CoreMark score does not mean a page’s LCP will improve by the same percentage.

→ Explore Cloudways Server Options

How Fast Is Cloudways for WordPress in Real-World Testing?

Cloudways can produce very low WordPress TTFB and LCP values in controlled laboratory tests, but those measurements should be treated as evidence about the tested environment rather than guaranteed production performance. Current Cloudways WebPageTest results for several server families show sub-second TTFB and LCP under the documented light-load scenarios.

For example, Cloudways’ DigitalOcean General Purpose Premium result records:

• TTFB: 0.235 seconds
• FCP: 0.454 seconds
• LCP: 0.519 seconds

Those numbers are comfortably inside Google’s current rough 0.8-second TTFB guidance and 2.5-second LCP threshold. However, comparing a controlled lab result directly with production field Core Web Vitals would be misleading because production visitors experience different devices, networks, geographic distances, cache states, and frontend payloads.

Current independent evidence adds useful context. TechRadar’s 2026 hands-on Cloudways evaluation described the basic performance it observed as average before additional tuning, while also highlighting Cloudways’ optimization tools and platform flexibility. That does not invalidate Cloudways’ first-party benchmark data; it shows why configuration and test methodology matter.

The practical conclusion is straightforward: Cloudways has demonstrated the ability to produce fast controlled WordPress results, but your own application should be tested before treating those results as representative of production.

For a WordPress-specific configuration strategy, see Cloudways for WordPress.

How Does Cloudways Perform Without Page Caching?

Cloudways’ uncached benchmarks reveal much larger differences between server families than ordinary cached homepage tests often show. That happens because uncached WordPress requests force more PHP, database, application, and server processing instead of serving a previously generated page directly from cache.

Cloudways’ current DigitalOcean, Vultr, and Linode benchmark methodologies explicitly disable Varnish, Redis object caching, and caching plugins for their no-cache tests.

For example, the DigitalOcean CPU Optimized Premium configuration records a 1,638 ms average P95 under the 1,000-user no-cache load, compared with 10,486 ms for the General Purpose Premium configuration in the same Cloudways test.

The result does not mean General Purpose Premium is universally slow. The same documentation gives General Purpose Premium the best WebPageTest TTFB, FCP, and LCP figures among the documented DigitalOcean configurations.

This difference is exactly why serious hosting benchmarks should publish both:

• Uncached dynamic performance to expose server and application processing.
• Cached visitor performance to represent how optimized public pages may behave.

A cached affiliate article and an uncached WooCommerce checkout are fundamentally different workloads.

How Does Cloudways Perform Under Concurrent Traffic?

Cloudways performance under concurrent traffic varies heavily by server family, workload, cache configuration, and the number of simultaneous virtual users. Current official Cloudways testing demonstrates strong scaling on optimized CPU tiers, but the published virtual-user counts are test conditions rather than visitor-capacity guarantees.

DigitalOcean’s documented test ramps to 1,000 virtual users, whereas the current Vultr and Linode tests ramp to 10,000 virtual users.

That means a statement such as “Vultr handles more users than DigitalOcean” cannot be justified from those numbers alone. Different concurrency profiles invalidate a simple cross-provider ranking.

How Many Concurrent Users Can a Cloudways Server Handle?

There is no universal number of concurrent users that every Cloudways server can handle. Concurrency capacity depends on whether requests are cached, which URLs visitors request, PHP execution cost, database queries, plugin behavior, external APIs, worker limits, CPU allocation, RAM, and CDN configuration.

For example:

• 1,000 users requesting a cached article is relatively easy to serve.
• 1,000 users simultaneously adding products to carts is much more demanding.
• 1,000 logged-in LMS users can bypass full-page caching almost entirely.

Use P95/P99 latency and error rates to define your practical capacity limit instead of quoting a visitor number from someone else’s benchmark.

→ Evaluate Cloudways Performance Fit

How Much Difference Do Redis, Varnish, and Cloudflare Make on Cloudways?

Caching and CDN layers can dramatically change a Cloudways benchmark because they reduce how frequently requests must be processed by the origin WordPress stack. The current Cloudways evidence provides a strong controlled comparison for Cloudflare Enterprise, although the documentation does not provide a single current dataset isolating Redis, Varnish, and Cloudflare individually under identical conditions.

Cloudways’ 2026 Cloudflare documentation reports a load simulation that ramps from one to 1,000 users over 20 minutes and holds peak traffic for 10 minutes.

Cloudflare benchmark results — Source: Cloudways Help Center, 2026.

Those are unusually large differences, particularly for error count and P95 latency. They demonstrate how strongly edge delivery and caching architecture can affect a controlled load test.

However, Cloudways adds an explicit limitation.

“Actual performance may vary depending on your application, traffic patterns, and configurations.”

— Syed Abuzar Mehdi, Cloudways Help Center, 2026

That caveat should accompany any reuse of the percentages. The figures describe Cloudways’ test environment; they are not a promise that every site will reduce P95 latency by 83.77%.

See Cloudflare Enterprise on Cloudways

This official Cloudways walkthrough shows how Cloudflare Enterprise is activated on a Cloudways application, helping you understand the CDN and caching layer behind the performance differences discussed above.

Video: “Cloudflare Enterprise-grade Security on Cloudways | A Beginner’s Guide 🎤” by Cloudways.

What About Redis and Varnish?

Redis/object caching and Varnish can reduce different types of work.

• Varnish/full-page caching can prevent many public requests from reaching WordPress application processing.
• Redis/object caching can reduce repeated database work for dynamic requests.
• Cloudflare/edge caching can serve cacheable content closer to visitors and reduce origin demand.

The correct benchmark is therefore:

baseline → Varnish/page cache → object cache → CDN/edge cache

Measure the incremental change after each stage instead of enabling everything at once.

For implementation guidance, see Cloudways performance optimization.

[Insert image: Cloudways Cloudflare performance benchmark showing cache-only versus Enterprise CDN metrics | Alt text: “Compare Cloudways Cloudflare benchmark performance”]

Does Increasing Cloudways RAM and CPU Always Improve WordPress Performance?

Increasing Cloudways RAM and CPU does not automatically make every WordPress page proportionally faster because application performance is limited by the current bottleneck. More resources help only when the workload can use those resources effectively.

Cloudways’ own GCE documentation illustrates diminishing returns in its page-response test. Cloudways reports that Standard-series gains flatten beyond 4XL, while the rate of increase also begins leveling after CO 7XL and HC 8XL in its tested conditions.

Consider four examples:

1. CPU-bound WooCommerce checkout: More dedicated CPU can reduce dynamic PHP processing time.
2. Memory-constrained multi-site server: More RAM may prevent swapping and support larger database/object caches.
3. Frontend-heavy landing page: Doubling CPU may barely affect a 4 MB hero image and JavaScript bundle.
4. Fully cached content site: A larger server may produce little visible change because most requests never execute the complete WordPress stack.

Scaling Efficiency Matters More Than Resource Size

A useful scaling calculation is:

Scaling efficiency = percentage throughput improvement ÷ percentage cost increase

For example, if a server upgrade raises monthly cost by 100% but improves useful throughput by only 20%, the upgrade has low scaling efficiency for that workload.

That equation is a practical analysis framework rather than an official Cloudways metric.

Which Cloudways Server Offers the Best Price-to-Performance?

The best Cloudways price-to-performance configuration is the least expensive server that meets your workload’s latency, throughput, error-rate, and resource-headroom requirements. Choosing the fastest benchmark result regardless of cost can lead to substantial overprovisioning.

Cloudways’ pricing page currently advertises managed cloud hosting starting at $11 per month, but exact costs depend on infrastructure, server size, service, and—particularly for AWS and GCP—region. Pricing was checked on August 7, 2026.

Starting managed-cloud price: $11/month — Source: Cloudways, 2026.

Because prices can change, use the live Cloudways launch/pricing interface when calculating performance per dollar instead of copying an old review.

A Practical Performance-per-Dollar Index

For concurrency-oriented workloads, you can create a custom index such as:

Useful performance index = successful requests ÷ monthly server cost

A stricter latency-adjusted version is:

Latency-adjusted value = successful requests ÷ (P95 latency × monthly cost)

These are proposed decision metrics, not industry-standard benchmark scores. Their purpose is to prevent a high-cost server from winning purely because it produces the highest raw throughput.

Which Cloudways Configuration Fits Which Workload?

The workload determines the recommendation—not the server name.

Which Cloudways Configuration Is Best for WooCommerce?

WooCommerce generally benefits from a configuration with predictable CPU performance, sufficient memory, fast database access, and object caching because cart, checkout, account, and personalized requests cannot be treated like fully cached blog pages.

A meaningful WooCommerce benchmark should simulate:

• Product/category browsing
• Product search
• Add-to-cart actions
• Cart updates
• Checkout requests
• Logged-in account requests
• Order/database activity

A CPU-Optimized server can be attractive when dynamic PHP processing is the bottleneck, but a balanced General Purpose configuration can make more sense when the application also consumes substantial memory.

See the planned Cloudways for WooCommerce analysis for workload-specific configuration guidance.

Check current Cloudways plans and server options before calculating price-to-performance, because the live configuration price should be used rather than an outdated plan table.

[Insert image: Cloudways current pricing interface with provider, RAM, CPU, storage and monthly price visible | Alt text: “Compare Cloudways server pricing and resources”]

How Can You Reproduce a Cloudways Benchmark Yourself?

You can reproduce a Cloudways benchmark by deploying a representative application, controlling the test environment, creating an uncached baseline, rerunning the same workloads after optimization, and recording latency, throughput, errors, and resource utilization.

Cloudways’ current provider documentation itself references k6-based WordPress workloads and WebPageTest measurements, making both useful starting points for independent validation.

Best Tools for Cloudways Benchmarking

Step 1: Clone a Representative Site

A representative benchmark site should resemble the application you plan to host. Testing an empty WordPress installation tells you little about a WooCommerce store with 30 plugins and a large orders table.

Use similar:

• Database size
• Plugin stack
• Theme
• Product/post count
• Logged-in behavior
• External API calls

Step 2: Match Geography

The server and load-generator locations should be recorded because network distance directly affects TTFB.

For example, comparing a London server tested from London with a Singapore server tested from New York would mix infrastructure performance with network latency.

Step 3: Establish an Uncached Baseline

Disable the relevant caches for the raw-processing test.

Record:

• TTFB
• P50
• P95
• P99
• Request throughput
• Error count/rate
• CPU
• RAM
• Database latency

[Insert image: k6 results showing virtual users, request duration percentiles, request rate, and errors | Alt text: “Measure Cloudways load test metrics with k6”]

Step 4: Test WordPress Backend Operations

Frontend scores do not expose every WordPress bottleneck.

Measure tasks such as:

• Saving a post
• Loading WooCommerce orders
• Searching products
• Running taxonomy queries
• Loading wp-admin
• Logging in
• Executing known database-heavy plugin actions

Query Monitor can help identify slow queries, expensive hooks, external HTTP requests, and PHP issues.

[Insert image: Query Monitor database queries and execution-time panel on WordPress | Alt text: “Find Cloudways WordPress database bottlenecks with Query Monitor”]

Step 5: Enable Production Caching

Enable the caching architecture you actually intend to use.

Then rerun the exact same test set.

The difference between uncached and cached performance tells you how much your optimization layer is masking or reducing origin processing.

Step 6: Test Concurrent Users Gradually

Do not jump immediately from one visitor to thousands.

A useful sequence might be:

1. Baseline at low load.
2. Ramp virtual users gradually.
3. Hold at expected peak.
4. Continue beyond expected peak to identify the saturation point.
5. Stop before an uncontrolled stress test affects unrelated systems.

Learn How to Run Load Tests With Grafana k6

This official Grafana tutorial shows how to get started with k6, create staged load tests, simulate ramp-up and ramp-down periods, and visualize the results when evaluating performance under concurrent traffic.

Video: “Grafana k6 for Beginners: Why observability needs testing” by Grafana.

The objective is to find the point where P95/P99 latency or errors become unacceptable—not to generate the largest possible user number.

[Insert image: WebPageTest waterfall with TTFB, FCP and LCP highlighted | Alt text: “Measure Cloudways TTFB and LCP with WebPageTest”]

Step 7: Calculate Cost Efficiency

Record the exact monthly server price on the same date as the benchmark.

Then compare:

• Cost per successful request
• Throughput per dollar
• P95 per dollar
• Resource headroom per dollar

A server that is 10% faster but 80% more expensive may not be the best commercial choice.

Step 8: Repeat the Tests

Repeat benchmarks at several times and use median results.

If results vary heavily, investigate:

• Noisy-neighbor effects
• Cron jobs
• Backups
• Traffic
• database maintenance
• external API latency
• cache warm-up
• background processing

The reproducibility log is often more useful than a single performance screenshot.

What Should You Do Next After Running a Cloudways Benchmark?

After running a Cloudways benchmark, choose the smallest configuration that meets your workload targets, optimize the application, retest concurrency, monitor production resource usage, and scale only when the evidence justifies it.

Use this sequence:

1. Choose a server family based on workload, not marketing labels.
2. Deploy a representative copy of the site.
3. Create an uncached performance baseline.
4. Enable Varnish, object caching, and CDN layers where appropriate.
5. Repeat the same benchmark.
6. Run realistic concurrency scenarios.
7. Monitor CPU, RAM, database activity, errors, and P95/P99.
8. Upgrade only when a measurable resource bottleneck exists.
9. Retest after every meaningful infrastructure change.

For example, if CPU sits near saturation during checkout traffic while memory remains comfortable, a CPU-focused upgrade makes sense. If CPU remains low but MySQL queries dominate request time, upgrading the server without fixing the database may deliver poor return on investment.

Do Not Use Cloudways’ 2020 Comparison as 2026 Performance Evidence

Cloudways still hosts an older loader.io comparison against Kinsta and WP Engine, but Cloudways explicitly states that those tests were run in July 2020.

That historical dataset may be useful for understanding past methodology, but 2020 pricing, infrastructure, software versions, competitors, and server configurations should not be presented as current 2026 benchmark evidence.

For a broader comparison of hosting options, see best managed WordPress hosting.

Conclusion: Choose Cloudways Based on Workload Evidence, Not Benchmark Headlines

The most important conclusion from the Cloudways benchmark data is that there is no universal “fastest Cloudways server” for every WordPress or application workload. CPU-Optimized configurations can dominate demanding uncached concurrency tests, while General Purpose configurations can still lead particular light-load frontend measurements.

Current Cloudways documentation also demonstrates why benchmark methodology matters. DigitalOcean, Vultr, Linode, and GCE are not all tested with identical concurrency and duration, so their published datasets should be interpreted within each documented test rather than assembled into an artificial cross-provider leaderboard.

The best decision process is therefore simple: choose a configuration that matches your workload, reproduce the benchmark using your own application, measure both cached and uncached performance, test concurrency, calculate price-to-performance, and scale only when the data shows a real bottleneck.

If Cloudways fits your performance and management requirements, compare current Cloudways hosting options using the live server pricing rather than relying on an old plan table.

→ Start Cloudways Server Setup

Frequently Asked Questions

Is a Cloudways benchmark the same as a Cloudways speed test?

No. A Cloudways benchmark evaluates multiple performance layers, while a speed test usually measures how quickly a particular page loads under specific conditions. A complete benchmark can include CPU, database, disk, TTFB, LCP, throughput, concurrency, P95 latency, errors, and cost efficiency.

Which Cloudways provider is fastest in 2026?

The current official Cloudways documentation does not provide a sufficiently standardized cross-provider dataset to declare DigitalOcean, Vultr, Linode, or GCE universally fastest. The documented load conditions differ, including 1,000-user and 10,000-user k6 scenarios as well as a separate 1–250-client GCE methodology.

Which Cloudways DigitalOcean server performed best under load?

CPU Optimized Premium performed best in Cloudways’ documented DigitalOcean 1,000-user uncached benchmark. It recorded 464,078 total requests and 1,638 ms average P95 latency, compared with 394,437 requests and 4,014 ms P95 for Basic Premium.

Which DigitalOcean server had the fastest Cloudways WebPageTest result?

General Purpose Premium recorded the best documented DigitalOcean WebPageTest figures in Cloudways’ current table, with 0.235-second TTFB, 0.454-second FCP, and 0.519-second LCP.

How many concurrent users can Cloudways handle?

Cloudways does not have one universal concurrent-user capacity because capacity depends on the server, application, cache state, database, PHP workload, plugins, and traffic behavior. Published virtual-user counts describe benchmark conditions, not guaranteed production limits.

Should I benchmark Cloudways with caching enabled or disabled?

You should test both. An uncached benchmark exposes PHP, database, and origin-server capability, while a cached benchmark shows the visitor-facing performance of the optimized production configuration.

Does Cloudflare Enterprise improve Cloudways performance?

Cloudways’ current controlled benchmark reports substantially higher request throughput and lower P95 latency, errors, TTFB, and LCP with its Enterprise CDN configuration. However, Cloudways explicitly states that actual results vary according to application, traffic, and configuration.

What TTFB should a Cloudways site target?

Google currently describes 0.8 seconds or less as a rough TTFB target for most sites, while emphasizing that TTFB itself is not a Core Web Vital and should be interpreted with the site’s broader user experience.

References

Cloudways. (2025, November 19). DigitalOcean servers lineup at Cloudways. Cloudways Help Center. Written by Syed Abuzar Mehdi. DigitalOcean Servers Lineup at Cloudways

Cloudways. (2025, November 19). Vultr server lineup at Cloudways. Cloudways Help Center. Written by Syed Abuzar Mehdi. Vultr Server Lineup at Cloudways

Cloudways. (2025, November 19). Linode server lineup at Cloudways. Cloudways Help Center. Written by Syed Abuzar Mehdi. Linode Server Lineup at Cloudways

Cloudways. (2025, November 17). GCE servers lineup at Cloudways. Cloudways Help Center. Written by Syed Abuzar Mehdi. GCE Servers Lineup at Cloudways

Cloudways. (2026). How to enable Cloudflare on your application. Cloudways Help Center. Written by Syed Abuzar Mehdi. Cloudways Cloudflare Enterprise Documentation

Cloudways. (2026). Cloudways pricing & plans: Simple managed cloud hosting. Retrieved August 7, 2026. Cloudways Pricing and Plans

Cloudways. (2020). Cloudways performance showdown with WP Engine and Kinsta. Historical Cloudways Performance Test

Pollard, B., & Wagner, J. (2021; updated 2025). Time to First Byte (TTFB). web.dev. Google web.dev TTFB Guide

Walton, P., & Pollard, B. (2020; updated 2025). Optimize Largest Contentful Paint. web.dev. Google web.dev LCP Guide

TechRadar. (2026). Cloudways in 60 minutes: The ultimate in simplified cloud hosting. TechRadar Cloudways Hands-on Review