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Kinsta Hosting Performance: Independent Research on NapLab.com & WordLift.io

HRL INDEPENDENT RESEARCH · PRIVATE DRAFT 01

Inside Two Kinsta-Associated Websites

Independent PageSpeed and WebPageTest observations of NapLab and WordLift.

October 28, 2026 · 2 sites · 4 PageSpeed reports · 4 WebPageTest observations

Two different websites, two different workloads

NapLab.com Visit website
NapLab homepage screenshot

Editorial publisher · Original October 28 homepage capture
WordLift.io Visit website
WordLift homepage screenshot

AI-powered SEO platform · Original October 28 homepage capture

Performance at a glance

Two websites. Two device experiences. One consistent measurement framework.

NAPLAB · MOBILE
86/100
MOBILE PERFORMANCE · 86/100
Desktop score: 100/100
Lab test · Oct 28, 2026
LCP
3.6s
TBT
120ms
CLS
0
WORDLIFT · MOBILE
52/100
MOBILE PERFORMANCE · 52/100
Desktop score: 81/100
Lab test · Oct 28, 2026
LCP
6.8s
TBT
200ms
CLS
0.157
What these results tell us about hosting

The fast first-byte readings (78–100ms in desktop WebPageTest runs) are consistent with responsive delivery at the CDN edge, but do not isolate Kinsta’s origin server. The biggest differences appear later: WordLift transfers substantially more data and runs more page scripts, which affects loading after the initial response. Those are site-level factors, not evidence that Kinsta hosting is slower. Coming next: additional matched tests and origin-attribution checks will help us distinguish hosting delivery from page-level effects.

PageSpeed Insights: where the differences appear

What These Results Tell Us PageSpeed measures the finished page, not just the server. NapLab.com’s stronger lab results and WordLift.io’s heavier rendering illustrate how images, scripts and layout can affect speed beyond Kinsta’s origin and CDN. These scores alone cannot establish which hosting setup performs better.

Visual comparison of Lighthouse laboratory measurements. For these loading-time and blocking-time measures, shorter bars are better; a longer bar means more time elapsed. Pink identifies NapLab.com and blue identifies WordLift.io. Status colors are independent of website identity.

NAPLABWORDLIFT

Mobile loading metrics

Largest Contentful Paint
NapLab

3.6 s

WordLift

6.8 s

First Contentful Paint
NapLab

1.9 s

WordLift

6.2 s

Total Blocking Time
NapLab

120 ms

WordLift

200 ms

NAPLABWORDLIFT

Desktop loading metrics

Largest Contentful Paint
NapLab

0.7 s

WordLift

1.2 s

First Contentful Paint
NapLab

0.5 s

WordLift

0.9 s

Total Blocking Time
NapLab

0 ms

WordLift

340 ms

Exact PageSpeed measurements

NAPLAB
📱 MOBILE🖥 DESKTOP
Performance score
86
100
Largest Contentful Paint
3.6s
0.7s
First Contentful Paint
1.9s
0.5s
Total Blocking Time
120ms
0ms
Layout Shift (CLS)
0
0
WORDLIFT
📱 MOBILE🖥 DESKTOP
Performance score
52
81
Largest Contentful Paint
6.8s
1.2s
First Contentful Paint
6.2s
0.9s
Total Blocking Time
200ms
340ms
Layout Shift (CLS)
0.157
0.05

PageSpeed Insights laboratory results. Scores describe these page runs, not HRL hosting ratings.

Original reports: NapLab mobile · NapLab desktop · WordLift mobile · WordLift desktop. Field Core Web Vitals are separate rolling real-user aggregates.

WebPageTest: Looking behind the scores

What These Results Tell Us Both desktop tests returned an initial response quickly (NapLab.com 100ms; WordLift.io 78ms), but that response may come from Cloudflare’s edge rather than Kinsta’s origin. WordLift.io transferred about 4.96MB over 107 requests versus NapLab.com’s 336KB over 34 requests. The longer load therefore highlights a heavier website workload, not proven weaker Kinsta hosting.

One first-view run per site and viewport. WordLift transferred roughly 15 times as much data as NapLab in the desktop observation.

NAPLAB
📱 MOBILE🖥 DESKTOP
Time to First Byte
275ms
100ms
Largest Contentful Paint
972ms
630ms
Total Blocking Time
7ms
0ms
Layout Shift (CLS)
0
0
Fully loaded
1,171ms
696ms
Network requests
34
34
Data transferred
456KB
336KB
WORDLIFT
📱 MOBILE🖥 DESKTOP
Time to First Byte
92ms
78ms
Largest Contentful Paint
1,098ms
1,301ms
Total Blocking Time
500ms
334ms
Layout Shift (CLS)
0.175
0.059
Fully loaded
4,215ms
3,341ms
Network requests
105
107
Data transferred
5.38MB
4.96MB

One first-view observation per site and viewport. Measurements include CDN and site-level components, not isolated Kinsta origin performance.

PageSpeed evidence: Original screenshots

Hosting takeaway: Real-user Core Web Vitals show what visitors experience across the full delivery stack, including CDN, website design, and third-party code—not the hosting server in isolation.

Full-size screenshots grouped by website and device, showing Google’s 28-day real-user Core Web Vitals panels. Lighthouse lab scores are presented separately in the comparison section above.

NapLab.com · PageSpeed evidence

NapLab.com · Mobile PageSpeed screenshot
Original NapLab.com Mobile PageSpeed Insights screenshot

How to interpret this image

NapLab.com’s mobile field-data panel shows real Chrome user experience across a rolling 28-day period. LCP, INP, and CLS summarize loading, responsiveness, and visual stability; these values should not be confused with the separate Lighthouse mobile score of 86.

NapLab.com · Desktop PageSpeed screenshot
Original NapLab.com Desktop PageSpeed Insights screenshot

How to interpret this image

NapLab.com’s desktop Core Web Vitals assessment passed in the captured 28-day real-user dataset (LCP 1.2s, INP 41ms, CLS 0). This differs from the synthetic desktop Lighthouse performance score of 100.

Kinsta WordPress Hosting

Explore plans and features; public customer-page results aren’t isolated hosting benchmarks.

View Kinsta plans →

WordLift.io · PageSpeed evidence

WordLift.io · Mobile PageSpeed screenshot
Original WordLift.io Mobile PageSpeed Insights screenshot

How to interpret this image

WordLift.io’s mobile field-data panel summarizes actual Chrome users over a rolling 28-day window. The results represent this public website’s overall delivery experience and are distinct from its synthetic mobile Lighthouse score of 52.

WordLift.io · Desktop PageSpeed screenshot
Original WordLift.io Desktop PageSpeed Insights screenshot

How to interpret this image

WordLift.io’s desktop screenshot shows the 28-day real-user Core Web Vitals panel. Compare its loading, interaction and layout-stability measures with the mobile field panel; the separate Lighthouse desktop score is 81.

Additional WebPageTest waterfalls and repeat-run evidence remain outside the scope of these screenshots.

Interpretation and methodology

These public-page observations measure complete website delivery stacks, not Kinsta origin-server performance. Kinsta case studies and BuiltWith reports corroborate association, without proving current origin configuration. Both sites use Cloudflare signals; NapLab also uses BunnyCDN for images. Repeatability, precise matching of network/location profiles, and verified current hosting remain research limitations.

NapLab case study · WordLift case study · HRL Kinsta provider review

EXPLORE KINSTA HOSTING

Interested in hosting your own WordPress site with Kinsta?

NapLab.com and WordLift.io are featured in Kinsta’s customer stories. Our independent page tests reflect each site’s full delivery stack, so results should not be treated as direct measures of Kinsta’s server performance.

Hosting Review Lab may earn a commission from qualifying referrals. Check Kinsta’s current plans and terms before purchasing.

The research conclusion

Fast first-byte delivery is not synonymous with fast, stable rendering. Page composition, imagery, JavaScript, third-party services, and CDN behavior matter. This is the first installment of our ongoing Kinsta-associated customer-site research. Check back for additional matched runs, updated observations, and a clearer picture of what can be attributed to the hosting environment.