Linguistic
Translation accuracy, tone, terminology, brand voice — native-speaker validated.
Evidence
native review
terminology audit
TM drift report
Layer 1 of 5
/Services/Localization Testing
Localization Testing Services
Localization tested as five layers, not a string sweep
QAble engineers localization testing across linguistic, functional, locale-data, layout, and cultural layers — native-speaker review, RTL and CJK coverage, and locale-aware automation built into the release rhythm.
Teams that rely on QAble
The Problem
Why localization testing has to run as five layers
Localization is not translation. It is the engineering and editorial discipline that makes a product feel local — linguistic, functional, data-format, layout, and cultural fit all working together.
Common signals localization has to be tested as discipline:
translations land but layout breaks at German, Russian, or Finnish word lengths
RTL languages flip strings but not icons, gradients, or interaction direction
date, currency, and number formats reuse English defaults in non-English locales
cultural assumptions — colour, imagery, holiday — escape into market-specific surfaces
translation memory drifts across releases as translators rotate without QA loop
Scoped sprint. Five-layer framework. No long commitment needed.
Localization done well does not feel translated. Layout flexes for German and Finnish. RTL flips fully — strings, icons, gradients, gestures. Locale-data formats correctly. Cultural references are validated by people from the market.
QAble runs L10n as engineering practice — five-layer framework, native-speaker review, and locale coverage matrix sized to the regions you actually ship to.
Five-Layer Coverage
Linguistic, functional, locale-data, layout, and cultural all tested explicitly.
Native-Speaker Review
In-region reviewers validate linguistic accuracy and cultural fit.
Locale Matrix Visibility
Coverage matrix sized to the regions you actually ship to.
TM Drift Tracking
Translation memory drift caught sprint over sprint, not at relaunch.
Coverage Areas
Localization Testing Coverage Areas
Six disciplines aligned to the five-layer localization quality framework — linguistic, functional, locale-data, layout, CJK/complex scripts, and cultural — selected and combined by region maturity.
01
Linguistic Accuracy
Native-speaker review of translation accuracy, tone, terminology, and brand voice consistency — the layer that surfaces the defects machine translation and translation memory reuse cannot catch.
native-speaker review
tone and brand voice check
terminology consistency
translation memory drift
02
Functional Locale Testing
Application functionality validated under each locale — feature behaviour, validation messages, error handling, and conditional logic that varies by region.
feature behaviour per locale
validation message coverage
region-specific feature gates
error and edge-case sweeps
03
Locale-Data Validation
Date, time, number, currency, address, and phone formats — all the locale-data fields that quietly default to English when not implemented properly.
date and time formats
currency and number formats
address and postcode formats
pluralisation rules
04
Layout & RTL
Layout integrity under text expansion, contraction, and right-to-left direction — including bi-directional text, mirrored interactions, and locale-aware iconography.
text expansion stress
RTL flip and bi-di text
icon and gesture mirroring
truncation and overflow
05
CJK & Complex Scripts
Chinese, Japanese, Korean, Thai, Hindi, and other complex scripts — character rendering, IME input, line-breaking rules, and font fallback validated explicitly.
CJK character rendering
IME input scenarios
line-breaking rules
font fallback posture
06
Cultural Appropriateness
Imagery, colour, iconography, holiday references, and content that may carry different meaning by region — reviewed by in-region native speakers, not generalised to "international".
imagery and colour review
iconography assumptions
holiday and seasonal content
sensitive-content review
Five-Layer Framework
The QAble Localization Quality Framework
Five layers, each with measurable evidence and native-speaker validation. Localization becomes engineering practice when the five-layer framework is explicit instead of collapsed into a translation pass.
Functional
Application behaviour under each locale — features, validation, conditional logic.
Evidence
feature behaviour map
validation coverage
region gate review
Layer 2 of 5
Locale Data
Date, currency, number, address, phone — locale-data fields validated.
Evidence
format coverage
pluralisation rules
address scheme audit
Layer 3 of 5
Layout & RTL
Text expansion, RTL flip, bi-di text, icon mirroring — layout integrity.
Evidence
expansion stress
RTL audit
mirroring rules
Layer 4 of 5
Cultural
Imagery, colour, iconography, holiday — in-region native review.
Evidence
imagery review
cultural sensitivity
in-region native sign-off
Layer 5 of 5
Process
QAble Localization Testing Methodology
A six-stage rhythm that takes localization work from locale matrix to release readiness — with documented evidence at every stage.
01
Locale02
i18n03
Run04
Triage05
Release06
ContinuousLocale Matrix
Define the locale matrix sized to your shipping markets — language, region, script, RTL/LTR, and cultural sensitivity tiers explicit.
i18n Readiness
Pseudo-localization, string externalisation, locale-data dependency audit, and Unicode posture — the engineering pre-conditions for serious localization.
Run Layers
Execute the five-layer suite — linguistic, functional, locale-data, layout, cultural — across the locale matrix with native-speaker review where required.
Triage & Evidence
Triage findings by layer and locale, attach reproduction evidence, and route to engineering or content teams with severity rubric and linguistic notes.
Release Readiness
Produce the localization readiness pack — coverage matrix, layer-by-layer evidence, native-speaker sign-off, and release recommendation memo per market.
Continuous L10n QA
Continuous localization QA across releases — TM drift monitoring, new-string coverage, and quarterly cultural and locale-matrix review.
Tooling and standards we run localization testing on
Localization becomes engineering practice when its tooling and standards make linguistic, functional, and layout evidence as visible as functional automation already is.
Crowdin / Lokalise / Phrase / Smartling
Translation management and translation memory governance
BrowserStack / LambdaTest
Cross-browser locale rendering and RTL coverage
Pseudo-Localization Tools
Pre-translation layout stress and i18n readiness checks
Native-Speaker Review Pool
In-region linguistic and cultural validation
CLDR / ICU / Intl APIs
Locale-data correctness and standards alignment
Playwright / Cypress / Appium
Locale-aware automation across web and mobile
Deliverables
What you receive
Documented artefacts at linguistic, functional, layout, and cultural phases — so localization becomes evidence engineering, content, and regional leads can all read.
Linguistic
translation review pack
terminology consistency report
tone and brand voice notes
TM drift register
Functional
locale coverage matrix
feature behaviour map per locale
validation message audit
locale-data format report
Layout
text expansion stress evidence
RTL flip audit
bi-di text validation
truncation defect log
Cultural
cultural appropriateness review
imagery and iconography notes
in-region sign-off pack
release localization readiness
Risk Patterns
Localization mistakes a structured engagement removes
These are the patterns we replace when QAble takes over a localization function — each one quietly converts global readiness into market-specific embarrassment.
Critical01
String-Only Localization
Translation completed but locale-data, layout, and cultural layers ignored — currency reads as $, dates read as MM/DD, and the German build looks structurally broken on launch day.
Critical02
Half-Done RTL
Strings flip for Arabic and Hebrew, but icons, gradients, charts, and interaction direction stay LTR — the experience reads contradictory to native users.
High03
No Pseudo-Localization
Layout stress never tested with pseudo-localization — text expansion, accent characters, and bi-di markers surface only after real translation lands and rework is expensive.
High04
Cultural Generalisation
Content reviewed for "international" fit but not by native speakers from the actual market — imagery, colour, and holiday references carry meanings the team did not intend.
Medium05
Translation Memory Drift
Translators rotate, terminology shifts, and translation memory drifts across releases — the same product term reads as three different words across three screens.
Medium06
No Continuous L10n QA
Localization tested only before a region launch — between launches every release silently introduces new strings that ship untested in non-English locales.
Engagement Models
Ways to work with QAble
Three engagement shapes covering a focused locale audit, a region launch programme, and continuous localization QA across releases.
Release-Focused
2–3 weeks
Locale Audit Sprint
A focused audit across all five localization layers in your priority locales — linguistic, functional, locale-data, layout, cultural — with native-speaker validation.
Deliverables
Five-layer locale audit
Native-speaker review pack
TM drift register
Remediation roadmap
Best for
Pre-launch validation
Post-translation QA cycle
Most Popular
4–10 weeks
Region Launch Programme
A time-boxed programme around a region launch — full locale matrix coverage, RTL or CJK readiness, and a release recommendation pack per market.
Deliverables
Locale coverage matrix
RTL or CJK readiness
Native-speaker sign-off pack
Release recommendation memo
Best for
New region launches
RTL or CJK first launches
Flexible
Ongoing
Continuous Localization QA
A standing localization QA capability across releases — TM drift, new-string coverage, and quarterly cultural review embedded in the engineering rhythm.
Deliverables
Sprint locale coverage report
TM drift monitoring
Quarterly cultural review
Continuous L10n dashboard
Best for
Multi-region products
Growing locale matrix
Every model includes:
Certified QA engineersNDA on day oneDirect Slack accessDedicated account managerZero lock-in contracts
Why QAble
Why choose QAble
QAble brings disciplined localization methodology — five-layer framework, native-speaker review, and locale matrix sized to the regions you actually ship to.
Five-layer localization framework — linguistic, functional, locale-data, layout, cultural
In-region native-speaker review on every locale audit and region launch programme
RTL, CJK, and complex script coverage explicit — not bundled into a single language pass
Continuous L10n QA with TM drift tracking embedded in the engineering rhythm
QAble Localization Testing Expertise
Linguistic & Native-Speaker Review95%
RTL & Bi-Directional Testing93%
Locale-Data & Format Validation94%
CJK & Complex Script Coverage91%
Cultural Appropriateness Review92%
FAQ
Frequently asked questions
Common questions from product, content, and engineering leaders evaluating a localization testing engagement.
What is the difference between localization testing and translation review?
Translation review only checks linguistic accuracy of strings. Localization testing covers five layers — linguistic, functional, locale-data, layout, and cultural — across the running application. Strings can be perfectly translated and the build can still ship broken in a non-English locale because of layout, format, or cultural defects.
Do you provide native-speaker reviewers for every locale?
Yes. Linguistic and cultural layers are validated by in-region native speakers from the markets you ship to. Native-speaker review is part of every locale audit and region launch programme — translation tools and translation memory cannot substitute for cultural judgement.
How do you handle RTL languages like Arabic and Hebrew?
RTL is a dedicated layer in the framework. We validate the full RTL surface — strings flipped, icons mirrored where appropriate, gestures reversed, gradients and charts adapted, and bi-directional text rendered correctly. Half-done RTL is one of the most common defects we surface in audit sprints.
What is pseudo-localization and why does QAble run it?
Pseudo-localization translates strings into accent-marked, expanded variants without changing meaning — exposing layout, truncation, and i18n readiness defects before real translation begins. Running it pre-translation prevents expensive layout rework once translated content lands.
How do you validate CJK and other complex scripts?
CJK and complex scripts are tested explicitly — character rendering, IME input, line-breaking rules, font fallback, and vertical text where applicable. Native-speaker review covers tone and terminology while engineering checks cover script handling on web, mobile, and print surfaces.
How does this integrate with our translation management system?
QAble integrates with Crowdin, Lokalise, Phrase, Smartling, and similar TMS platforms — translation memory drift, terminology consistency, and new-string coverage are tracked through the TMS while QA runs on the running application. Both feeds reconcile in the localization posture report.
Localization tested across all five layers
QAble runs localization as discipline — five-layer framework, native-speaker review, locale matrix sized to your markets, and continuous QA across releases. Linguistic, functional, locale-data, layout, and cultural — each becomes measurable, defensible, and shippable.
Localization tested as engineering discipline
QAble runs localization as discipline — five-layer framework, native-speaker review, locale matrix sized to your markets, and continuous QA across releases rather than a pre-launch string check.
Five-layer localization framework
In-region native-speaker review
RTL, CJK, and complex script coverage
Talk to QA Advisor
Direct access to QAble's localization engagement leads.
Response within 24 hours