How do you localize a Kintone app for international teams without changing the records, statuses and decisions behind its screens? This practical Kintone translation guide explains per-user display languages, the app Localization setting, translated field and choice names, process management actions, Unicode record content, and multilingual quality assurance. It is written for administrators, operations teams and developers who need working applications rather than a decorative language switch.
Kintone provides several different language mechanisms. The account display language changes the platform interface; app-level Localization can provide names for selected app items in Japanese, English and Simplified Chinese; ordinary record values and comments may contain Unicode text in many other languages. These mechanisms do not mean that every caption, business value, notification or embedded customization is automatically translated. The distinction is the foundation of a dependable rollout.
Imagine a service team whose employees work in Bangkok, São Paulo and Tokyo. The system must preserve the same equipment identifiers, ticket ownership, approval rules and completion dates even when staff prefer different interface languages. A good multilingual Kintone implementation begins with an inventory of meaning-bearing surfaces, gives people reliable names for the actions they may take, and checks the real outcome in every supported deployment.
Quick answer: how to translate a Kintone app correctly
Use each user’s display language for supported platform text, use the app Localization setting for supported app item names, retain a deliberate default, and manage all other content as a separate translation responsibility. Protect field codes, record identities, permissions and action meanings. Test the exact app version and deployment before wider release.
Before you begin: practical checklist
- Name the source app and workflow owner
- List the actual language preferences and target audiences
- Identify Kintone-native localization surfaces and unsupported objects
- Define critical statuses, actions, choice labels and field codes
- Create synthetic records to test each language
- Check exports, customizations, notifications and access permissions
- Arrange review by a competent target-language reader and domain owner
The complete Kintone app localization guide
1. Establish the operational purpose before translating
Start with the actual job: who creates a record, who reviews it, and what a status change means. A translator cannot reliably name an action until the owner explains whether it saves a draft, requests approval or completes a transaction.
Map one representative record from creation to archive. List every screen the user encounters, every choice that changes workflow and every field an external integration reads. Make the record lifecycle visible to reviewers before they see a bilingual spreadsheet.
The acceptance test is operational rather than cosmetic. A user working in each chosen language should reach the same intended outcome using the same identity and permissions. If the translated screen causes a different decision, revise the instruction even if its grammar is impeccable.
2. Distinguish account display language from app item labels
Kintone permits a user to select a supported display language for menus and settings screens. That preference does not automatically supply a translation for every label the organisation created inside an app. Treat platform text and app-owned text as separate inventories.
The official help identifies Japanese, English, Simplified and Traditional Chinese, Spanish, Brazilian Portuguese, Thai and Malay as display languages. The native app Localization settings offer a narrower set of naming tabs. Do not promise full app localization for every menu language.
Create test accounts for relevant profiles. Change their display languages and compare an app’s form label, dropdown choice, process button and record description. Record which strings changed, which remained in their default language, and which require a separate content strategy.
3. Read the native Localization coverage before designing
Kintone’s app Localization settings can provide names for an app, descriptions, views, graphs, categories, app actions, process management actions and many form fields. These are presentation names, not a wholesale conversion of data stored in the app.
Certain elements such as Label, Blank space, Border and Field group cannot have their own localized names through that particular mechanism. The help also explains that configuration applies to end-user screens but not the app settings screen. A localization inventory should explicitly mark these boundaries.
Open a real form and enumerate every visible string. Separate supported localized names from independently entered text and from plugin-produced labels. A manual list is less glamorous than automation, but it prevents a partially translated production interface from being described as complete.
4. Choose a default language that fails safely
The Default tab matters when the user’s display language lacks a supplied localized name. Kintone uses default names for languages without applicable native name entries. Therefore the default is not an afterthought; it is a live route for many international staff.
Choose words in the default language that are understandable and unambiguous for your deployment. If a target audience needs another language for safety-critical instructions, an English fallback may not be sufficient. Consider an additional controlled interface or operational translation arrangement.
Clear one target-language name in a test app and sign in under the corresponding profile. Observe exactly what appears. Record the fallback on the same release checklist as completed translations; never mark missing strings as approved merely because the form continues to render.
5. Prepare the source glossary with actions, not isolated words
A status named Released might mean physically dispatched, approved for use, or made visible to customers. Translators need the workflow definition. Create a glossary containing each source phrase, its role, linked action, audience and expected consequence.
For multilingual repair forms, distinguish inspected, accepted, approved and closed with short, concrete definitions. Document whether a label is a button, a field, a filter or a graph. This helps specialists reject plausible translations that would silently broaden a user’s authority.
Reviewers should be able to explain the event represented by each term without consulting the English wording. Where a term is disputed, escalate to the business owner before selecting the target-language phrasing. Such decisions often reveal workflow ambiguities that existed before translation.
6. Use stable field codes for integrations
Kintone fields have visible labels and stable field codes used in APIs and customization. A displayed label can have localized forms without becoming a new data field. Conflating the two creates expensive integration errors.
Write a small mapping of field code, source label, localized label and data type. Keep API and script references to the documented technical identifier rather than copying a translated caption into code. Check changes in a test application before deployment.
Send a synthetic record through an API client before and after switching display languages. The underlying field identifiers and retrieved values should remain consistent. A successful label change must not force connected services to adopt another schema.
7. Translate dropdown options without losing categories
Kintone’s native Localization setting can localize certain choice labels, including radio, checkbox, multiple-choice and dropdown options. Yet each visible option must still represent the same classification as the original.
If a field measures priority, high, medium and low are not mere colors or positions. Define the threshold behind each category and preserve the distinction between immediate action and ordinary response. A word used casually in one language may carry a stronger operational urgency in another.
Populate the field using different display-language profiles, then export or inspect the stored record. Verify how values are handled and how filters, reports and integrations interpret them. Do not infer storage behavior from appearance alone; test the deployed version.
8. Protect process management status and action meaning
Process management is where a label becomes an action with consequences. A translation that makes an approval button sound like a harmless review can lead a user to advance a case prematurely.
Compare the approved workflow diagram against each localized status and action name. Ask the owner whether the actor is requesting, authorizing or executing. Explicitly distinguish a status from the action that moves a record to that status.
For a sample record, have two test users perform the same permitted transition in different display languages. Compare audit history, assignee, next available actions and notifications. If they diverge, investigate permissions or configuration before declaring the translation accurate.
9. Localize views, graph names and category names carefully
Views and graphs help users navigate large record sets. Their names are eligible for app localization, but a translated name does not guarantee that the underlying filters or chart labels will carry the correct contextual meaning.
A view called Overdue Repairs should have an explicit cutoff definition. A graph called Monthly Output must say whether it counts items submitted, approved or delivered. Translation should communicate that definition without changing the query or implying another calculation.
Open each localized view and compare a known synthetic dataset against its counterpart. Check record counts, sort order, chart units and legends. If a display name needs explanation, add a help note in a supported surface rather than silently changing the dataset.
10. Plan around unsupported localized form objects
Some form components are not covered by Kintone’s native localized-name setting. A fixed instruction typed into a Label element may remain in one language even when neighboring fields change languages.
Mark unsupported objects separately. Decide whether to replace them with a supported arrangement, use controlled app variants or provide a reviewed multilingual instruction where necessary. Every alternative has a maintenance cost and should be evaluated with a small demonstration.
Use a checklist that compares the entire form visually for each account profile. A tester should not need to know which technical setting produced a sentence. What matters is whether the visible instruction is understandable and consistent with the record action.
11. Separate Unicode support from translation support
Kintone’s Unicode handling allows staff to enter a wide range of scripts in names, comments and record fields. It does not mean that arbitrary user-entered text is translated into the next person’s preferred language.
Design records to preserve original language and authorship. If a translated summary is operationally needed, store it with an explicit source reference, reviewer and revision marker. Never overwrite an original incident report with a machine-translated rendering.
Try mixed-script entries that include accents, Japanese, Thai and a right-to-left sample. Search, sort, export and reimport them in a controlled environment. Any encoding defect is a data-integrity problem, not simply a translation-style problem.
12. Treat multilingual comments as evidence
Record comments can carry operational decisions, context and promises. A translated screen does not alter the language of a colleague’s comment. Staff must know when a message is a quotation, a summary or an authoritative instruction.
For regulated or safety-sensitive discussions, define who may provide an approved translation and whether the original must be retained. Keep author and timestamp attached to the original statement. Consider human review of action-bearing messages rather than relying on informal paraphrase.
Test a handover where the receiving employee cannot read the original comment. Can the team locate the approved interpretation and identify unresolved uncertainty? If not, the user interface may be multilingual while the underlying communication process remains fragile.
13. Coordinate multilingual app descriptions
The app name and description shape user expectations before someone opens a record. A translated title that promises a different function may send a visitor to the wrong workflow even when the record fields are correct.
Describe an app’s purpose, intended users, limits and escalation route in a short source summary. Translate that summary consistently with the actual available actions. An internal equipment register should not be named like a public service-request portal.
Have test users select the right app from a portal or workspace without receiving its original English name. Their choices reveal whether names distinguish products and tasks. Keep labels unique enough to work in search results and navigation menus.
14. Treat app actions as controlled shortcuts
An app action may copy or map information to another app. Its translated visible name should accurately describe the destination and result, especially if it initiates a consequential workflow.
Record which data are transferred, whether the operation creates a new record, and what the user can amend. A label such as Send to Finance may be interpreted as approval rather than preparation. Use a verb that matches the actual mechanism.
With test records, activate the localized action and verify the destination app, mapped fields and newly created identifiers. Ensure that an action is not described as completed if it merely opened another form for review.
15. Review date and time semantics across regions
Users may interpret ambiguous dates differently, especially when a record moves between countries. Display-language changes should not be assumed to convert business time zones, service deadlines or date-only values.
Define whether each date is an event timestamp, a local appointment, a cutoff date or a reporting period. State the relevant time zone for deadlines. Keep a canonical timestamp where needed and render it for the reader without losing original meaning.
Create a test case near midnight in two time zones and inspect the same record with different accounts. Confirm which calendar day the workflow actually uses. A correct translation of Tomorrow will not fix a hidden time-zone disagreement.
16. Protect currency and numerical quantities
A localized label for Amount or Unit Cost is useless if staff misread whether the figure is in dollars, yen or another currency. Numeric values should be typed and accompanied by unambiguous unit information.
Use an explicit currency code when cross-border amounts coexist. Preserve decimal precision, discounts, tax basis and rounding rules. Translators should not change the value while making labels more natural or copying an example into another locale.
Test amounts such as 1,234.50 with the real format policy. Make users describe the quantity and currency they saw. Compare the stored numeric value and any exported representation before approving a multilingual finance-related workflow.
17. Design a respectful language preference policy
An organisation may use automatic account display languages, but users still need to know how that preference is selected and changed. Someone sharing a workstation may inherit another person’s language or browser context.
Document account setup, shared-device sign-out, language switch procedures and how to request assistance. Avoid interpreting language preference as nationality or proficiency. A worker may prefer one language for instructions and another for reporting technical faults.
Ask a new user to find the display-language setting unaided. Test the route on the device used at work. The policy is successful when people can recover from an unintended language without needing to understand the unwanted interface.
18. Identify ownership of notifications and emails
Kintone apps may be accompanied by notifications, email templates or external messages. A translated form does not establish that those other surfaces use an equivalent language or terminology.
Inventory who authors each message and how it is delivered. Define subject lines, status verbs, recipient actions and hyperlinks. If an external automation composes messages, treat it as a separate translation surface with its own source version.
Run a sample event in each target-language scenario and capture the message actually received. Compare recipients, links, dates and required action. A localized notification is only correct when the reader can act on the same record and has the right permission.
19. Review custom JavaScript and plugins as independent surfaces
A custom script or plugin may insert labels, validation dialogs, menus or dynamic content. Native app Localization will not necessarily cover those strings. Such code must be part of the scope before launching an international app.
Inventory customization files, plugin settings, strings embedded in scripts and external resources. If the team maintains translation dictionaries, use stable keys and a documented fallback. Avoid guessing at internal APIs or assuming all extensions follow the same language setting.
Test one extension with accounts set to different display languages. Include unsupported locales, mixed-language input and missing dictionary entries. Document the current plugin version, because a vendor update can change labels or how translations are loaded.
20. Handle attachments and file names
An attached procedure may be written in one language while the form heading is translated. File names can also contain non-Latin scripts or technical identifiers. A misleading attachment label may hide the wrong document revision.
Store document language, revision, owner and approval date. Offer the correct approved file when the workflow requires it; never treat a localized label as proof that the attached content is translated. Maintain access to source documents for traceability.
Use a synthetic attachment with a mixed-script filename and a known version. Upload, retrieve and download it from supported clients. Check that the same document identity survives translation of the surrounding screen.
21. Prepare CSV exports and imports thoughtfully
Kintone warns that character encoding can affect file import and export. International teams often first discover defects when a spreadsheet shows garbled names, truncated fields or corrupted comments.
Specify the encoding and delimiter expected by the intended tool. Test several scripts and characters in a disposable dataset. Keep a source sample, export file and reimport result so reviewers can locate the stage where data changed.
Do not translate headers in an integration export without checking the receiving system’s schema. Human-readable labels and machine keys are different contracts. Record the exact field mapping and verify round-trip values, not just visual appearance.
22. Apply access controls regardless of language
Language localization must not change role privileges. A Japanese-language form should not show more records than its English-language counterpart merely because a different view was copied or a plugin was configured differently.
Keep permissions tied to users, groups, records and documented workflows. Review forms and views under representative roles. Never implement confidentiality by hiding a caption or presenting a warning in another language.
Attempt to open protected records and perform restricted process actions using test accounts for each language. Denial and audit behavior should be consistent. A multilingual release is incomplete until its access-control invariants are verified.
23. Treat search and filtering as a language-sensitive task
A user may search for a category by its translated display name while a colleague searches for the original record value. Matching behavior depends on how the field actually stores and indexes content.
Decide which fields hold language-neutral codes, which hold free text and which hold approved translated values. Teach users the search conventions. Test accents, case, alternative scripts and commonly used technical abbreviations before promising a particular search experience.
Create a small controlled set containing variations of the same product concept. Compare search results and filters in each relevant locale. Record limitations honestly rather than describing interface localization as multilingual semantic search.
24. Preserve record history when revising terminology
Teams sometimes change a source term after a process redesign. Translating the new label everywhere is not enough if historical records refer to an earlier status definition.
Keep a terminology change log showing old meaning, new meaning and effective date. Decide how historical evidence will be interpreted. Where labels are renamed but the workflow event is unchanged, communicate that plainly to users.
Audit several old and new records to see whether exports and reports remain interpretable. Never silently rewrite a past approval decision to match present wording. Translation quality includes the ability to explain what an older action meant at the time.
25. Build a revision-based translation release
Treat translations as a product release with identifiable source version, target-language reviewer and deployment moment. Without a release log, two teams can approve different copies of the same button text.
Make a small sheet of changed app items, affected workflows, languages, and test outcomes. Include the exact app version or update event where possible. Mark blocked cases separately from finished ones; a completed language checklist should never conceal an unresolved action label.
Before publishing, have a second person trace one high-impact workflow from entry to final status. After the app update, re-open that path in production with safe test data. The saved translations and the displayed app must agree.
26. Test mobile and desktop separately
A desktop form may have enough room for long explanatory labels that wrap awkwardly on a phone. Changing language can expand or contract words and expose navigation problems not visible in an editor.
Choose a narrow mobile viewport, a common office monitor and the browsers supported by the organisation. Check labels near action controls, form tables, comments and errors. Keep instructions meaningful even when the available space is smaller.
Do not approve a screenshot alone. Ask testers to complete the actual task with a keyboard or touchscreen, including correcting a failed validation. Watch for displaced confirmation buttons and labels whose meaning disappears when truncated.
27. Consider right-to-left and complex scripts as separate challenges
UTF-8 input support is not a guarantee that every custom layout, plugin or export handles Arabic or Hebrew with correct visual order. Technical codes mixed with right-to-left text can be especially confusing.
Use representative synthetic strings containing numbers, brackets and product identifiers. Decide where direction marks or isolation are needed in externally generated HTML, but do not modify stored identifiers to improve presentation. Test the actual system rather than relying on assumptions.
Have a competent reader confirm both reading order and operational interpretation. A mirrored or reordered serial number is a data-integrity fault. If the platform or customization cannot meet the use case, identify that limitation before a public rollout.
28. Use role-playing to detect misleading wording
Literal comparison can miss social meaning. In some languages a command sounds like a suggestion, while another translation sounds more authoritative than the workflow permits. Role-playing reveals how an ordinary user interprets the button.
Give reviewers a scenario, not just a phrase. Ask one person to act as a field technician and another as an approver. Let them explain what they expect after selecting each localized control. Compare those expectations with the system’s real behavior.
A mismatch is evidence for revision even when both translations pass proofreading. Keep the exercise nonpunitive and use invented records. People are more likely to report uncertainty when they are not being graded on language fluency.
29. Document language changes in staff training
A multilingual interface reduces one barrier, but staff still need to learn the records, rules and vocabulary of the job. Avoid presenting translated labels as a substitute for training on authority or safety.
Create short task guides with approved screenshots or annotated flows. Explain what triggers a notification, how to verify a saved record and when to escalate an unexpected status. Cross-reference shared terms so employees can collaborate across languages.
During onboarding, ask learners to complete a representative task and describe the saved outcome. Track common errors by workflow rather than blaming language choice. Improvements may require changes to the application itself, not just better wording.
30. Use a controlled pilot before wider rollout
Start with one app, two languages and a modest set of representative users. Large simultaneous changes make it difficult to tell whether a problem comes from translation, permissions, data or a plugin.
Choose a workflow with ordinary records and at least one meaningful approval transition. Preserve its source version and set a go/no-go criterion: understandable instructions, consistent data, tested exceptions and support readiness. Expand only after recording the pilot results.
Measure the time needed to complete tasks and the nature of errors. A shorter translation is not necessarily better; a clear one may save confusion. Keep a route for users to report unclear labels without editing production records themselves.
31. Diagnose partial translation without making false assumptions
A user may report that the platform menu is translated but field names are not. Another may find translated fields while a custom dialog remains in English. These symptoms have different causes.
Ask for the affected app, screen, account display language, field or control, and a safe screenshot. Verify whether the text belongs to native platform UI, app Localization, content data or a customization. Check the fallback and update status for the app.
Fix the correct owner. Do not ask a translator to rewrite a record value when the missing string belongs to a plugin dictionary; likewise do not alter app permissions to cure a display-label problem. Diagnosis protects existing data and settings.
32. Keep translation reviewers separate from workflow approvers
A bilingual reviewer can judge fluency but may not know how an engineering release is authorized. An operational approver understands the action but may not be fluent in the target language. Both perspectives are useful.
Use paired approval: language quality and domain correctness. Give each reviewer a concrete definition and example of the action. Where reviewers disagree, identify the underlying question: terminology, process design, legal requirement or local usage.
Store reviewer names and decisions with the release artifact, not as arbitrary changes to a production record. Re-review critical phrases after an operational change. The aim is accountable meaning, not an impossible promise of universal dialect consistency.
33. Design an acceptance test for a single app
An effective test starts with a synthetic asset request: open the correct app, locate a record, edit a field, submit a change, then read the updated status. Repeat under each supported account display language.
Write expected values before running the test: record ID, assignee, status, date, numeric amount and any generated notification. Capture both the user’s interpretation and the actual stored outcome. Include one missing-translation condition and one denied action.
A pass requires faithful meaning, functioning controls, preserved data and correct role enforcement. If a defect appears, record its exact language and screen. Retest that defect after a fix, then rerun the wider workflow because a shared label may occur elsewhere.
34. Distinguish what Kintone supports from what the team must build
Native language settings are valuable, but a complete multilingual service may also need translated documents, user-generated content, custom notification templates and organization-specific training. None should be implied by a marketing statement that an app supports multiple languages.
Mark capabilities as native, configured, custom or manual. Add vendor-version notes to claims involving a plugin or integration. Link to official documentation for behaviors that an administrator can verify; keep your own operational policies and accepted terms clearly identified as decisions.
This boundary prevents costly surprises. Readers should know exactly what Kintone changes after selecting a language, what stays unchanged, and what requires implementation or review. When the platform evolves, retest that boundary rather than assuming the earlier design is permanent.
Eight worked tests for international teams
1. Pilot A: multilingual repair desk
Build a disposable repair ticket with a code such as EQ-0042, priority category, technician, free-text problem description and a process action for review. Give a Japanese-speaking reviewer and an English-speaking reviewer profiles with their preferred display languages. Ask each to explain the difference between saving, submitting and approving before clicking. Then compare the stored code, selected category, assignment and status history. The review is successful only if both people understand the same permitted actions and produce consistent records, even where their words are different.
2. Pilot B: translated choice with an unchanged classification
Define three service priorities using measurable response rules, not color or intuition. Localize the option labels in supported native tabs, then create sample tickets that represent each category. Do not use real customer data. Ask a domain reviewer to classify each sample from its description without seeing the original label. If the reviewer changes categories, determine whether the translation or the classification rule is at fault. Verify downstream dashboards and notifications against the stored result rather than trusting that the screen looks familiar.
3. Pilot C: the untranslatable label object
Place an explanatory text object alongside several field labels and inspect the form in three display-language profiles. Note which strings follow the native Localization setting and which do not. Decide whether the unchanged instruction is acceptable for the intended audience or requires an additional reviewed presentation. Record this as a release limitation if no supported option meets the need. Do not assert that changing the user’s display language has translated all authored content.
4. Pilot D: export and reimport without character loss
Create invented contact names and comments using Latin accents, Japanese, Thai and Arabic. Export them through the supported Kintone workflow, open the file in the intended spreadsheet tool with the correct encoding, and round-trip it into a test environment. Compare exact characters and record identifiers. A file that seems readable in one application may still be damaged in another. Retain the original test values to distinguish an import issue from a faulty translation.
5. Pilot E: the approval verb
Write a clear English definition for Request approval, Approve and Close. Ask target-language reviewers to propose phrases only after reading the definitions and a sample workflow. Then have role-based test users perform each available action. The button meaning, resulting status and permissions must align. A fluent phrase that implies a stronger authority than the real process should fail the test, because users make decisions from the action language they see.
6. Pilot F: two countries, one deadline
Enter a service cutoff at a documented business time zone and inspect the same record from two regional teams. Localize the label and instruction without changing the underlying deadline. Ask staff to calculate when action is required in their local context. If they disagree, improve the operational instruction or time-zone display. Do not solve an ambiguity by altering an original timestamp or by translating relative expressions such as tomorrow without context.
7. Pilot G: app action to another database
Configure an app action in a disposable workspace that prepares a follow-up record. Give its displayed action name an accurate English definition, then localize it as supported. A tester should understand whether the action opens a draft or sends a finalized instruction. Run it once per supported language and inspect the destination records. The source identifiers and transferred values should match the defined mapping; translations must not invent a new processing stage.
8. Pilot H: accessibility and recovery
Ask a new staff member to find the preferred display-language setting, open the correct app and recover from one intentionally invalid form value. Use a real mobile device and desktop browser. Watch whether the error message, label and available correction make sense together. Include keyboard navigation and assistive-technology testing where appropriate. Document the precise point of failure rather than simply reporting that the interface is not user friendly.
Frequently asked questions
Does selecting Japanese translate all data?
No. It changes supported platform interface text; native app Localization covers selected names. Original comments, attachments and record contents remain their own content unless separately translated.
Can a Spanish display-language profile see app item names in Spanish through native Localization tabs?
The official app-item Localization setting describes Japanese, English and Simplified Chinese tabs. Users without an applicable native entry see the Default label. Plan additional content arrangements for broader coverage.
What happens after editing app Localization?
According to Kintone’s help, save the names and update the app. Test the actual end-user screens rather than assuming an unsaved or unapplied change is live.
Will translated names change API field codes?
Presentation labels and technical identifiers should be treated separately. Verify mappings through a test API read and preserve stable field codes in integrations.
Can I include Arabic comments?
Kintone supports Unicode record entry, but screen direction and plugin behavior need actual testing. Do not assume every custom component has native right-to-left layout support.
Should we translate product serial numbers?
No. Preserve exact identifiers. Translate the surrounding labels and instructions, and test copy-paste, search, exports and mixed-script display.
How do we handle incomplete translations?
Maintain a documented default and a release blocker for action-critical missing terms. Fallback makes a screen render; it does not prove the reader can safely complete the task.
Are translated views separate datasets?
A view name can be localized while its underlying records and filtering rules remain the same. Verify that condition with a controlled record set instead of assuming it.
Do localizations change access permissions?
They should not. Use existing access controls and audit denied operations in every test language.
What is the smallest useful test?
One real workflow with test data, two display-language profiles, a meaningful process transition, an export and an intentionally unsupported or missing label.
What should go into a translation glossary?
Source phrase, action definition, context, target approved phrase, field or control identity, reviewer, date, and any terms that must remain untranslated.
Who signs off a multilingual release?
A language reviewer checks natural meaning and a workflow owner checks operational consequence. Both should inspect the same source version and actual deployed app.
Official documentation and further reading
Product features and supported languages may change. Check the official help for the version and region used by your organisation. The practical checks above are educational guidance, not a guarantee that a plugin, license or customized installation provides every capability.
Where this article belongs in the translation system
Architecture: EDKSG-TRANS-MASTER-WORLD-6130. This specialist child covers Kintone app-item localization and workflow-language quality assurance. It does not replace the general principles in Master Art of Translation, which owns translation principles, or the Translate Like a Pro series index, which routes readers to other applications. Other Translate families retain their separate owners for general methods and specialist records.
The final measure is what a user understands and what the system actually saves. When two readers use different languages, they should still recognize the same document, act within the same permission boundary and be able to explain the same business outcome.