# Unicode & complex-script support > Correct storage, transformation, input, rendering, and directionality for the scripts your users actually use. [Internationalization capability](https://admas.net/capabilities/internationalization/index.md) ## The challenge A product may store Unicode while still corrupting text through normalization, truncation, search, cursor movement, or assumptions about visual order. We examine the complete text path—from user input and internal processing to search, display, export, and assistive technology. Script expertise is paired with engineering evidence. Testing uses representative language data and difficult sequences, not synthetic Latin stand-ins. ## How Admas works 1. **Model the text path:** Document where text enters, changes form, crosses boundaries, and becomes visible to a user. 2. **Test script behavior:** Exercise normalization, segmentation, direction, shaping, input, selection, search, and serialization. 3. **Harden the implementation:** Specify fixes, regression cases, data rules, and platform-specific behavior for ongoing support. ## Typical outputs - Unicode and script-behavior assessment - Representative multilingual test corpus - Engineering remediation guidance - Automated and manual regression cases ## Frequently asked questions ### What is unicode & complex-script support? Correct storage, transformation, input, rendering, and directionality for the scripts your users actually use. In practice, the work is bounded by a defined product or model decision, named audiences and locales, representative inputs, and acceptance criteria that can be reviewed. ### When does a team need unicode & complex-script support? A product may store Unicode while still corrupting text through normalization, truncation, search, cursor movement, or assumptions about visual order. The useful starting point is the smallest representative flow that can expose the cause, impact, and ownership of the problem. ### What does a unicode & complex-script support engagement include? Model the text path: Document where text enters, changes form, crosses boundaries, and becomes visible to a user. Test script behavior: Exercise normalization, segmentation, direction, shaping, input, selection, search, and serialization. Harden the implementation: Specify fixes, regression cases, data rules, and platform-specific behavior for ongoing support. ### What should we provide before unicode & complex-script support starts? The most useful inputs are representative repositories and builds, architecture and content-flow documentation, supported and planned locales, design-system components, and known defects and release constraints. Admas can begin with a partial package, but missing context, rights, access, owners, or acceptance criteria will be made visible in the plan rather than treated as harmless assumptions. ### What does Admas deliver for unicode & complex-script support? Typical outputs include unicode and script-behavior assessment, representative multilingual test corpus, engineering remediation guidance, and automated and manual regression cases. Deliverables are adapted to the team that must use them, with decisions, evidence, limitations, owners, and next actions made explicit. ### How is the quality of unicode & complex-script support evaluated? Quality is measured against the real task and risk. Relevant evidence can include locale-sensitive test coverage, severity and recurrence of internationalization defects, script and format correctness, time needed to add a locale, and reduction in one-off code paths. Sampling, severity rules, reviewers, adjudication, and pass or fail thresholds should be agreed before the result is used as a release decision. ### Can AI replace the human work in unicode & complex-script support? Static analysis, pseudolocalization, property tests, visual regression, and locale-aware fixtures can expose repeatable failures. Engineers and language specialists still have to interpret ambiguous behavior, test real scripts and user journeys, and decide whether the product experience is correct. The right allocation depends on consequence, content stability, available references, language coverage, reversibility, and the cost of a plausible but wrong result. ### How much does unicode & complex-script support cost? The estimate changes with system and repository size, number of platforms and surfaces, architecture access, locale and script risk, depth of implementation or testing, and required documentation and enablement. Pricing should distinguish setup and discovery, repeatable units, specialist or engineering time, independent review, management, and external costs. A low unit price is not comparable if it excludes the QA cycle or shifts rework back to the buyer. ## Related internationalization services - [Internationalization architecture audit](https://admas.net/capabilities/internationalization/architecture-audit/index.md): A code-to-interface review that exposes locale assumptions and turns them into an actionable engineering plan. - [Locale-ready product design](https://admas.net/capabilities/internationalization/locale-ready-design/index.md): Interfaces and content patterns designed for expansion, bidirectionality, local formats, and variable language length. - [Message architecture & MessageFormat](https://admas.net/capabilities/internationalization/message-architecture-messageformat/index.md): Structured messages, variables, selection logic, and authoring rules for grammatical, safe, maintainable multilingual interfaces. - [Automated internationalization testing](https://admas.net/capabilities/internationalization/automated-i18n-testing/index.md): Build and runtime tests for locale-sensitive code, multilingual data, layout, input, formatting, and message behavior. ## Start a project - [Build a project brief](https://admas.net/start-a-project/index.md?focus=internationalization): Tell Admas what you are building, which modalities and languages matter, and where progress is blocked.