Build reusable interface foundations that support real tasks, assistive technology and international users. The engagement connects investigation to implementation, with a baseline, reviewed changes and clear acceptance criteria.
What’s included.
Three steps.
Understand
Agree the task, baseline, source systems and delivery boundary.
Build
Develop and review the code, configuration and integrations in scope.
Verify
Test representative cases, compare with the baseline and hand over.
Recognise the challenge?
Start with the problem you see. Explore what we can change, then open the implementation notes for the detail.
01Accessible customer-journey remediation
What you may be seeing
- Keyboard users cannot complete a purchase or booking.
- Screen readers miss important buttons or form instructions.
- Focus disappears when a modal or menu opens.
- Errors and confirmation messages are not announced.
- The page becomes unusable when text is enlarged.
We identify barriers in important customer journeys and repair the design and code behind them.
Implementation & verification
We test the actual customer journey with keyboard, screen reader and relevant display settings to identify blocking interactions. We change the interface code to correct semantics, focus behavior, labels, status announcements and responsive presentation. We verify custom controls and third-party steps together so accessibility does not stop at the page boundary. We combine automated checks with manual task testing and document remaining limitations rather than treating a scanner pass as complete conformance.
How we verify the work
- Start with essential browse, checkout, booking and enquiry tasks, including errors.
- Fix native semantics before adding ARIA and validate focus through dynamic steps.
- Test zoom/reflow, keyboard, screen-reader output and embedded/provider interactions.
- Accept on completing the agreed tasks and resolved verified barriers, with explicit residual issues.
Tools considered for this work
Delivery: frontend/component development + automated/manual accessibility testing. Automation: axe-core through Playwright or Accessibility Insights. Manual: NVDA on Windows, VoiceOver on Apple devices and keyboard-only tasks. Reference: WCAG (Web Content Accessibility Guidelines) 2.2 and W3C WAI form/control guidance. Code: semantic HTML, correct ARIA where needed and application focus management.
02Arabic/Japanese interface engineering retrofit
What you may be seeing
- Arabic text breaks our left-to-right layouts.
- Japanese labels overlap or are truncated.
- Names and addresses cannot be entered correctly.
- Mixed-language numbers and product codes display confusingly.
- The translated website still feels difficult to use.
We adapt layouts and interactions for the languages and writing directions your audience uses, including realistic content testing.
Implementation & verification
We repair layout and input behavior for the supported Arabic and Japanese customer journeys. We code direction-aware layouts, resilient text wrapping, suitable font handling and locale-sensitive input/formatting behavior. We isolate mixed-direction identifiers where needed and keep validation compatible with actual local names and addresses. We validate with native-language task review and representative content rather than relying only on translated strings.
How we verify the work
- Test actual scripts, long labels, mixed codes and local input patterns in essential tasks.
- Replace fixed left/right assumptions with logical layout rules and intentional bidi isolation.
- Check validation, formatting and typography together with language reviewers.
- Measure task completion and locale-specific layout/input defects rather than translation coverage alone.
Tools considered for this work
Delivery: frontend/i18n development + localization QA. Layout: CSS logical properties, HTML dir and bidi handling. Formatting: browser Intl APIs (controlled connections between applications) or the application's existing localization library. Design/content: Figma with representative Arabic/Japanese text and approved fonts. QA: Playwright locale fixtures plus native-language review on target devices.
03Accessible reusable-component overhaul
What you may be seeing
- The same inaccessible control appears throughout our app.
- Teams fix buttons differently on different screens.
- An interface update keeps reintroducing old accessibility bugs.
- Custom dropdowns and dialogs do not work with assistive technology.
- We cannot scale accessible design across new features.
We build reusable interface components with documented behaviour and accessibility checks, so future changes remain consistent.
Implementation & verification
We repair the shared components responsible for repeated barriers rather than patching every screen independently. We code consistent semantic, keyboard and focus behavior into the component library and migrate consuming screens carefully. We document supported patterns and add interaction/accessibility checks for representative component states. We validate the updated components in real journeys because component-level correctness alone does not prove the assembled experience works.
How we verify the work
- Find high-reuse primitives and map their consumers before changing behavior.
- Correct labels, keyboard patterns, disabled/error states and focus ownership centrally.
- Migrate incrementally and test the components in their actual form/navigation contexts.
- Measure verified barrier reduction, regression incidence and adoption of corrected components.
Tools considered for this work
Delivery: component-library/frontend development + design-system tooling. Documentation/testing: Storybook component states and interaction tests. Automation: axe-core/Playwright with regression fixtures. Manual: keyboard and NVDA/VoiceOver component/journey checks. Design: Figma shared component library aligned with coded behavior.
Build consistency into delivery.
Reusable coded components turn interface rules into working behaviour. Automated checks cover important interaction and accessibility cases, with manual review for the experience those checks cannot judge.
Explore the technical toolkit
Selected around your existing stack, licences, permissions and agreed scope.
Define what better means.
Completion
Can people finish the intended task correctly?
Clarity
Do customers understand the offer and the next step?
Inclusion
Verified keyboard, screen-reader and mobile task behaviour.
Targets follow the baseline. These are measurement areas, not promised results.
Engineering terms, explained
- Grounded AI / RAG
- An assistant retrieves relevant approved evidence before generating an answer. Access controls and evaluations still need to be engineered and tested.
- Idempotency
- Retrying the same operation does not create an extra order, payment or record.
- Controlled experiment
- A concurrent comparison of assigned variants, with a defined outcome, observation window and decision rule.
- Core Web Vitals
- Measures of main-content loading, responsiveness to interaction and visual stability.
Technical references: Web Vitals · Azure document access · Structured data guidelines.
Quick answers.
Do you deliver designs or working software?
Both can be included. We can research and prototype, then implement the approved interfaces in your application with your engineering team. The proposal specifies the delivery boundary.
Will you redesign the whole product?
Only if the evidence supports it. We can improve one important journey and extend reusable patterns from there.
Do you work beyond ecommerce?
Yes. This work applies to software products, customer portals, service businesses, booking systems, internal tools and digital commerce.