The challenge
Products lose users when the interface is confusing, inconsistent or designed without knowing how people really work. Design that is handed over as static pictures is often expensive to build and drifts from the original intent.
Service 06 ยท UI/UX & Product Design
Product design that engineering can build and users understand.
We design the experience and the interface together with the engineers who will build it, so what is designed is what ships, and what ships is easy to use.
Business problem
The problem we solve
Our approach
How we approach it
We start with the people who use the product and the tasks they need to complete. We test ideas as clickable prototypes before engineering begins, then deliver a design system and specifications that map directly to components in code.
Understand users and goals
Agree who the product is for, the tasks that matter most and how success will be recognized.
Structure and prototype
Map the flows, sketch the screens and build a clickable prototype of the core journey.
Test and refine
Put the prototype in front of real users, learn where they hesitate and improve before development.
Systemize and hand over
Turn the approved design into components and guidelines, and stay involved while it is built.
Capabilities
What UI/UX & Product Design includes
User research
Interviews, task analysis and review of existing behavior to learn what users actually need.
Information architecture
Structure, navigation and content hierarchy that let people find things without instructions.
Wireframes and prototypes
Low- and high-fidelity prototypes that can be tested with users before any code is written.
Interface design
Clear, accessible visual design for web and mobile, including responsive layouts.
Design systems
Reusable components, tokens and guidelines that keep a growing product consistent.
Accessibility
Contrast, keyboard use, screen reader support and readable content designed in from the start.
Usability testing
Observing real people complete real tasks and turning what we learn into changes.
Design-to-development handover
Specifications, assets and component definitions that engineers can implement without guesswork.
Technology
Technology and what we use it for
Only technologies our team uses hands-on are listed.
- Design and prototyping toolsWireframes, high-fidelity screens and clickable prototypes
- Design tokensShared color, type and spacing values used by design and code
- React and TypeScriptBuilding the design system as tested, reusable components
- HTML and CSSSemantic, accessible and responsive interface markup
- Flutter and React NativeImplementing the same design language on mobile
Architecture considerations
How we structure the system
Design has an architecture too: a structure of flows, components and rules that lets a product grow without becoming inconsistent.
Flows before screens
We map the user journeys and states first, including empty, error and loading states that are often forgotten.
Component-based design
Screens are assembled from a small set of reusable components, which keeps design and code aligned.
Design tokens
Color, type, spacing and motion are defined once and shared by design tools and code.
Responsive by principle
Layouts are designed to adapt from phones to large monitors rather than as separate fixed versions.
Living documentation
Guidelines and component notes are kept with the code so they stay current.
Security considerations
How we protect it
These are the practices we plan into the work. They are not certifications.
Safe defaults in the interface
Confirmations for destructive actions, clear permission states and sensible privacy defaults.
Clear error handling
Error messages help the person recover without exposing technical details that help attackers.
Privacy-respecting flows
Forms ask only for the information needed and explain how it will be used.
Authentication usability
Sign-in, recovery and multi-factor flows are designed to be usable so people do not resort to insecure workarounds.
Accessible security
Security steps are designed to work with keyboards and screen readers as well as pointers.
How we work
Our development process
Every engagement follows the same seven stages, with a checkpoint at each.
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Discover
Business requirements, users, constraints and objectives.
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Architect
Technology strategy, system architecture and a delivery roadmap.
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Design
UX and UI design with technical specifications.
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Build
Engineering and integrations, delivered in tested increments.
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Validate
QA, security and performance testing before release.
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Deploy
Production deployment with monitoring in place.
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Scale
Optimization, maintenance and future development.
Relevant industries
Where this applies
Hospitality
POS, QR ordering, inventory, loyalty, franchise management and business analytics.
Retail
Digital commerce, inventory, customer engagement and analytics.
Healthcare
Digital platforms, workflow automation, patient-facing systems and data solutions.
Relevant projects
Related work
We do not have a published client case study for UI/UX & Product Design yet, and we do not show work we cannot stand behind. Our own products, and the solutions we can build, are listed with their status.
FAQ
Frequently Asked Questions
Can you design a product that another team will build?
Yes. We deliver prototypes, a design system and written specifications that an external development team can implement. We also stay available to answer questions during development.
Do you redesign existing products?
Yes. We begin by reviewing how the current product is used and where people struggle, then improve it in priority order so the business is not disrupted.
How do you make sure the design is accessible?
We design for readable contrast, keyboard use, clear focus states and screen reader support, and we check the built interface against the same criteria before release.
What do we receive at the end of a design engagement?
Tested prototypes, the final screens for web and mobile, a design system with components and guidelines, and specifications for development. The exact list is agreed in the scope.
Discuss Your Product Design
Tell us about your situation. An engineer will review it and reply with questions and a suggested approach.