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An AI assistant is planned. Until it is genuinely useful we would rather point you at the page that actually answers your question.
UX is the decisions about what the product does and in what order — which tasks it supports, what a user must supply, where the flow can be shortened. UI is how those decisions are expressed visually. They are often bundled together, but the expensive mistakes are almost always UX ones.
A design engagement generally produces four things: research findings about the users and their context, flows describing how tasks are completed, interface designs for each screen, and a design system defining the reusable components and tokens those screens are assembled from.
Design problems surface as engineering costs. A confusing flow becomes support tickets. An unvalidated assumption becomes a feature nobody uses that still has to be maintained. Changing a flow in Figma costs hours; changing it after it has been built costs weeks.
A design system changes the economics of everything built afterwards. Without one, each new screen is a fresh set of decisions and a fresh set of inconsistencies. With one, the twentieth screen is faster to build than the fifth, and the product looks like one product rather than several.
Our approach
We start with the tasks, not the screens. What is the user trying to finish, what do they already know when they arrive, and what is standing in the way? Screens designed before those questions are answered tend to be attractive arrangements of the wrong information.
We design the difficult states alongside the ideal one. Empty states, loading, partial data, permission denied, validation failure and long content are where most interfaces fall apart — and they are what users hit on their first session, before there is any data in the account.
We hand over a system rather than a set of pictures. Tokens for colour, type, spacing and elevation; components with their variants and behaviour defined; and documented rules for composition. That is what makes the design survive contact with engineering.
Capabilities
Interviews, task analysis and usability testing sized to the decision at hand rather than to a standard research package.
Structure and navigation that match how users think about the domain, not how the database is organised.
Flows and states, including the error and edge cases that determine whether a product feels solid.
Typography, colour, spacing and hierarchy applied consistently, with contrast checked as part of the work.
Tokens, components and documentation that engineers can implement without interpreting intent.
Interactive prototypes for testing a flow before it becomes engineering work.
Stack
Process
Understanding users, tasks and constraints — including the technical ones that shape what is buildable.
Task flows and navigation agreed before visual work starts, because these are the expensive decisions.
Screens designed across their real states, at the breakpoints the product actually needs to support.
Extracting tokens and components from the designed screens, so the system reflects real use.
Prototype testing with people resembling your users, before the design is committed to engineering.
Specifications, tokens and availability during the build, since questions always arise in implementation.
Use cases
Taking a product from concept to a designed, tested interface before engineering investment begins.
Where an interface has accumulated features without structure and now confuses the people using it.
Where multiple teams build screens that no longer look or behave like the same product.
Focused work on a specific flow — signup, checkout, onboarding — where drop-off is measurable.
Outcomes
FAQ
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