A design that cannot be built as drawn is not a design, it is a picture. Ours are produced in the same Pod that ships them.
The usual failure is organizational. Design happens in one company, engineering in another, and the handoff is a file. Every ambiguity in that file becomes a decision an engineer makes alone, at speed, without the context that produced the drawing.
Because design and delivery sit in the same Pod here, each flow is validated as a clickable prototype before implementation, and the design system is built as real components rather than as a library of symbols nobody can use.
We also research before we draw. Not a six-week study, but enough contact with actual users to know which of the three plausible flows matches how people already think about the task.
Flows, wireframes, and interface design for real products.
Clickable validation of direction before implementation starts.
Interviews and testing scoped to the decision at hand.
Components, tokens, and documentation engineering can actually use.
Contrast, focus order, and semantics decided during design.
Handover that matches what gets built, because the same Pod builds it.
User experience is a question about structure. Which screens exist, in what order, what happens when something is missing, and whether the path matches how someone already thinks about the job. Get this wrong and no amount of interface work recovers it.
The interface layer carries the brand and does the moment-to-moment work of being legible, tappable, and unambiguous. We build it as a design system of real components rather than a page of symbols, so the second screen costs less than the first.
Most requests for "design" arrive meaning the second one. The first is where the money is usually lost, because a beautiful interface over the wrong flow is a faster route to the wrong place.
Step 01
The question your design has to answer gets written down before anything is drawn.
Step 02
Your flows become a clickable prototype. Redirecting a prototype costs a fraction of redirecting an implementation, which is the entire reason it exists.
Step 03
Usability testing happens before implementation rather than after your launch, while the answer is still free to act on.
Step 04
Design runs roughly a cycle ahead of implementation, in the same Pod that ships it. No file goes over a wall, so ambiguity gets a conversation instead of a guess.
Step 05
Patterns that recur become components in your design system, so each later surface costs you less to design and less to build.
Research has a bad reputation in product teams, and it earned it honestly. Six-week studies that arrive after the decision was made are theatre, and everyone involved knows it.
So we size research to the decision in front of us. If the question is which of three plausible flows matches how people already think about a task, that is five or six conversations and two days, not a discovery phase. If the question is whether an entire product category is worth entering, that is a bigger piece of work and it should be a separate engagement rather than smuggled into a build.
The test we apply is simple. If the finding could not change what we build next, we do not run the study. That constraint keeps research cheap enough to actually happen, which is the only way it affects anything.
Sometimes the honest answer is that you have nothing to design yet, because the shape of the thing is not decided. That work is discovery, and it produces artefacts rather than screens.
What you get out of it is the material your estimate can be built from. A backlog broken into epics and user stories, a high-level architecture stating what your system has to talk to, and a service blueprint showing where your product touches your operation. Those three turn a vision into a scope that can be priced in story points.
Discovery is a separate engagement, not something smuggled into your build. It is also the right first step more often than people expect, and you will be told that rather than handed screens for a product nobody has bounded yet.
Design and engineering come out of the same capacity here, so design work competes with features rather than sitting in a separate budget you forget about. That makes it worth knowing what actually costs.
The answer is states, not screens. A screen is one drawing. A screen with empty, loading, partial, error, offline and permission-denied variants is six, and those variants are exactly what gets skipped in a handoff and then invented by an engineer at speed.
If you already have something built, the cheapest way to find out whether this capability is worth buying is to watch us assess your product first. A written heuristic audit, back in two to three business days, at no cost.
Every Indigo Design Award this design work has taken since 2019, with the category it was given in and the product it was given to.
A written heuristic review of what you have already built
La misma auditoría, en español
The capability design runs a cycle ahead of
Case study, and an Indigo winner
How design work gets priced alongside the build
In 30 minutes, we will show you what a Pod would ship first and how we would price it.
