Research-Led UX/UI Design Services
Software rarely fails because the code is wrong. It fails because a user cannot work out what to do next, an admin abandons a workflow halfway through, or a clinician goes back to the spreadsheet the product was supposed to replace. Those are design failures, and they show up as support tickets, flat activation, and a renewal conversation that does not go well.
Cabot's UX/UI design services cover software products, MVPs, and enterprise applications, from the first user interview to the component library your engineers build from. Every recommendation traces to something observed: an interview, a task test, a support log, a drop-off in your own analytics. Nothing ships because it looked good in a review.
We are a software engineering company that designs, not a studio that hands over files. The people who draw the screens sit with the people who build them, so what you approve is what gets shipped, with states, edge cases, and tokens already specified.
User research · Information architecture · Application UI · Prototypes · Design systems · Accessibility
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USD 15.61B
Projected size of the global UI and UX market by 2032, growing at 32.4% a year.
20%+
Share of workplace applications expected to use AI-driven personalization for adaptive worker experiences by 2028.
32 and 56 points
Revenue growth and shareholder return advantage held by top-quartile design performers over their industry peers across a five-year study period.
What UX/UI design actually covers on a software product
UX/UI design services are the user research, information architecture, interaction design, interface design, and usability testing that decide how a software product behaves and how it looks before engineering writes production code.
The two halves do different jobs. UX decides the structure: which screens exist, what order a user meets them in, what happens on an error, what an empty account looks like on day one, and which of the forty things a stakeholder asked for actually earn a place on the screen. UI decides the surface: the type scale, the spacing system, the component states, and the way a table behaves when a column holds four thousand rows instead of four.
On a software product the distinction is commercial, not academic. A polished interface over a broken flow still loses the user at step three. A sound flow inside an interface nobody trusts still loses them at the sign-up. Both halves have to hold, and on applications carrying real operational weight, a clinical dashboard or a claims queue, the structural half carries most of the risk.
This is design for software, which is why UI/UX design services for an application look nothing like a brand engagement. The output is not a logo suite or a campaign. It is a validated set of flows, a working prototype, a component library with defined states, and a specification an engineering team can build from without a translation meeting.
Why teams end up redesigning the product they just shipped
Screens designed on opinion. The most senior person in the review decided the layout. There is no record of a single user attempting the task, so when adoption stalls there is nothing to reason from, and the next version is another opinion.
Files engineering cannot build from. The design looks finished in Figma and falls apart in the sprint. Hover, disabled, loading, and error states were never drawn, spacing was eyeballed rather than tokenized, and engineers end up inventing the missing half, and what ships stops matching what was approved.
An MVP that tests the wrong thing. The first release carries the features that were easiest to agree on rather than the ones the business case depends on. Users try it, nothing conclusive comes back, and the team has spent a chunk of its runway learning very little.
Applications people work around. Internal and enterprise tools get built to a requirements list rather than to a job. Staff keep a parallel spreadsheet, paste between systems, or ask a colleague to do it for them. The software is live and the process it was meant to replace is still running beside it.
Accessibility found after launch. Contrast, focus order, keyboard paths, and screen reader labels were never in scope. The gap surfaces through a procurement questionnaire, a public sector bid, or a demand letter, and the fix is now a retrofit across every screen instead of a decision in the component library.
A design system that drifts. A component library was delivered once and never governed. Within two quarters there are three button variants, four shades of the same blue, and nobody is sure which file is current. Every new feature reopens a settled decision.
Our research-led UX/UI design services
Product discovery and UX research
Our UX/UI design services start with evidence rather than a moodboard. User and stakeholder interviews, task analysis, journey mapping, competitive teardown, and a read of what your analytics and support tickets already show. You get a prioritized problem list with evidence attached to each item, and that list is what every later decision gets checked against.
MVP UX/UI design
Design for a first release that has to prove something on a fixed runway. We work out the smallest set of screens that genuinely tests the idea, design those to a real standard, and leave the rest deliberately undesigned. Pairs directly with our MVP development services when you want one team to design and build it.
Web and SaaS application design
Multi-tenant products, admin consoles, analytics views, permissions, billing, and the unglamorous onboarding screens that decide whether a trial converts. We design for the account on its four hundredth day, not the empty demo account.
Mobile application design
Native and cross-platform interfaces designed to platform conventions rather than a desktop layout squeezed onto a phone. Offline states, permissions, notifications, and thumb reach are treated as design decisions, not defects found in testing. Connects to our mobile app development services for the build.
UX audit and application redesign
For a product already in the market. Heuristic review, task-based usability testing with real users, funnel analysis, and an accessibility pass, ending in a ranked list of fixes with effort set against impact. Redesign follows only where the evidence supports it, so you are not paying to move screens that already work.
Design systems and engineering handoff
Design tokens, a component library with every state defined, usage rules, and a governance model naming who approves a change. Built in the tooling your engineers already work in, so the system stays alive after the engagement ends.
What does it cost to design a software product properly?
UX/UI design services are priced against the number of distinct screens and states, how much research the decision in front of you actually needs, and how many platforms the interface has to hold up on. We scope a defined deliverable list and price that list, so the figure does not move because a stakeholder joined late. Get a working number in a few minutes, then talk to us about your product specifically.
How AI shortens the design cycle without deciding the design
What has not changed is who decides. A model can produce a plausible dashboard for a care coordination team. It cannot know that the coordinator is reading that screen while on the phone to a patient's family, that the field she needs most is buried three clicks in, or that there is a legally required step in the middle of the workflow. That understanding comes from sitting with the person doing the job, and it is where the value of the engagement actually sits.
The design stack and where AI sits inside it
Target stack
Research synthesis in hours
Interview transcripts that took two days to code into themes now take an afternoon, which means research stops being the reason a project starts late. The clustering is a first pass, and a researcher decides which pattern is real.
Options instead of a blank artboard
Twelve layout directions can be generated in the time it used to take to draw two, so the review starts from real alternatives rather than one designer's first instinct. Which direction survives is still a design decision.
Accessibility caught while drawing
Contrast, focus order, and labeling problems that once waited for a manual audit get flagged as the screen is built, where the fix costs minutes rather than a remediation project across every screen.
What a model cannot know
A model can produce a plausible clinical dashboard. It cannot know the coordinator is reading it while on the phone to a patient's family, or that a legally required step sits in the middle of the workflow. That understanding comes from sitting with the person doing the job.
What a design partner that also ships the code gives you
How we choose and govern the tooling
What a design partner that also ships the code gives you
The products we design for
Healthcare and clinical applications
Clinicians work in short interruptions with real consequences, so we design for the interruption rather than the ideal path. Knowing what a care team actually looks at mid-shift is the difference between a dashboard that gets used and one that gets bypassed. This feeds directly into our healthcare software development work.
SaaS and subscription products
Activation and retention are design problems long before they are marketing problems, so onboarding, the empty state, and the upgrade path get treated as the commercial surfaces they are. On internal tools the competition is a spreadsheet, and density is the whole design problem.
Patient-facing products
A broad ability range, low tolerance for friction, and often a stressful moment of use. We design patient engagement and patient onboarding journeys for someone anxious and holding a phone, not for a demo.
Industries we already understand
Healthcare
Ecommerce
Fintech
Travel and Tourism
Security
Automobile
Stocks and Insurance
Restaurant
Designed to pass accessibility, security, and clinical review
Security leads, because research is the point where UX/UI design services touch real data. Sessions run under NDA, recordings are access controlled and retained only as long as the engagement needs them, and production data does not go into design files. Where a product handles protected health information, research runs on de-identified or synthetic data, and the design team works to the same access rules as the engineering team.
Accessibility is designed in rather than audited on. Contrast ratios, focus order, keyboard operability, target sizing, and screen reader semantics are settled in the component library, which makes a conformant screen the cheap default and a non-conformant one the exception somebody has to justify. For public sector and enterprise buyers this is usually a procurement gate, and for healthcare products it is increasingly a condition of sale.
From first interview to a build-ready interface
Every stage in our UX/UI design services closes on a decision. If a stage cannot produce one, we do not move on, because an unresolved question multiplies in cost with every screen drawn on top of it.
1. Discovery and research
Interviews with users and stakeholders, analysis of the product data you already hold, and a review of what has been tried before. The decision at the end of this stage is what we actually know, and the shortest research that closes the rest.
2. Audit and problem definition
Heuristic review and task testing on what exists today, or a competitive teardown where nothing exists yet. The decision is refine, redesign, or rebuild, with the reasoning written down so it can be revisited.
3. Information architecture and flows
Structure, navigation model, task flows, and state maps including error and empty conditions. The decision is that the structure is signed off before any visual work begins.
4. Interface design and prototype
Component design, the visual system, and a working prototype at the fidelity the next decision requires. The decision is that the visual direction is locked against the system rather than against personal preference.
5. Usability validation
Task-based testing with participants who match the real user, measured on completion and hesitation rather than opinion. The decision is ship it, iterate it, or cut it, based on what people actually did.
6. Handoff and design system
Specification, tokens, component documentation, accessibility annotations, and a working session with your engineering team. The decision is who owns the system after launch, and how a change to it gets approved. Handover is a stage of our UX/UI design services, not an afterthought once the invoice clears.
Who works on your product, and where our depth actually is
Our UX/UI design services run with named accountability rather than a pool of interchangeable designers. A product design lead owns the outcome and is the person you argue with. A UX researcher runs interviews and testing and is accountable for the evidence being real. A UI designer owns the visual system and component behavior. A design engineer sits between design and the build, owning tokens, specification, and whether what was approved is what shipped. On accessibility-sensitive products, a reviewer signs off the conformance work.
Depth is specific, and there are four places ours is genuinely deep. Clinical and care team workflows, because we ship healthcare software continuously and understand what an interruption-driven shift does to an interface. Data-dense enterprise and analytics screens, where the design problem is density rather than decoration. MVP scope design on a fixed runway, where the skill is deciding what not to design. Design systems that survive contact with engineers, because our designers hand off to our own engineering teams and hear about it directly when a specification is thin.
The working model is embedded rather than agency style. Designers join your standups, findings are shared as they land instead of saved for a reveal, and engineering reviews structure before visual work starts. It is less theatrical than a big presentation and it produces far fewer surprises in the sprint.
Why product and technology leaders choose Cabot for research-led UX/UI design services
Design decisions you can defend
Every recommendation carries the evidence behind it. When a board member asks why the flow works this way, the answer is a finding from a real session rather than a preference.
Ready for engineering on day one
Tokens, states, and specifications arrive with the design, because the same organization builds it. Explore the wider product engineering practice this sits inside.
Speed where speed actually matters
On a funded runway the binding constraint is calendar. We scope design to the decision in front of you and move, which is why this pairs so naturally with MVP development services.
Compliance designed in, not bolted on
Accessibility conformance and data handling are settled in the component library and the research protocol, where they are cheap, rather than in a remediation project, where they are not.
Real healthcare depth
Clinical workflow, patient-facing journeys, and care team tooling are our daily work rather than a vertical we claim. That includes telehealth and virtual care products.
A system that outlives the engagement
You finish with a governed design system and a team that knows how to run it, not a folder of final files nobody dares to touch.
Where this fits in your product plan
You have an idea and need something real users can try
Design and build a first release scoped to prove the one thing your business case depends on. See MVP development services.
You need the whole product designed and built
Discovery through launch and beyond, with design as one discipline inside it rather than a separate purchase. See product engineering services.
Your product is intelligent, not just interactive
Where the interface is a surface onto a model, design and engineering have to be decided together. Look at AI engineering services.
Your product lives on a phone
Native and cross-platform delivery with the interface designed to the platform. See mobile app development services.
Our Clients
They include user research, information architecture, interaction and interface design, prototyping, usability testing, accessibility work, and a design system with an engineering handoff. On a software product the output is a validated set of flows, a working prototype, and a specification engineers can build from without interpretation. Some engagements need all of it. Others need one part, such as an audit of a product already in the market.
Cost is driven by the number of distinct screens and states, the depth of research the decision requires, and how many platforms the interface has to work on, so a single package price would be misleading. We scope against a defined deliverable list and price that list. You can get an indicative figure in a few minutes with the Cost Calculator, then we scope your specific product.
UX design decides how the product works: the structure, the flows, what happens on error, and which features earn a place. UI design decides how it looks and responds: the visual system, spacing, typography, component states, and how things like tables and forms behave under real data. They are separate disciplines and a product needs both, because a sound flow inside an untrustworthy interface and a polished interface over a broken flow both lose the user.
A focused UX audit of an existing application typically runs two to three weeks. Design for an MVP, meaning research through to a validated prototype for a first release, generally runs four to six weeks. Full application design with a design system runs longer and is usually staged, so engineering can start on the first area while later ones are still in design.
Both, and roughly half of our UX/UI design services work is redesign. For an existing application we start with an audit rather than a redesign proposal, because a full rebuild is often the wrong answer. Testing frequently shows that a small number of specific fixes recovers most of the lost usage, and knowing that before committing budget is the entire point of auditing first.
We use it to compress the parts of design that involve volume: transcribing and clustering research sessions, generating layout options to react to, drafting content for edge-case states, and flagging accessibility issues as screens are drawn. We do not use it to decide structure or to ship an unreviewed interface, we do not train models on your product data or designs, and regulated data stays out of design workflows entirely.
Yes, and it is designed into the component library rather than audited at the end. We work to WCAG 2.2 AA as the default, with Section 508 and ADA considerations where the buyer or the market requires them, and we can produce the accessibility documentation procurement teams ask for. Building conformance into components costs substantially less than remediating screens after launch.
You do. Everything produced by the engagement transfers to you, including files, tokens, component libraries, research recordings, and documentation, in the tooling your team already uses. We also run a handover session so the system has a named owner on your side and clear rules for approving changes, because an ungoverned design system starts drifting within a couple of quarters.