Great software starts with understanding the user and the problem. Not the requirements doc.
Enterprise software doesn't have to feel like enterprise software. Caxy's product design practice combines deep user research, scalable design systems, and accessibility-first thinking to create applications people actually want to use. We design for the person at the keyboard - then validate with them before a single line of code is written.
Your users have workarounds for your software. That's a design failure.
When employees export data to Excel to do what the application should handle, that's not a training problem - it's a design problem. When customers call support instead of completing a workflow, that's lost revenue you can measure. Most enterprise software is designed around database schemas and internal processes, not around the humans who use it eight hours a day. Caxy designs from the user backward. We observe real workflows, map actual pain points, and design interfaces that eliminate the workarounds your team has normalized. The result is software that reduces support tickets, accelerates onboarding, and increases adoption without a training budget.
We watch your users work before we sketch a single screen.
Every Caxy design engagement starts with contextual inquiry - we observe real users performing real tasks in their actual environment. Not focus groups. Not surveys. Direct observation paired with structured interviews that reveal the gap between what people say they do and what they actually do. This research feeds into journey maps, task flows, and information architecture that reflects how work actually happens. We prototype rapidly, test with real users within weeks, and iterate before development begins. By the time engineering starts, the design has been validated by the people who will use it every day.
Accessibility isn't a checkbox at the end of a project. It's a design constraint from day one. Caxy designs to WCAG 2.1 AA standards as a baseline, with AAA compliance where feasible. That means proper color contrast, keyboard navigation, screen reader compatibility, and semantic markup - all validated through automated testing and manual review with assistive technology users. For our clients in healthcare, financial services, and government, this isn't optional. For everyone else, it's the difference between software that works for your entire user base and software that excludes 15% of them.
Most firms start with a sprint plan. We start with a question: what problem are we actually solving? Before a single line of code is written, we validate assumptions, interview users, and pressure-test the business case. Then we build in 2-week cycles with a working demo every time. No big reveals. No surprises. No wasted months. This is why our projects ship on time when 92% of the industry doesn't. The secret isn't better engineers - though ours are exceptional. It's that we refuse to build the wrong thing.
Product Design Questions
Enterprise UX design focuses on complex, multi-step workflows used by trained professionals rather than casual consumers. It prioritizes efficiency, error prevention, and learnability over novelty. Enterprise applications typically involve role-based permissions, dense data displays, and integration with multiple backend systems. Success is measured by task completion time and error rates, not download counts.
Enterprise product design typically ranges from $75K to $300K depending on scope, number of user roles, and complexity of workflows. A focused design sprint for a single application module runs $30K to $60K. Caxy's Game Changer Assessment at $50K often serves as the starting point, covering design strategy alongside technical architecture for organizations that need both.
Contextual inquiry - observing users in their actual work environment - is the most valuable method for enterprise UX. It reveals workarounds and pain points that interviews miss. Complement this with task analysis, card sorting for information architecture, and moderated usability testing with interactive prototypes. Surveys and analytics provide scale but lack the depth of direct observation.
A design system is a library of reusable UI components, design tokens, and documented patterns that ensure visual and behavioral consistency across an application or product suite. Companies need one when they have more than 3 developers building UI, plan to scale their product, or notice inconsistencies across screens. Design systems reduce design-to-development handoff time by 30-50%.
A complete design phase for a medium-complexity enterprise application takes 8 to 14 weeks, covering research, information architecture, wireframes, visual design, prototyping, and usability testing. Smaller modules or feature additions take 3 to 6 weeks. Caxy runs research and design in parallel tracks to compress timelines without sacrificing user validation.
There is no handoff in the traditional sense because our designers and developers work on the same team. Design components map directly to front-end components in React, Angular, or Vue. Developers participate in design reviews and usability tests. This eliminates the interpretation gap where designs get diluted during implementation. What gets designed is what gets built.
Accessibility is integrated into the design process from the first wireframe, not retrofitted at the end. We design to WCAG 2.1 AA standards as baseline, covering color contrast, keyboard navigation, screen reader support, and focus management. Automated tools catch about 30% of issues. Manual testing with assistive technology users catches the rest. Section 508 and ADA compliance are built in.
Yes. Front-end redesigns that preserve existing APIs and data models are one of the highest-ROI investments a company can make. Caxy has redesigned dozens of enterprise applications by replacing the presentation layer while keeping backend systems intact. This approach typically costs 40-60% less than a full rebuild and delivers user experience improvements in 3 to 4 months.
