UI and UX design
Interfaces designed around what people are trying to accomplish, then tested with them before development starts.
Kolkata and West Bengal
You own the source code
Support after launch
Design decisions made in a design file cost minutes to change. The same decisions discovered halfway through development cost days. That is the entire economic argument for doing UX work first, and it holds for internal tools just as much as for consumer products.
We research how the work is done, map the flows, prototype the difficult screens and put them in front of real users — then hand development a design system rather than a folder of pictures.
Problems this solves
Features built and never used
Requirements gathered only from management often miss what the people doing the work actually need.
Screens designed in isolation
Individually reasonable screens can add up to a flow nobody can complete without help.
Inconsistent interfaces
Without a component system, every new screen invents its own buttons, spacing and terminology.
Accessibility as an afterthought
Contrast and keyboard operation are cheap to design in and expensive to retrofit across a finished product.
What the work covers
User research
Interviews and observation of how the task is performed today.
User flows
The route through the product for each task that matters.
Wireframes
Structure and hierarchy settled before any visual styling.
Prototypes
Clickable flows for the screens where the risk actually sits.
Visual design
Type scale, colour, spacing and a reusable component library.
Usability testing
Watching real users attempt real tasks, then fixing what fails.
Research to tested interface
Design work moves from understanding to structure to surface. Testing closes the loop before a single component is built.
Research
How the task is done today, and by whom.
User flow
The route through each significant task.
Wireframes
Layout and hierarchy without styling.
Prototype
Clickable flows for the risky screens.
Visual design
Type, colour, spacing and components.
Testing
Real users, real tasks, measured outcomes.
What you end up with
Fewer changes discovered during development
Flows validated before they are built
A component library that keeps screens consistent
Accessible contrast and keyboard operation by default
Developer handoff with real specifications
Design decisions with reasons attached
Technologies we commonly use for this
The stack is chosen per project — from your requirements, your existing systems and who will maintain it afterwards. This list is what we reach for most often, not a fixed answer.
Ways to work together
Model A
Fixed scope, fixed price
The scope is written down in detail before work starts, and the price is fixed against it. Changes are quoted separately as they come up.
Best for: Well-understood projects — a website, a defined module, a rebuild.
Model B
Monthly retained team
An agreed number of developer days each month, directed by your priorities. Scope can move without renegotiating a contract.
Best for: Products that will keep evolving after the first release.
Model C
Phased delivery
The system is split into phases that each ship something usable. Every phase is quoted before it begins.
Best for: Large ERP, SaaS and platform builds where the full scope is big.
Model D
Support and maintenance
Ongoing care for a system that already exists — ours or someone else’s — covering fixes, updates and small enhancements.
Best for: Live systems that need a reliable pair of hands.
Sectors we apply this in
Frequently asked questions
UX is the structure — what the product does, in what order, and whether people can complete their task. UI is the surface — the visual language that presents it. A beautiful UI over a broken UX still fails; a plain UI over a well-designed UX usually works.
Yes, and internal tools often benefit more. Staff use them for hours a day, so a poor flow costs measurable time every single day.
Yes. We build the interface system on your existing typography and colour, extending it where the guidelines do not yet cover application states.
Editable design files, a documented component library, prototypes for the key flows, and a specification developers can build from without guessing.
Topics people search for
Related services
Website Development
A website is usually the first thing a prospective customer sees. It should load quickly, say something useful and be findable.
Mobile App Development
Apps built to be used daily — fast to open, sensible offline and maintainable once they are in the stores.
Web Application Development
Applications that run in the browser, handle real workloads and hold up when several departments depend on them at once.
SaaS Development
Building a software product means building a business system around it too — tenancy, billing, onboarding and support tooling.
Talk through your project with a developer
You will speak to someone who writes the software, not a salesperson working from a script. Bring your requirements, or just the problem.