BengaluruIndia
+91 89180 76924
UI/UX DESIGN SERVICES
Design that makes complex products feel clear and usable.
CoderLyft delivers research-led UX and UI design for websites, applications, and digital products—from discovery and information architecture to design systems, prototyping, accessibility, and developer handoff.
Discovery & research • UX architecture • UI systems • Prototyping • Accessibility • Design handoff
Design
Experience layer
- Research Users & context
- UX architecture Flows & structure
- UI system Components & tokens
- Prototype Test & refine
- Handoff Build-ready specs
BUILT AROUND USERS
Good design should reduce friction—not add visual noise.
Effective UI/UX connects user needs, business goals, content structure, interaction patterns, accessibility, and implementation constraints. Research and architecture should inform visual design—not the other way around.
Research-informed decisions
Use discovery, interviews, and workflow review to ground design choices in real user and business context.
Clarity over decoration
Prioritise navigation, hierarchy, and task completion over unnecessary visual complexity.
System thinking
Build reusable components and patterns so the experience stays consistent as it grows.
Build-ready collaboration
Prepare specifications, states, and documentation so development teams can implement with confidence.
OUR DESIGN CAPABILITIES
From discovery to design systems and handoff.
Discovery and UX Research
Understand users, tasks, pain points, and business constraints before defining the experience direction.
- Stakeholder workshops.
- User interviews where appropriate.
- Task and journey mapping.
- Heuristic and UX audits.
- Competitive and pattern review.
- Research synthesis.
UX Architecture and Information Design
Define navigation, content structure, user flows, and screen logic for websites, products, and portals.
- Information architecture.
- User flow design.
- Wireframes and low-fidelity layouts.
- Content hierarchy planning.
- Role-based journey design.
- Experience specifications.
UI Design and Design Systems
Create visual interfaces and reusable component systems aligned with brand, accessibility, and implementation needs.
- Visual design exploration.
- Design tokens and typography.
- Component libraries.
- Responsive layout patterns.
- State and variant definitions.
- Design system documentation.
Interaction Design
Design meaningful interactions, transitions, form behaviour, and feedback that support task completion.
- Interaction patterns.
- Form and validation design.
- Micro-interaction guidance.
- Empty, loading, and error states.
- Responsive interaction rules.
- Motion guidance where appropriate.
Prototyping and Validation
Build clickable prototypes to review flows, test assumptions, and refine the experience before development.
- Clickable prototype builds.
- Scenario-based walkthroughs.
- Stakeholder review sessions.
- Usability testing support where scoped.
- Iteration and refinement.
- Decision documentation.
Testing depth depends on timeline, access to representative users, and the agreed research scope.
Accessibility-Informed Design
Apply accessibility principles during UX and UI design so experiences are clearer for more people and easier to implement accessibly.
- Semantic structure planning.
- Keyboard and focus considerations.
- Colour contrast review.
- Form and error-state clarity.
- Readable content hierarchy.
- Accessibility annotation for developers.
Design-to-Development Handoff
Prepare build-ready specifications, assets, and documentation for engineering teams.
- Developer-ready design files.
- Component specs and redlines.
- Responsive behaviour notes.
- Asset export and naming conventions.
- Implementation Q&A support.
- Design QA during build where scoped.
Product Design Support
Provide ongoing UX/UI support for product teams iterating on features, onboarding, and customer-facing workflows.
- Feature experience design.
- Backlog design support.
- Design critique and refinement.
- Pattern library maintenance.
- Release design updates.
- Cross-functional collaboration.
DESIGN DECISIONS
One design approach does not fit every product or website.
| Approach | Best suited for | Key strength | Important consideration |
|---|---|---|---|
| Research-led product design | Applications and platforms where task flows and usability risks need validation early. | Design decisions grounded in user and workflow understanding. | Requires time for discovery and iteration before visual polish. |
| Marketing website design | Brand-led sites needing clear messaging, content hierarchy, and conversion paths. | Strong narrative structure and reusable page patterns. | Content readiness and stakeholder alignment affect delivery speed. |
| Design system first | Products or organisations needing consistency across multiple screens or teams. | Reusable patterns reduce inconsistency during growth. | Initial system work should be balanced against near-term delivery needs. |
| UX audit and redesign | Existing products or sites with navigation, usability, or conversion-path problems. | Focused improvement on known friction points. | May uncover deeper structural issues requiring broader rework. |
EXPERIENCE DESIGN
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An experience connected from research to implementation.
A maintainable design practice connects user understanding, experience structure, visual systems, validation, and engineering handoff.
Example UI/UX design architecture
Users and goals
Customers • Internal users • Administrators • Partners • Business stakeholders
Experience layer
Marketing pages • Product workflows • Dashboards • Forms and onboarding • Support journeys
Design artefacts
Research insights • Flows and wireframes • UI components • Prototypes • Design specifications
Implementation support
Developer handoff • Design QA • Component documentation • Accessibility notes • Iteration feedback
Operations
Design system governance • Asset management • Version control • Backlog design support • Release coordination
Final design scope depends on product complexity, research access, brand maturity, and delivery responsibilities.
Quality built into the delivery process.
Usability
- Task-oriented flow design.
- Clear hierarchy and labelling.
- Consistent interaction patterns.
- Meaningful feedback states.
- Review against user goals.
Consistency
- Reusable component thinking.
- Documented design tokens.
- Responsive layout rules.
- Pattern reuse across screens.
- Change control for shared components.
Accessibility
- Semantic structure planning.
- Keyboard and focus considerations.
- Colour contrast review.
- Readable form design.
- Developer guidance for implementation.
HOW WE DELIVER
From discovery to build-ready design.
01 Discover  Goals
What happens: Clarify users, business goals, constraints, and success measures.
Deliverables: Discovery notes • Priority journeys • Initial constraints list
Checkpoint: Agree the audience, tasks, and what success looks like.
02 Plan  Architecture
What happens: Define research scope, information architecture, deliverables, and delivery stages.
Deliverables: Experience outline • Deliverables plan • Delivery roadmap
Checkpoint: Confirm scope boundaries and design approach.
03 Design  Experience
What happens: Shape flows, wireframes, visual design, and component patterns.
Deliverables: Flows and wireframes • Visual design directions • Component inventory
Checkpoint: Approve experience direction before final polish and handoff.
04 Develop  Systems
What happens: Build out the design system, screen designs, states, and prototype assets in increments.
Deliverables: Screen designs • Component specs • Prototype files
Checkpoint: Confirm core screens and components are ready for review.
05 Integrate  Collaboration
What happens: Align design with content, engineering, brand, and approved platform constraints.
Deliverables: Handoff package • Implementation notes • Open questions log
Checkpoint: Verify design decisions against build constraints and content readiness.
06 Validate  Quality
What happens: Review usability, accessibility, responsive behaviour, and prototype assumptions.
Deliverables: Validation findings • Issue register • Refinement list
Checkpoint: Meet agreed acceptance criteria before final handoff or release support.
07 Launch  Release
What happens: Support release readiness with final assets, design QA, and documentation where scoped.
Deliverables: Final design files • Release notes • Design QA feedback
Checkpoint: Authorise release after agreed design checks.
08 Improve  Support
What happens: Support iteration, backlog design, and continuous improvement under the agreed engagement.
Deliverables: Support process • Improvement backlog • Change records
Checkpoint: Confirm ongoing ownership and support arrangements.
WAYS TO WORK WITH CODERLYFT
Choose the engagement around the work.
End-to-end UX/UI project
For organisations needing discovery, UX architecture, visual design, prototyping, and handoff for a website or product.
Typical scope: Research, flows, UI design, prototyping, validation, handoff, and release support where scoped.
Website or landing-page design
For teams launching or refreshing a marketing site with structured page design and component patterns.
Typical scope: Content hierarchy, page design, responsive layouts, assets, and developer handoff.
Design system creation
For products or brands needing reusable components, tokens, and documentation.
Typical scope: Audit, system design, component library, documentation, and implementation support.
Embedded product design support
For product teams needing ongoing UX/UI capacity across features and releases.
Typical scope: Backlog design, iteration, critique, handoff, and cross-functional collaboration.
DESIGN ACROSS BUSINESS MODELS
Experiences shaped around different users and workflows.
- SaaS and web applications Task flows, dashboards, onboarding, and complex interaction design.
- Marketing and corporate websites Clear messaging, page hierarchy, and reusable content patterns.
- Ecommerce experiences Product discovery, merchandising layouts, and checkout clarity.
- Customer portals Role-based journeys, forms, and account management flows.
- Internal tools and admin panels Efficiency, data density, and workflow clarity for operators.
- Mobile-responsive products Layouts and interactions that work across screen sizes.
- Rebrands and redesigns Updated visual language without losing usability.
- White-label delivery for agencies Reliable UX/UI design and handoff support under your brand.
What determines the size of a design project?
- Number of user journeys and screen types.
- Research depth and validation requirements.
- Visual complexity and brand maturity.
- Design system scope.
- Prototype fidelity and iteration rounds.
- Accessibility and responsive requirements.
- Handoff and design QA expectations.
- Ongoing product support needs.
Scope composition
- Research
- UX
- UI
- Prototype
- Handoff
CoderLyft prepares a project estimate after reviewing the required experience, deliverables, platforms, and delivery responsibilities.
Request a Scoped Estimate
ILLUSTRATIVE DELIVERY APPROACH
A product onboarding flow redesigned for clarity.
- 1 User tasks and current friction points are reviewed.
- 2 Flows, wireframes, and content hierarchy are defined.
- 3 Visual design and component patterns are developed.
- 4 A clickable prototype is reviewed with stakeholders.
- 5 Accessibility, responsive behaviour, and states are validated.
- 6 Build-ready design files and specs are handed over.
An illustrative UI/UX delivery approach; not a published client result.
Design delivery with research, systems thinking, and build collaboration.
Research-informed experience design.
Clear UX architecture and UI systems.
Accessible, build-ready specifications.
Collaboration with engineering teams.
Ongoing product design support options.
Frequently Asked Questions
Do you provide both UX and UI design?
Yes. Engagements can include discovery, information architecture, user flows, visual design, prototyping, and developer handoff depending on scope.
Can you redesign an existing website or product?
Yes. Redesign work can include UX audits, flow improvements, visual refresh, component system updates, and handoff for implementation.
Do you conduct user research or usability testing?
Research and testing can be included where scoped and feasible. Depth depends on timeline, access to users, and project goals.
Can you create a design system for our product?
Yes. Design system work can cover tokens, components, patterns, documentation, and implementation support.
Will you guarantee conversion improvements?
No. CoderLyft does not guarantee conversion lift or revenue outcomes from design work. Better UX can support business goals, but results depend on many factors beyond design alone.
Do you work in Figma or other design tools?
Yes. Design can be delivered in agreed tools such as Figma with structured files, components, and handoff documentation.
Can you support development teams during implementation?
Yes. Handoff can include specs, Q&A support, and design QA during build where included in scope.
Do you provide ongoing product design support?
Ongoing design support can be provided according to an agreed scope covering backlog design, iteration, and release collaboration.