UX/UI & Product Engineering

Design and engineering by one team, so good ideas actually ship.

We work with the people who will use your software, turn their needs into intuitive product experiences, and engineer those experiences into working applications. One team, from understanding the problem to delivering the product.

  1. Understand the user
  2. Design the experience
  3. Engineer the product

Illustrative reconstruction Layout, content hierarchy and actions, reconstructed from the shipped screen. Not an original design file.

Illustrative reconstruction Typography, colour, components and states applied to the same structure. Values are shown as dashes.

Genuine product screen LeaseFlowIQ, a Weblysoft platform. Account and operational data redacted.

What we design, test and engineer.

From early product ideas to complex existing applications, we help organizations understand users, design effective interfaces, and implement the resulting experiences.

Two colleagues in a working discussion at a round table with a laptop
Illustrative photograph

A

UX research & product discovery

Understand the people using your product, the work they’re trying to accomplish, and the problems the software needs to solve.

  • Stakeholder and user interviews
  • Workflow observation
  • Existing-product assessment
  • Problem definition
  • Success criteria

F

Frontend & product engineering

Turn approved designs into functioning interfaces integrated with real application data, business logic, and services.

  • Frontend implementation
  • API integration
  • State management
  • Forms and validation
  • Accessibility and testing
  • B

    Information architecture & user flows

    Organize information, navigation and user actions so people can complete important tasks without unnecessary complexity. Journeys, task flows, screen maps.

  • C

    Wireframing & interactive prototyping

    Explore the structure and behaviour of a product before committing to full implementation, and gather feedback while changes are still cheap.

  • D

    UI & interaction design

    Clear, responsive interfaces that help users understand information and take the right action: dashboards, forms, navigation, states and specifications.

  • E

    Design systems & component libraries

    Reusable patterns, tokens and accessible components that help an application stay consistent as it grows, in design files and in code.

  • G

    Product redesign & usability improvement

    Improve existing software by finding difficult workflows, refining the interface and implementing targeted changes, without rebuilding what already works.

Signs it may be time

  • Users avoid the system or work around it
  • A product idea needs to become something people can test
  • Screens are cluttered and training takes too long
  • Design files and the built product never match

Scoped to what you need.

Not every engagement needs all seven. We agree the scope first.

  1. Design onlyDiscovery, flows, wireframes and high-fidelity designs your own team builds from.
  2. PrototypeA clickable prototype to review a workflow before a larger investment.
  3. Frontend engineeringImplementing existing designs or a design system alongside your engineers.
  4. Design and build togetherOne team from understanding the problem to a working, tested product.
Interactive Product Design Demonstration

See how a product takes shape.

Explore how a real-world workflow can move from understanding the user to designing, testing and implementing a functional product experience.

  1. Discover. An operations manager at a fictional organization cannot tell which requests are waiting for them.
  2. Wireframe. A grayscale structure puts pending requests, their status and the review action on one screen.
  3. Design. The same workspace gains clear hierarchy, status labels and consistent actions.
  4. Build. A working version lets you filter, open and mark three requests as reviewed.

The interactive version requires JavaScript. It uses fictional data only.

Product experiences we’ve designed and built.

Selected Weblysoft applications and digital experiences, with the workflows, interfaces and engineering behind them. Screens are genuine; private data is redacted.

Genuine product screen Account and operational data redacted.

Weblysoft platform

Workora

Workora brings professional-services work, responsibilities and operational information into one structured matter workspace, so a team can see what is at risk before reading the detail.

Users
Professional-services teams managing client matters
Workflow
Matter list, matter workspace, tasks, time, billing and documents
Design challenge
A matter carries many kinds of information. The urgent parts must not be buried.
  • Status, priority and risk sit as text labels beside the matter title.
  • Summary tiles for overdue tasks, due this week, progress, time and outstanding amounts.
  • A Needs Attention list with explicit severity labels comes before the tabs.
  • Tabs show their item counts, so people know where work is before opening them.
Explore Workora
Genuine product screen Account and operational data redacted.

Weblysoft platform

LeaseFlowIQ

LeaseFlowIQ organizes property, tenant and lease information for property managers. The portfolio overview is designed to answer one question first: what needs my attention today?

Users
Property managers and their operations teams
Workflow
Portfolio overview, property record, lease information, relevant action
Design challenge
Many related records (properties, tenants, leases, maintenance) without a maze of screens.
  • Sidebar grouped into Operations, Finance, Tools and Intelligence.
  • Collection and occupancy summary tiles in a consistent card pattern.
  • A Critical Actions Required area separates overdue tenants from vacant units.
  • Record panels link through to the full list with View all.
Explore LeaseFlowIQ

Client project

Bank of Africa United Kingdom

Frontend design and engineering for the bank’s public website: navigation, responsive service pages and news layouts built from reusable components.

See the website and CMS work

Weblysoft platform

RecruitIQ

A recruitment platform with structured candidate information and decision-support views. Recruiters review the evidence and make the decisions; the interface is designed for that human review.

Explore RecruitIQ

A finished screen shows what was implemented. We describe only what these screens show, and make no claims about research findings, usability results or measured improvements for these products.

Design and engineering, connected

Designed to work. Engineered to last.

Design decisions need to survive implementation. We connect interface design, reusable components, frontend development, application behaviour and testing so the finished product reflects its intended experience.

  1. 1

    User needs & requirements

    • User tasks
    • Business rules
    • Workflows
    • Accessibility requirements
    • Success criteria
  2. 2

    UX & interface design

    • User flows
    • Wireframes
    • High-fidelity UI
    • Interaction states
    • Responsive designs
  3. 3

    Design system

    • Design tokens
    • Typography
    • Components
    • Interaction patterns
    • Accessibility rules
  4. 4

    Product engineering

    • Frontend components
    • Application state
    • Data integration
    • Business logic
    • Testing
  5. 5

    Working product & feedback

    • Implemented interface
    • User evaluation
    • Quality checks
    • Product improvements

Feedback loop. What we learn from the working product can change requirements, designs, prototypes, implementation and future improvements. It is not a one-way handoff.

Illustrative model. A design system does not guarantee accessibility or quality on its own; consistency depends on implementation, review and testing. Each engagement uses the parts it needs.

UX/UI design focuses on

User needs, information architecture, task flows, wireframes, visual hierarchy, interaction behaviour, prototypes, design systems and usability evaluation.

Where they meet

  • Engineers assess feasibility early.
  • Designers review implemented interactions.
  • Requirements inform interface and architecture.
  • Shared components keep screens consistent.

Product engineering focuses on

Functional components, application state, API integration, data validation, responsive implementation, accessibility, testing, performance, deployment and maintenance.

Consistency that carries from design into code.

One button pattern, specified once and implemented once, appears the same way on every screen. These are static, labelled specimens of an illustrative component set made for this page, not a client system.

Button: six states

  • Default
  • Hover
  • Focus
  • Disabled
  • Loading
  • Error

Field and status

Errors use text and an outline, not colour alone.

Design component → implemented component

Specification
  • Height 44px minimum
  • Label always visible
  • Focus ring 2px, offset 3px
  • Loading keeps width, announces status
Code
<Button
  variant="primary"
  state="loading"
  label={t('save')}
/>

Good design starts with how people work.

Four illustrative situations and the kind of design response they call for. They are examples, not findings from Weblysoft research.

  1. Users can’t find pending work.Clear task hierarchy and visible status indicators.
  2. A workflow requires too many steps.Simplified navigation and fewer unnecessary handoffs.
  3. Interfaces behave inconsistently.Reusable components and consistent interaction patterns.
  4. Forms are difficult to complete.Better field organization, validation and contextual guidance.

From understanding users to shipping useful software.

We work iteratively, bringing product thinking, design and engineering together to evaluate decisions before and during implementation.

  1. 01

    Discover

    Business objectives, user needs, existing workflows, pain points and constraints.

    You review Requirements

  2. 02

    Structure

    User journeys, information architecture, task flows and key product behaviours.

    You review User flows

  3. 03

    Prototype & validate

    Wireframes, interactive prototypes, design options, feedback and technical feasibility.

    You review Prototypes

  4. 04

    Design & engineer

    High-fidelity UI, reusable components, frontend behaviour, APIs and application state.

    You review Interface designs and builds

  5. 05

    Test & improve

    Usability, functional correctness, accessibility, responsive behaviour, performance and error states.

    You review Test findings

  6. 06

    Release & learn

    Deployment, quality checks, user feedback, analytics where appropriate and agreed refinements.

    You review Working application

What we learn after release feeds the next round of discovery and design.

Not every project needs every activity. Discovery only, design only, a design system, frontend implementation, a redesign or full product development can each be scoped on their own. Deliverables follow the agreed scope. How we work

Questions buyers ask

Can you redesign an existing application without rebuilding everything?

Yes, depending on the existing application’s architecture. We assess the current experience and identify targeted improvements to navigation, workflows and interface components, while preserving working functionality where feasible.

Do you handle both design and development?

Yes. Weblysoft combines product design and software engineering, so the same team works from requirements and interface design through implementation and testing.

Can we hire Weblysoft for UX/UI design only?

Design-only engagements may be available depending on scope. They can include discovery, wireframes, high-fidelity designs, prototypes or design systems, which your own team then builds from.

What deliverables should we expect?

It depends on the engagement. Deliverables may include user flows, wireframes, prototypes, interface specifications, component systems or implemented frontend software, agreed before work starts.

How do you test whether a design is usable?

We can evaluate designs through task-based walkthroughs, appropriate user feedback, usability reviews, accessibility checks and testing of implemented interactions. The approach depends on the product and the scope.

Can you work with our existing engineering team?

Yes. We can collaborate with internal product and engineering teams, align on technical constraints, document interfaces and agree who is responsible for each part of the implementation.

Can you create a design system for an existing application?

Yes. We assess the interface patterns already in use, then develop or refine reusable design and frontend components to support a more consistent product experience.

Can you build a clickable prototype before development?

Yes. A prototype is useful for exploring workflows, reviewing interactions and evaluating product ideas before a larger implementation. It reduces uncertainty; it does not guarantee an outcome.

Next step

Have a product to build or an experience to improve?

Tell us what you’re building, who will use it, or where your existing software is creating friction. We can help you design the experience and engineer the solution.