Creating New UI

Design fresh interfaces that expand your product’s capabilities while maintaining the coherent experience users expect. Figr helps you innovate within your established design language.

New UI Design Process

Requirements Analysis

Understand what you’re building and why:

User Needs Assessment
Technical Considerations
Business Objectives

User research insights:
- New user scenarios and use cases
- Unmet needs in current product
- User workflow gaps
- Feature request patterns
- Competitive capability gaps

Implementation context:
- Platform capabilities and constraints
- Performance requirements
- Integration points with existing features
- Data structure implications
- Security and privacy needs

Strategic alignment:
- Revenue impact goals
- User engagement targets
- Market positioning benefits
- Competitive advantage creation
- Resource allocation justification

Design Foundation

Establish the framework for new interfaces:

Design system foundation showing how existing patterns inform new interface creation

Foundation elements:

Design system application:
- Core color palette usage
- Typography hierarchy application
- Spacing and layout principles
- Component pattern adaptation
- Brand expression consistency

Information architecture:
- Content organization strategy
- Navigation integration approach
- User flow planning
- Feature discoverability design
- Cross-feature relationship mapping

Pattern Innovation

Create new patterns that extend your design language:

Component Evolution

New component needs:
- Extend existing component families
- Create pattern variations for new contexts
- Design specialized interaction elements
- Develop content-specific components
- Build cross-platform component adaptations

Interaction Innovation

New interaction patterns:
- Novel user input methods
- Advanced data manipulation interfaces
- Real-time collaboration features
- Progressive disclosure strategies
- Mobile-specific interaction patterns

Design Strategy Approaches

Modular Expansion
Progressive Disclosure
Platform-Specific Design

Build new areas as cohesive modules:

Self-Contained Areas

Complete feature sections:

Independent workflow areas
Specialized tool interfaces
Admin and configuration panels
Reporting and analytics dashboards

Integrated Modules

Connected feature expansions:

Cross-feature functionality
Workflow enhancement tools
Collaboration interfaces
Automation and settings panels

Optimize for specific platforms and contexts:

Platform considerations:

Web application:
- Rich interaction capabilities
- Keyboard shortcut integration
- Multi-window workflows
- Drag-and-drop functionality
- Advanced data visualization

Mobile application:
- Touch-first interaction design
- Gesture-based navigation
- Thumb-friendly interface layout
- Offline capability planning
- Platform-specific conventions

Tablet interface:
- Hybrid interaction patterns
- Split-screen functionality
- Apple Pencil or stylus support
- Landscape and portrait optimization
- Productivity-focused workflows

User Experience Innovation

Workflow Design

Create efficient new user journeys:

User journey map showing new workflow integration with existing product flows

Workflow considerations:

User journey mapping:
- Entry point identification
- Task completion optimization
- Error prevention and recovery
- Success state definition
- Integration with existing workflows

Efficiency optimization:
- Step reduction strategies
- Smart default implementation
- Batch operation capabilities
- Automation opportunities
- Personalization features

Information Design

Present complex information clearly:

Data Visualization
Content Organization

Effective data presentation:
- Chart and graph selection
- Interactive exploration features
- Real-time data updating
- Export and sharing capabilities
- Mobile-optimized visualizations

Information architecture:
- Logical content grouping
- Scannable layout design
- Search and filtering integration
- Progressive information disclosure
- Cross-reference and linking

Accessibility Innovation

Design inclusive experiences from the start:

Accessibility considerations:

Universal design principles:
- Keyboard navigation optimization
- Screen reader compatibility
- Color contrast compliance
- Text scaling support
- Motor accessibility features

Inclusive interaction design:
- Multiple input method support
- Customizable interface density
- Reduced motion options
- High contrast mode support
- Voice control compatibility

Integration with Existing Product

Navigation Integration
Data Integration
Performance Integration

Seamlessly connect new areas:

Menu Structure Evolution

Discovery Mechanisms

Feature discoverability:
- Onboarding flow integration
- In-context feature promotion
- Help system expansion
- Tutorial and guidance design
- Progressive feature revelation

Maintain system performance:

Performance considerations:

Resource management:
- Memory usage optimization
- Network request efficiency
- Caching strategy implementation
- Progressive loading design

User experience preservation:
- Consistent response times
- Smooth transition animations
- Reliable offline functionality
- Graceful error handling

Design Validation

Prototype Testing

Validate concepts before full implementation:

Usability Testing
Integration Testing

Test methodology:
- Task completion assessment
- Learning curve evaluation
- Error rate measurement
- User satisfaction scoring
- Comparative analysis with alternatives

Workflow validation:
- Cross-feature navigation testing
- Data sharing verification
- Performance impact assessment
- Accessibility compliance checking
- Mobile experience validation

Stakeholder Review

Ensure alignment with business goals:

Review criteria:

Business alignment:
- Strategic objective fulfillment
- User value proposition clarity
- Market positioning impact
- Resource utilization efficiency

Technical feasibility:
- Implementation complexity assessment
- Integration effort estimation
- Performance impact evaluation
- Maintenance requirement planning

Iterative Refinement

Improve based on feedback:

User Feedback Integration

Continuous improvement:

User testing insight application
Beta user feedback incorporation
Analytics data interpretation
Support ticket analysis

Design System Evolution

Pattern refinement:

Component pattern updates
Interaction model improvements
Visual consistency enhancements
Accessibility pattern advancement

Launch Preparation

Documentation Creation

Prepare comprehensive implementation guides:

Documentation needs:

Design specifications:
- Component usage guidelines
- Interaction behavior definitions
- Visual styling specifications
- Responsive behavior documentation

Implementation guides:
- Technical integration requirements
- API usage documentation
- Performance optimization guidelines
- Testing and validation procedures

User Education

Help users discover and adopt new features:

Education strategy:
- Feature announcement planning
- Tutorial content creation
- Help documentation updates
- Onboarding flow modifications
- Support team preparation

Best Practices

Cohesive Innovation

Balance new with familiar:✅ Extend existing design patterns logically ✅ Introduce complexity gradually ✅ Maintain visual and interaction consistency ✅ Test integration thoroughly ✅ Plan for user education

User-Centered Design

Keep user needs central:✅ Validate assumptions with real users ✅ Design for accessibility from start ✅ Consider mobile-first approaches ✅ Plan for diverse skill levels ✅ Measure success with user metrics

Apply Product Context

Learn how to leverage Figr’s deep product understanding for contextually perfect interface design.Product Context →

How to Begin?

Canvas

Inputs and Research

Product Intelligence

Export and Share

Security & Legal

Creating New UI

Creating New UI

New UI Design Process

Design Strategy Approaches

Self-Contained Areas

Integrated Modules

User Experience Innovation

Integration with Existing Product

Cross-Feature Data

Workflow Connections

Design Validation

User Feedback Integration

Design System Evolution

Launch Preparation

Best Practices

Cohesive Innovation

User-Centered Design

Apply Product Context

​Creating New UI

​New UI Design Process

​Design Strategy Approaches

Self-Contained Areas

Integrated Modules

​User Experience Innovation

​Integration with Existing Product

Cross-Feature Data

Workflow Connections

​Design Validation

User Feedback Integration

Design System Evolution

​Launch Preparation

​Best Practices

Cohesive Innovation

User-Centered Design

Apply Product Context

Creating New UI

New UI Design Process

Design Strategy Approaches

User Experience Innovation

Integration with Existing Product

Design Validation

Launch Preparation

Best Practices