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How Global Memory Works

Figr’s memory system is what makes product-aware design possible. Unlike other AI tools that forget everything between sessions, Figr builds a permanent understanding of your product, team, and users.

What Makes Figr’s Memory Different

Traditional AI Tools

Session-based memory:
  • Forgets everything when you close the tool
  • Requires re-explaining context every time
  • Can’t build on previous design decisions
  • Generic outputs that ignore your product reality
Result: Constant repetition and generic designs

Figr's Global Memory

Persistent product understanding:
  • Remembers context permanently across sessions
  • Builds cumulative knowledge over time
  • References past decisions and learnings
  • Creates increasingly accurate designs
Result: Designs that improve and feel more native over time

Memory Architecture

  • Product Knowledge Layer
  • Experience Layer
  • Decision Layer
What Figr permanently stores about your product:
{
  "colorPalette": {
    "primary": "#6366f1",
    "semantic": {
      "success": "#10b981",
      "warning": "#f59e0b",
      "error": "#ef4444"
    }
  },
  "typography": {
    "headings": "Inter, sans-serif",
    "body": "Inter, sans-serif",
    "scale": "1.25 (Major Third)"
  },
  "components": {
    "button": "rounded corners, 12px padding",
    "cards": "subtle shadow, 8px radius",
    "forms": "outline style, error states below"
  }
}
{
  "primaryUsers": [
    {
      "type": "marketing_manager",
      "painPoints": ["time-consuming reporting", "data silos"],
      "goals": ["quick insights", "campaign optimization"],
      "techSavviness": "intermediate"
    }
  ],
  "workflows": [
    {
      "name": "campaign_creation",
      "steps": ["audience_selection", "content_creation", "scheduling"],
      "painPoints": ["audience_overlap_confusion"]
    }
  ]
}
{
  "platform": "web_responsive",
  "frameworks": ["React", "TypeScript"],
  "browsers": ["Chrome", "Safari", "Firefox"],
  "accessibility": "WCAG_2.1_AA",
  "performance": {
    "maxLoadTime": "2s",
    "imageOptimization": true
  }
}

How Memory Builds Over Time

1

Initial Setup

Day 1: Foundation buildingWhen you first set up Figr:
  • Upload design system assets
  • Share your screen to show product
  • Provide user research and context
  • Define technical and business constraints
Memory strength: 60% - Good foundation
2

Early Usage

Weeks 1-2: Pattern recognitionAs you create designs and provide feedback:
  • Figr learns your design preferences
  • Understands which suggestions you accept/reject
  • Builds patterns from your specific use cases
  • Refines understanding of your user needs
Memory strength: 80% - Strong context awareness
3

Deep Integration

Month 1+: Institutional knowledgeWith continued use and team collaboration:
  • Comprehensive understanding of your product ecosystem
  • Nuanced grasp of edge cases and exceptions
  • Predictive insights about user needs
  • Anticipation of design requirements
Memory strength: 95% - Near-human product understanding

Memory in Action: Real Examples

Memory Context:
  • Product: B2B analytics platform
  • Users: Marketing managers (non-technical)
  • Key insight: Users need quick scanning, not deep analysis
Month 1 Design: Standard dashboard with detailed charts Month 6 Design: Scannable cards with key metrics highlighted, drill-down on demandWhy the difference: Figr learned that users prefer overview → detail pattern from usage analytics and user feedback
Memory Context:
  • Product: Fashion e-commerce app
  • Users: Mobile-first, visual browsers
  • Key insight: Purchase decisions driven by social proof
Initial Design: Product page with standard description Evolved Design: Social proof prominent (reviews, photos), purchase path streamlinedLearning source: User session recordings showing how customers actually browse and buy
Memory Context:
  • Product: HR management system
  • Users: HR administrators (expert users)
  • Key insight: Efficiency over simplicity
Early Design: Simplified interface with guided workflows Mature Design: Information-dense layout with keyboard shortcuts and bulk actionsMemory evolution: Learned that expert users value speed over hand-holding

Managing Your Memory

  • Memory Dashboard
  • Adding Context
  • Memory Sharing
View and manage what Figr knows:
Figr memory dashboard showing stored knowledge categories and strength indicators
Memory categories:
  • Design System (95% complete)
  • User Research (78% complete)
  • Product Context (89% complete)
  • Technical Constraints (67% complete)
  • Brand Guidelines (92% complete)

Memory Security & Privacy

You own all memory data:
  • Export complete memory snapshot anytime
  • Delete specific memory components
  • Transfer memory between accounts
  • Maintain control over sensitive information
Granular privacy settings:
Memory Component: Design System
Sharing: Team only

Memory Component: User Research
Sharing: Designers + PMs only

Memory Component: Technical Constraints  
Sharing: Full team access
For organizations with strict requirements:
  • On-premise memory storage
  • Custom retention policies
  • Audit logs for memory access
  • Integration with existing security systems

Troubleshooting Memory Issues

Memory Seems Incomplete

Symptoms:
  • Designs don’t match your product style
  • Missing key constraints or requirements
  • Generic outputs despite uploaded context
Solutions:
  • Check memory dashboard completeness
  • Upload additional reference materials
  • Provide more detailed product walkthroughs
  • Use feedback system to correct misunderstandings

Conflicting Information

Symptoms:
  • Inconsistent design suggestions
  • Figr seems confused about requirements
  • Mixing patterns from different contexts
Solutions:
  • Review uploaded materials for conflicts
  • Clarify which guidelines take priority
  • Update outdated context information
  • Use memory management to resolve conflicts

Learn About Memory Persistence

Discover how your assets and context are retained and managed across projects and time.Assets & Retention →
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